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Mobile Banking Apps in the Middle East: Transforming Customer Expectations and Experience

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In recent years, the Middle East has emerged as a hotspot for digital banking innovation, driven by rapid smartphone penetration, government-backed digital transformation initiatives, and shifting customer expectations. Mobile banking apps are at the forefront of this revolution, redefining how customers interact with financial institutions. The Landscape of Mobile Banking in the Middle East According to the World Bank, smartphone penetration in the Middle East exceeds 85% in countries like the UAE, Saudi Arabia, and Qatar, providing fertile ground for mobile banking adoption. A 2023 study by Mastercard revealed that over 70% of consumers in the region prefer using mobile apps over visiting bank branches, highlighting a significant shift towards digital-first banking. Key Drivers of Change 1. Evolving Customer Expectations Middle Eastern customers, influenced by global tech giants like Apple and Amazon, now demand seamless, personalized, and secure digital experiences. A report by Deloitte Middle East in 2024 shows that 67% of customers in the GCC region prioritize convenience and personalization in their banking experience. 2. Regulatory Push for Innovation Governments across the Middle East are actively promoting digital banking. The UAE’s Vision 2021 and Saudi Arabia’s Vision 2030 emphasize fintech and digitalization as key pillars. These initiatives have led to the proliferation of digital-only banks like Liv by Emirates NBD and STC Pay in Saudi Arabia. 3. The Rise of Fintech and Open Banking Fintech collaborations are driving innovation in the sector. Open banking regulations, such as those introduced by Bahrain’s Central Bank, are enabling greater data sharing between banks and third-party providers, paving the way for more innovative and customer-centric apps. Transforming Customer Experience through Mobile Apps 1. Personalization at Scale With advanced AI and machine learning, mobile banking apps in the Middle East now offer hyper-personalized experiences. For instance, Emirates NBD’s app uses AI to analyze spending habits and provide tailored financial advice. 2. Enhanced Security Measures Security remains a top concern for customers. Banks are leveraging biometric authentication, such as facial recognition and fingerprint scanning, to enhance app security. A 2023 KPMG report noted that 81% of Middle Eastern banks have adopted advanced security measures to build customer trust. 3. Financial Inclusion Mobile banking apps are playing a crucial role in improving financial inclusion. In regions with limited physical banking infrastructure, such as rural areas of Oman or Jordan, mobile apps provide access to essential banking services. 4. Streamlined Digital Payments Digital payment solutions integrated into mobile banking apps, like Saudi Arabia’s Mada Pay or the UAE’s Apple Pay partnerships, are transforming the payment landscape. Statista forecasts that digital payments in the Middle East will grow by 19.2% annually, reaching $314 billion by 2027. Challenges Ahead Despite significant progress, challenges remain: Cultural Preferences: Some segments of the population, particularly older demographics, still prefer traditional banking methods. Cybersecurity Threats: As digital transactions increase, so do the risks of cyberattacks. Skill Gaps: Banks need to invest in upskilling employees to manage and innovate in a digital-first ecosystem. The Future of Mobile Banking in the Middle East Looking ahead, the future of mobile banking in the Middle East will likely be shaped by: 1. AI-Driven Banking: Predictive analytics and AI-powered chatbots will deliver even more intuitive and responsive banking experiences. 2. Blockchain Integration: Blockchain could enhance security and transparency, particularly for cross-border transactions. 3. Super Apps: Inspired by platforms like China’s WeChat, Middle Eastern banks may develop super apps that integrate banking with lifestyle services, such as travel and e-commerce. Conclusion The Middle East’s mobile banking landscape is undergoing a transformative journey, driven by technological advancements, customer-centric innovation, and regulatory support. Financial institutions that prioritize personalization, security, and seamless experiences will not only meet but exceed the evolving expectations of their customers. As the region continues its march towards a cashless, digital-first economy, mobile banking apps will remain pivotal in reshaping the financial services industry and improving customer experiences across all demographics.

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Online Payment Systems: Understanding Types, Methods, and How They Work 

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As payments have shifted from physical cash to digital transactions, online payment systems have become essential to our daily routines. From buying groceries to subscribing to streaming services, the ease of online payments is undeniable. This blog will delve into the world of online payment systems, exploring their types, methods, and operational mechanisms. Understanding Online Payment Systems Online payment systems are electronic methods used to transfer money over the internet. They facilitate secure and efficient transactions between buyers and sellers, encompassing various methods such as credit and debit cards, digital wallets, and bank transfers. Types of Online Payment Systems How Online Payment Systems Work Understanding the mechanics of online payment systems involves knowing the key players and steps in processing a transaction: The process starts when a customer initiates a payment on a merchant’s website. The payment gateway encrypts the payment information and sends it to the payment processor. The processor then communicates with the issuing bank to verify the transaction. Once approved, the funds are transferred from the issuing bank to the acquiring bank, completing the transaction. Benefits of Online Payment Systems Security Measures in Online Payment Systems Security is crucial in online payment systems. Common measures include: Future Trends in Online Payment Systems Conclusion Online payment systems have transformed how we conduct transactions, offering unparalleled convenience, speed, and security. As technology advances, we can expect even more innovative and secure payment methods to emerge. Understanding these systems is crucial for both consumers and businesses to navigate the digital economy effectively. By grasping the intricacies of online payment systems, businesses can better meet their customers’ needs, ensuring seamless and secure transactions. Stay tuned to Wibmo for more insights into the world of digital payments!

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The Real Story Behind False Declines and How Wibmo Trident FRM Secures Transactions 

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In today’s fast-evolving digital economy, businesses rely heavily on seamless online transactions to drive growth and customer satisfaction. However, false declines — legitimate transactions mistakenly flagged as fraudulent — have become a growing concern. These incidents lead to customer frustration and significant revenue loss. As fraudsters continue to innovate, businesses must deploy advanced security measures that both combat fraud and minimize false declines.  In this blog, we explore the causes and impact of false declines and how Wibmo’s Trident FRM (Fraud Risk Management) system helps businesses reduce these risks while providing secure, frictionless payment experiences.  What Are False Declines?  False declines, also called false positives, occur when valid transactions are incorrectly rejected due to fraud detection systems being overly cautious. These rejections can be triggered by unusual spending patterns, technical errors, or overly strict fraud detection algorithms. While these systems aim to block fraudulent activity, they can sometimes hinder genuine transactions.  In 2023, false declines have been an expensive issue for businesses, costing global eCommerce firms an estimated $81 billion in lost revenue. This highlights the need for more advanced fraud detection systems that balance security with customer convenience.  The Impact on Businesses and Consumers  False declines affect both businesses and consumers alike. For businesses, the immediate loss of revenue from rejected transactions is just the beginning. Customer churn is a serious consequence, as 47% of customers who experience a false decline may not return, leading to long-term revenue loss. Additionally, false declines contribute to operational inefficiencies as businesses deal with disputes and chargebacks, further affecting profitability.  For consumers, having a legitimate transaction rejected can damage trust and loyalty. The frustration caused by a false decline often leads to customers turning to competitors, affecting future engagement.  How Wibmo Trident FRM Reduces False Declines  To address these challenges, Wibmo’s Trident FRM (Fraud Risk Management) provides a sophisticated solution that combines machine learning, real-time data analysis, and behavioural analytics to accurately assess transaction risk.  Key Features of Wibmo Trident FRM:  Trident FRM continuously monitors user behaviour, detecting anomalies and signs of potential fraud. This advanced fraud detection helps block fraudulent transactions while allowing legitimate ones to be processed without interruption.  Unlike traditional fraud detection systems, Wibmo Trident FRM adapts to emerging fraud patterns. It fine-tunes authentication requirements based on transaction risk, ensuring a balance between fraud prevention and customer experience.  Leveraging AI-powered data analytics, Wibmo Trident FRM offers real-time fraud detection, blocking fraudulent transactions as they occur. This ensures that businesses can process legitimate transactions smoothly while preventing unauthorized activities.  Combating Online Fraud  The global rise of eCommerce has seen an increase in online fraud, with $48 billion in eCommerce fraud losses globally in 2023. Businesses must adopt proactive fraud prevention strategies to avoid these significant financial losses. Wibmo Trident FRM provides a robust solution that not only protects businesses but also reduces the frustration caused by false declines.  Best Practices for Fraud Prevention:  Benefits of Wibmo Trident FRM  Wibmo Trident FRM allows businesses to strike the right balance between security and customer experience. By reducing false declines, businesses can protect their revenue and build long-term customer trust and loyalty. Its adaptive approach ensures that customers enjoy a seamless and secure payment journey, even in a high-risk online environment.  Customer Experience Impact:  With fewer interruptions and smoother transactions, Wibmo Trident FRM enhances the overall customer experience, helping businesses maintain customer loyalty while ensuring secure payments.  Conclusion  As online fraud continues to rise, it’s crucial for businesses to adopt advanced fraud management solutions. False declines can cause both financial losses and customer dissatisfaction, making it essential to minimize them through intelligent risk management. Wibmo Trident FRM offers an effective solution that provides real-time, adaptive fraud prevention while ensuring legitimate transactions are processed smoothly. 

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Maximizing Payment Efficiency with Smart Routing

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The Digital Payments Roadmap report, recently published by the South African Reserve Bank (SARB), identifies high merchant fees as a significant contributor to the low adoption and use of digital payments by merchants. Additionally, high interchange and merchant card processing fees deter smaller merchants from accepting digital payments, as these fees negatively impact profitability. Achieving optimal performance in digital payments is essential for businesses and for meeting the broader financial inclusion goals set out in the SARB’s Vision 2025 Framework and Strategy. The landscape of digital payments is constantly evolving, with new regulations, network mandates, and issuer preferences emerging regularly. To navigate these changes effectively, companies need a comprehensive toolkit that not only keeps them informed but also helps maintain high acceptance rates and ensures a seamless customer experience. Intelligent payment routing, or smart routing, is a critical component of this toolkit. It automates the process of directing transactions to the Payment Gateway that offers the highest likelihood of acceptance at the low-cost high success rate, addressing the significant issue of Transaction failures How Intelligent Payment Routing Works Intelligent payment routing determines the best path for processing a payment to maximize successful transactions while minimizing costs. This can involve routing through different payment providers (payment orchestration) or networks, considering factors such as efficiency, reliability, and cost. Merchants can set criteria for automated routing based on their specific objectives. Key Benefits of Smart Routing: Smart Payment Routing Through Different PSPs Payment orchestration involves smart routing through various payment service providers (PSPs). The routing software evaluates factors such as customer location, payment currency, transaction amount, and card type to determine the best provider for each transaction. This approach ensures that payments are processed through the provider with the highest Conclusion In conclusion, Smart payment routing is a vital tool for businesses looking to optimize their digital payment processes. By automating the selection of the most efficient and cost-effective payment routes, companies can significantly enhance their revenue, reduce processing costs, and improve overall payment performance. The ability to dynamically route payments, access real-time data, and integrate with multiple payment providers ensures that businesses can adapt to the ever-changing digital payments landscape. As digital transactions continue to grow, the importance of intelligent payment routing will only increase, making it an indispensable part of any comprehensive payment strategy.

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Enhancing Fraud Prevention with Risk-Based Authentication and Method URL

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Preventing fraud while maintaining a seamless user experience is crucial for merchants and issuers alike in the rapidly evolving digital payment landscape. A key way to strengthen fraud prevention is by gathering more device and browser characteristics before authentication. This can be achieved through Risk-Based Authentication (RBA), Browser Fingerprinting, and the use of Method URL as part of the EMV 3DS protocol. Let’s explore how these elements work together to improve security and reduce fraud. The Role of Risk-Based Authentication (RBA) Risk-Based Authentication (RBA) dynamically assesses each transaction’s risk level based on multiple factors, such as device characteristics, location, and user behaviour. Instead of applying a blanket security protocol for all transactions, RBA allows issuers to adjust the level of authentication required based on the perceived risk. This improves fraud detection while minimizing friction for low-risk transactions, thereby creating a better user experience. Browser Fingerprinting: A Core Element of Fraud Detection Browser fingerprinting is a technique used to collect unique information from a user’s browser. This includes data like the device’s operating system, browser version, plugins, IP address, screen resolution, and more. By building a unique profile of the user’s environment, issuers can detect anomalies that may indicate fraud, such as sudden changes in the user’s device or location. However, to leverage this information effectively, additional data must be captured early in the transaction flow, which is where Method URL comes into play. Understanding Method URL Method URL is a critical step of the EMV 3DS protocol. It enables issuers to collect additional browser information during the early stages of the authentication process. This step, which occurs before the authentication request is fully processed, provides vital data that can enhance RBA and fraud prevention measures. How Method URL Works: Benefits of Method URL in Fraud Prevention The use of Method URL offers several benefits for both issuers and merchants in combating fraud: Best Practices for Implementing Method URL To maximize the benefits of Method URL, issuers and merchants should follow these best practices: Integrating Wibmo Protect Wibmo Protect is an advanced fraud prevention solution that seamlessly integrates with RBA, Browser Fingerprinting, and Method URL to provide an additional layer of security. By leveraging Wibmo Protect, issuers and merchants can benefit from: Conclusion Method URL, when integrated properly, significantly improves fraud prevention by enabling issuers to gather vital browser and device characteristics early in the authentication process. By leveraging this data for risk-based authentication, both issuers and merchants can reduce fraud, improve authentication success rates, and provide a better user experience for customers. As fraud prevention becomes more complex, using tools like Method URL and Wibmo Protect is essential for staying ahead of emerging threats and ensuring secure, frictionless transactions.

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The Role of AI and ML in Averting Fraud in Real Time 

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Fraudsters are becoming increasingly sophisticated, leveraging advanced technologies to exploit vulnerabilities. As a leading provider of secure payment solutions, Wibmo understands the critical role that artificial intelligence (AI) and machine learning (ML) play in averting fraud in real-time. This blog explores how AI and ML are transforming fraud prevention, the benefits of these technologies, and how Wibmo’s innovative products are at the forefront of this battle.  The Growing Threat of Fraud  Fraud is a pervasive issue that affects individuals and organizations worldwide. According to a report by Juniper Research, global losses from online payment fraud are expected to exceed $206 billion between 2021 and 2025. This staggering figure underscores the urgent need for effective fraud prevention measures.  How AI and ML Combat Fraud  AI and ML are revolutionizing the way we detect and prevent fraud. These technologies enable systems to analyse vast amounts of data, identify patterns, and make real-time decisions. Here are some keyways AI and ML are used in fraud prevention:  The Benefits of AI and ML in Fraud Prevention  The integration of AI and ML in fraud prevention offers numerous benefits:  Wibmo’s AI and ML Solutions  At Wibmo, we leverage AI and ML to provide cutting-edge fraud prevention solutions. Our products are designed to protect users and organizations from a wide range of fraudulent activities. Here are some of our key offerings:  Real-World Impact of AI and ML in Fraud Prevention  The impact of AI and ML in fraud prevention is evident in various industries. For instance, banks using AI-powered fraud detection systems have reported a 50% reduction in false positives and a 30% increase in fraud detection rates. Similarly, e-commerce platforms have seen a significant decrease in chargebacks and fraudulent transactions by implementing AI and ML solutions.  The Future of AI and ML in Fraud Prevention  As AI and ML technologies continue to advance, their role in fraud prevention will become even more critical. Here are some trends to watch for:  In the fight against fraud, AI and ML are powerful allies. These technologies enable real-time detection and prevention, ensuring that individuals and organizations can stay one step ahead of fraudsters. At Wibmo, we are committed to leveraging AI and ML to provide innovative fraud prevention solutions that protect our users and enhance their security. By staying informed about the latest trends and continuously improving our systems, we can create a safer digital environment for everyone.  By understanding the role of AI and ML in fraud prevention and adopting advanced solutions like those offered by Wibmo, you can significantly reduce the risk of falling victim to fraud. Stay vigilant, stay informed, and stay secure. 

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Securing Digital Transactions During the Festive Season with Wibmo: A Trusted Partner for Seamless and Safe Payments

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The festive season brings an immense surge in online shopping and digital payments. In 2023, Diwali sales alone saw a 49% increase in online transactions, along with a 35% rise in website traffic, making it one of the most lucrative periods for businesses. However, with this rise comes a higher risk of fraud and security breaches. Securing seamless transactions is essential for protecting both revenue and customer trust during this busy season. Wibmo Protect is designed to address these challenges, offering a comprehensive solution that ensures secure and frictionless transactions, even during the peak of the festive rush. How Wibmo Protect Safeguards Festive Transactions 1. Multi-Layered Security with Adaptive AuthenticationWibmo Protect uses dynamic, multi-factor authentication (MFA) to safeguard transactions by adapting security measures based on real-time risk. This reduces the friction for legitimate customers while ensuring robust protection against fraud. Given that the 2023 festive season saw a 72% spike in online sales just two days before Diwali, adaptive authentication is crucial to maintaining a seamless shopping experience without compromising security. 2. Real-Time Fraud Detection & PreventionThe festive season also brings an increase in fraudulent activities. Wibmo Protect’s AI-driven fraud detection engine continuously monitors transactions, instantly identifying suspicious patterns and blocking unauthorized activities in real-time. With eCommerce fraud expected to rise during high-traffic periods like Diwali, proactive fraud detection minimizes losses and protects businesses from financial threats. 3. Seamless Integration with Payment EcosystemsBuilt on industry-standard 3D Secure protocols, Wibmo Protect easily integrates into existing payment ecosystems, ensuring secure transactions without disruption. This is particularly important as conversion rates during the 2023 festive season increased by 22%, emphasizing the need for a frictionless user experience while handling high volumes of transactions. 4. Scalability for High Transaction VolumesThe Indian eCommerce sector recorded significant growth, with over ₹3.75 lakh crore in retail trade during Diwali 2023. Wibmo Protect’s scalable infrastructure is built to handle such high transaction loads, ensuring that businesses can maintain security and efficiency even when managing millions of transactions daily. 5. Compliance with Global and Local RegulationsWibmo Protect adheres to global standards like PCI-DSS and complies with local regulations, such as the RBI’s Additional Factor Authentication (AFA) guidelines. This guarantees that businesses remain secure and compliant, reducing the risk of regulatory fines during peak transaction periods. 6. Advanced Machine Learning for Fraud Pattern RecognitionWibmo Protect leverages machine learning to stay ahead of emerging fraud patterns. During high-traffic periods like the festive season, when fraudulent activities spike, Wibmo Protect’s system identifies and prevents new fraud attempts, ensuring businesses stay protected. Why Businesses Trust Wibmo Protect As businesses gear up for the festive season, securing digital transactions is crucial to providing a seamless shopping experience while protecting against fraud. With Wibmo Protect, businesses can confidently manage high transaction volumes and safeguard their customers from evolving threats during the festive season. Keep your payments secure this festive season with Wibmo Protect, your trusted partner for secure, seamless transactions.

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Scams on the Internet: How to Spot Them and Stay Safe

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The internet has become an essential component of our everyday life in the current digital era. Almost all facets of our lives, including banking, socializing, and employment, have shifted online. But the ease of using the internet also carries the risk of becoming a victim of fraud. Cybercriminals are continuously coming up with new ways to trick naïve people, and internet scams are becoming more common. The Federal Trade Commission (FTC) documented over 2.2 million fraud cases in 2023 alone, resulting in losses of over $8.8 billion, underscoring the critical need for awareness and prudence. This blog will discuss typical internet scam types, how to identify them, and important online safety advice. Common Types of Internet Scams How to Spot Internet Scams Tips to Stay Safe Online Bottomline Internet scams are an unfortunate reality of the digital age, but by staying vigilant and informed, you can protect yourself from falling prey to cybercriminals. Remember to always verify the source of online communications, use strong passwords, and be cautious of offers that seem too good to be true. By following these tips and educating yourself about common scams, you can enjoy the benefits of the internet while staying safe and secure.

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Transforming India’s Digital Payments: The Rise of AePS and Its Challenges

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A Decade of Digital Evolution India’s digital landscape has undergone a remarkable transformation over the past decade. With the advent of digital payment channels such as UPI, IMPS, and net banking, the country has achieved unprecedented growth in digital transactions. Despite these advancements, one specific demographic—rural middle-aged to senior citizens—was not fully utilizing this ecosystem. To address this gap and make basic banking services accessible in areas with limited banks and ATMs, the government launched the Aadhaar Enabled Payment System (AePS). Introduction of AePS The Aadhaar Enabled Payment System, introduced by the NPCI in 2016, is a digital payment method based on the Unique Identification Number (UIN) linked to the Aadhaar card. It allows Aadhaar cardholders to conduct financial transactions via Aadhaar-based authentication without needing to visit a bank. Instead, these transactions are facilitated by business correspondents (Bank Mitras) using micro-ATMs. AePS empowers all sections of society by making financial and banking services accessible to everyone through Aadhaar. It supports seamless fund transfers, cash deposits, withdrawals, balance inquiries, and more. Additionally, AePS facilitates the disbursement of government welfare schemes such as NREGA, social security pensions, and old age/handicapped pensions. Exponential Growth Since its launch, AePS has seen a significant boost in utilization. In 2019, the revenue from AePS transactions was around INR 5 billion. Within five years, this figure skyrocketed to INR 51 billion in 2024, a tenfold increase. By 2025, it is projected to reach INR 67 billion. In 2023 alone, over 370 million customers conducted transactions through AePS, highlighting its widespread adoption and success. Rising fraud concerns However, the rapid growth of AePS has also attracted fraudsters, targeting the predominantly rural, middle-aged, and senior population. Over the past 2–3 years, numerous reports of AePS-related fraud have surfaced. For instance, in Hyderabad, a gang of cybercriminals was arrested for fraudulently withdrawing ₹14.64 lakh from 149 customers. Such incidents underscore the growing risk of cyber-financial scams associated with AePS. According to the Indian Cyber Crime Coordination Centre (I4C), AePS frauds accounted for 11% of cyber financial scams originating in India in 2023. Addressing Fraud: RBI and NPCI Initiatives In response to the increasing fraud cases, the RBI has instructed banks to streamline the onboarding process for AePS touchpoint operators, including mandatory due diligence. Additional fraud risk management requirements are also being considered. The NPCI has released circulars addressing customer withdrawal limits, account statements, and Business Correspondent (BC) onboarding procedures. Strengthening onboarding processes AePS providers must rigorously scrutinize the onboarding processes for business correspondent agents. This involves conducting comprehensive background checks to verify the authenticity and credibility of potential agents. Additionally, a risk-based categorization system should be implemented, where agents are classified based on an assessment of their history, including any previous instances of fraudulent activities or non-compliance. By adopting a detailed and systematic approach to onboarding, AePS providers can ensure that only trustworthy and low-risk agents are integrated into the system. Moreover, continuous monitoring and periodic reassessment of BC agents are crucial to maintaining high standards of integrity and security. Regular training and awareness programs should be conducted to keep agents updated on the latest security protocols and fraud prevention techniques. By strengthening these onboarding and monitoring processes, AePS providers can significantly reduce the risk of fraud and enhance the overall security and reliability of the payment system. This proactive approach not only safeguards the interests of users but also fortifies the reputation and operational efficiency of the AePS ecosystem. Common fraud scenarios One prevalent fraud scenario involves unauthorized cash withdrawals, where users receive no indication of the transaction. Fraudsters often impersonate fingerprints or deceive customers about the success of transactions. In some instances, BC agents have been known to use silica gel to replicate fingerprints, further complicating the detection of fraudulent activities. These sophisticated methods of fraud underscore the necessity for AePS providers to enhance their security measures and address these specific threats comprehensively. To combat these issues effectively, AePS providers need to strengthen their ecosystem and focus on specific patterns to identify and mitigate fraudulent activities. Key Areas of Focus Preparing for Future Challenges Currently, the primary issue revolves around cash withdrawals. However, with the increasing volume of fund transfers, there is a potential risk of anti-money laundering activities. As AePS providers continue to expand their services, they need to be adequately equipped to handle these emerging challenges. This involves not only detecting and preventing fraudulent activities but also complying with stringent regulatory requirements to ensure the integrity of the financial system. Conclusion The AePS industry is booming, and as it grows, fraudsters will seek new ways to exploit the system. To sustain growth and protect users, financial institutions must enhance fraud and risk management systems by investing in advanced technologies like artificial intelligence and machine learning for real-time monitoring and anomaly detection. Continuous education and training for users and service providers on potential risks and best practices are also crucial. By implementing robust security measures, the AePS ecosystem can mitigate fraud risks and continue to flourish, driving financial inclusion and transforming India’s digital payment landscape. Collaboration with regulatory bodies is essential to stay ahead of emerging threats and ensure a secure, seamless payment experience. With a concerted effort towards enhancing security and compliance, the AePS industry can thrive, paving the way for a more inclusive and digitally empowered India.

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Cross Border Payments in India

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What are cross-border payments? Payments or transactions done across borders are part and parcel of international trade. So, playing the role of medium between the vendor and customer, cross-border payment is one of the crucial entities that enables cross-border trade. Any export or import is dependent on cross-border payment, and its growth is crucially dependent on smooth and seamless transactions. Why are cross-border payments significant? The significance of cross-border payments is proportional to the significance of cross-border trade. The size of cross-border payments is significant, with export merchandise alone contributing to about 15% of the total GDP. This alone is enough to look into the cross-border payment facilities that we are enabling our traders with to boost our country’s economic growth. India is looking at becoming a $5 trillion economy, and one of the major contributors can be cross-border trade. However, the fact on the ground is that of the 17 states that share their borders with other countries, only nine of them can actively engage in safe trade. Digital India has thrown the doors to cross-border trade wide open to not just the conglomerates but also MSME in India. Talking of MSME contribution, Livemint.com reports that “In FY 2022–23, MSME products accounted for 43.6% of India’s exports.” What are the major challenges to cross-border payments in India? Charges: With different countries come different rules and different financial charges. Many of the charges are informed only at the time of transactions, which either the vendor has to absorb or charge to the customer, irritating them in the least. Cumbersome process: With most local banks dealing with only a few currency options, time is taken for the standard international payouts, and both time and transparency are lost. SWIFT and international wire transfers come with their own set of challenges with regards to cost and time. Risk of fraud: Digitalization has thrown the door open to not just traders but also to cyber criminals. Cybersecurity has been constant and updated with the ability to come up with new solutions for the threats emerging daily. And yet be cost-effective. Compliance changes: Different borders dictate different laws at different points in time. The law of the land is often tweaked to combat raising threats or cementing the loopholes of existing laws. Currency volatility: With VUCA, is it a surprise that every country has a relatively fluid economy when compared to the currency woes that have been an age-old story? Only the present digitization has removed the buffer that the lag of communication offered earlier. How do we provide a solution to one of the pillars of our economy? Fintech India needs its fintech industry to find a one-stop solution for not just an easy and transparent transaction but also a safe one. A solution that authenticates easily but with foolproof scrutiny. Though many start-ups are working on solving individual issues discussed, most of them are working on their expertise, which is limited to one area.  The need of the hour is an aggregator who would collect all this expertise on one platform and provide a holistic solution. The future looks bright with a possible blend or amalgamation of both seamless and secure transactions across borders.

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Exploring the Foundation of Modern Banking: 9 Essential Core Banking Modules for Comprehensive Insight

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Core Banking Systems (CBS) are the bedrock of modern financial institutions (FIs), serving as the linchpin for delivering accessible, flexible, and scalable banking services. With FIs allocating significant investments towards upgrading their legacy CBS, it’s paramount to grasp the pivotal modules embedded within these systems to maximize their capabilities. Recent industry data underscores the critical role of CBS in shaping the banking landscape. According to a report by BankingTech, investments in CBS upgrades have surged by 25% over the past two years, reflecting the industry’s commitment to modernization and innovation. This substantial increase underscores the growing importance of understanding the core modules that drive CBS functionality. As financial institutions navigate the complex terrain of modern banking, insights from a study conducted by Deloitte reveal that institutions leveraging comprehensive CBS solutions witness up to 30% improvement in operational efficiency and a 20% increase in customer satisfaction. These statistics underscore the transformative impact of CBS modules on enhancing banking operations and customer experiences. In light of these trends, delving into the intricacies of CBS modules becomes imperative for financial professionals seeking to stay ahead in the competitive landscape. By gaining a deeper understanding of these modules, banks can unlock new opportunities for innovation, efficiency, and customer-centricity, driving sustainable growth and success in the digital era. Let’s delve into the core modules that underpin the functionality of modern Core Banking Systems: Payment Processing Module: · Precision and efficiency characterize the Payment Processing module, managing diverse transactions with finesse. · According to recent industry reports, the adoption of contactless payments has witnessed a staggering growth of over 40% globally in the past year alone, emphasizing the critical role of payment processing modules in facilitating seamless transactions. Customer Relationship Management (CRM) Module: · Personalization takes center stage with the CRM module, enriching user interactions beyond mere data storage. · Recent data suggests that banks utilizing advanced CRM capabilities experience up to a 20% increase in customer satisfaction and retention rates, highlighting the significance of personalized experiences in today’s competitive landscape. General Ledger Module: · The General Ledger (GL) Module serves as the centralized repository for recording all financial transactions systematically. · Studies indicate that organizations leveraging advanced GL modules witness up to 30% improvement in financial reporting accuracy, enabling informed decision-making and regulatory compliance. LMS and LOS Module: · The Loan Management System (LMS) and Loan Origination System (LOS) streamline the loan lifecycle, from application to repayment. · Recent market analysis indicates that FIs adopting comprehensive LMS and LOS solutions achieve up to a 25% reduction in loan processing time, enhancing operational efficiency and customer satisfaction. Digital Banking Module: · The Digital Banking Module revolutionizes customer interactions by offering seamless online and mobile banking experiences. · Recent market analysis indicates that banks embracing digital banking solutions witness up to a 25% increase in customer engagement and retention rates, as customers increasingly prefer digital channels for their banking needs. Data Analytics Module: · The Data Analytics Module harnesses the power of data to drive informed decision-making and personalized customer experiences. · According to industry insights, organizations leveraging advanced data analytics modules experience up to a 30% improvement in cross-selling effectiveness and revenue generation, as data-driven insights enable targeted product recommendations and marketing campaigns. Fraud Detection Module: · Proactive fraud prevention defines the Fraud Detection Module, leveraging data analytics and machine learning to identify suspicious behaviour. · According to industry research, organizations with robust fraud detection systems experience up to a 40% decrease in fraud-related losses, safeguarding both financial assets and customer trust. Expense Management Module: · Methodical oversight characterizes the Expense Management Module, ensuring strict adherence to budgets and optimal resource utilization. · Recent surveys indicate that businesses implementing advanced expense management solutions witness up to a 35% reduction in administrative costs, driving bottom-line savings and operational efficiency. Tax Module: · Automated tax management simplifies tax-related responsibilities for FIs and customers alike, ensuring financial integrity from income to corporate taxes. · Market trends reveal that organizations leveraging integrated tax modules achieve up to a 30% reduction in tax compliance costs, streamlining processes and mitigating risks. These core banking modules operate seamlessly behind the scenes, ensuring a smooth and secure banking experience for customers. As FIs embrace the evolution of their legacy systems, the integration of these modules not only streamlines transactions but also enhances customer experiences, fortifies security measures, and drives operational excellence. Curious to learn more about Core Banking Systems and their transformative impact? Stay tuned for deeper insights and innovative solutions! You can also visit www.wibmo.co Banking Platform, Banking Tech, Banking Technology, Core Banking Solutions, Modern Banking

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Wibmo Protect — Adaptive Multi-Factor Authentication Solution

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The Reserve Bank of India (RBI) has embarked on a transformative journey by proposing a Principle-Based Framework for the authentication of digital transactions. This pioneering initiative underscores the RBI’s commitment to fostering a secure, seamless, and customer-centric digital payments ecosystem. The primary objective of this framework is to propel the adoption of alternative authentication mechanisms, transcending the traditional SMS OTP paradigm. By embracing innovative authentication solutions, the RBI seeks to elevate the customer experience while fortifying the security infrastructure of digital payments. Furthermore, this strategic move is poised to empower businesses to embark on a journey of innovation, enabling them to explore cutting-edge solutions while upholding the highest standards of security and integrity. In essence, the Principle-Based Authentication Framework heralds a new era of digital transactions, characterized by enhanced security, heightened user experience, and unparalleled innovation. Challenges with OTP Authentication: Traditional SMS OTPs, while prevalent, present significant limitations and risks. They heavily rely on mobile service providers, are susceptible to interception, and contribute to transaction delays and failures, leading to user frustration and financial losses. Limitations of Traditional SMS-Based OTP Authentication: – Reliance on Mobile Service Providers: SMS OTPs are entirely dependent on mobile service providers, making them susceptible to network coverage issues and unable to support offline mode. – Inadequate Support for Cross-Border Transactions: Due to network dependencies, SMS OTPs face challenges in facilitating cross-border transactions and international access. – High Transaction Authentication Failure Rate: In the current scenario, the authentication failure rate for card transactions using SMS OTPs averages between 5% to 8%, primarily due to network dependencies. – Vulnerability to Cyber Threats: SMS OTPs are prone to interception, phishing, MITM attacks, and sim swapping, lacking robust protection for authorized access. – Rising Instances of Fraud: Cybercrimes, including fraud cases involving SMS OTPs, have surged, with approximately 1.1 million fraud cases registered in 2023, amounting to Rs 7,488.6 crore. Additionally, UPI fraud cases reached over 95,000 in the 2022–23 fiscal year. – User Experience Disruptions: Delays or delivery failures in SMS OTPs disrupt the user experience, leading to frustration and contributing to merchant conversion losses. – Increased Operational Costs: Constant intervention is required to manage authentication experiences across various channels, leading to additional costs. The average SMS cost per transaction is 12 paise, which escalates based on the chosen channels. Wibmo Protect: A Revolutionary Solution: Wibmo Protect, a cutting-edge platform, aligns seamlessly with the RBI’s framework. Utilizing a risk-based contextual authentication approach, it leverages machine learning and deep data analytics to detect and prevent fraudulent transactions in real-time. Contextual authentication further enhances security, enabling swift and secure payments without OTPs. Key Benefits of Wibmo Protect: Wibmo Protect offers a multitude of benefits, including: – Fraud Detection & Prevention – Dynamic Risk-based Authentication – Preference-based authentication with multiple modes – Multi-channel support for various transaction types – Reduced chargebacks and increased revenue growth – Merchant opt-out feature – Enhanced consumer authentication experience Wibmo Protect combines three powerful modules: 1. Access Control Server (Accosa ACS): A holistic payment authentication platform integrated with an intelligent risk engine. 2. Enterprise Trident FRM: A comprehensive cross-channel, self-learning risk assessment engine. 3. Tridentity: A multifactor out-of-band authentication solution offering secure, password less authentication. Wibmo Protect emerges as a game-changer in digital transaction security. By embracing innovative technologies and adaptive authentication methods, it sets new standards for security, efficiency, and customer satisfaction. With its comprehensive suite of modules, Wibmo Protect stands as a beacon of trust and reliability in the evolving landscape of digital transactions. Through continuous innovation and commitment to security, Wibmo paves the way for a secure and seamless digital future. Author: Anand K Khanna, Product Manager — Fraud & Risk Management Wibmo A PayU/Naspers FinTech Company Digital Payment, Fraud Detection, Multi-Factor Authentication, Payment Security, RBI

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Unveiling the Future: Fintech Innovations Redefining Finance in 2024

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As we navigate the intricate landscape of finance, the year 2024 unfolds with a myriad of fintech innovations that promise to reshape the industry fundamentally. Fintech, a portmanteau of “financial technology,” has become synonymous with innovation and disruption, revolutionizing how we manage, invest, and transact in the digital era. In this comprehensive blog, we’ll explore the groundbreaking fintech trends that are set to dominate the stage in 2024. Decentralized Finance (DeFi): Decentralized Finance, or DeFi, stands at the forefront of fintech innovation in 2024. This paradigm shift involves leveraging blockchain technology to create a decentralized financial ecosystem that operates outside traditional banking systems. DeFi platforms facilitate peer-to-peer lending, borrowing, and trading without the need for intermediaries. Smart contracts on blockchain networks ensure transparency, security, and efficiency in financial transactions. As we move forward, the DeFi space is expected to mature, offering more sophisticated financial services while challenging the conventional norms of the finance industry. Central Bank Digital Currencies (CBDCs): Central Bank Digital Currencies are gaining prominence as central banks worldwide explore the digitization of national currencies. In 2024, CBDCs are not just theoretical concepts but tangible initiatives that aim to provide a secure and regulated digital alternative to physical cash. Countries like China have made significant strides in piloting CBDCs, aiming to enhance the efficiency of financial transactions, reduce costs, and ensure greater financial inclusion. The widespread adoption of CBDCs holds the potential to redefine the global monetary landscape. AI-Powered Personalization: Artificial Intelligence (AI) continues to be a driving force in fintech, particularly in the realm of personalization. In 2024, AI is set to transform the user experience by providing hyper-personalized financial services. Machine learning algorithms analyze vast datasets to understand user behaviors, preferences, and financial patterns. Fintech platforms leverage this data to offer tailored investment advice, customized budgeting tools, and personalized recommendations. AI-driven personalization not only enhances user satisfaction but also fosters a deeper connection between users and their financial platforms. Embedded Finance: Embedded finance is revolutionizing the way financial services are delivered by seamlessly integrating them into non-financial platforms. In 2024, we witness the expansion of embedded finance into various sectors, allowing users to access financial services without the need to switch between different applications. E-commerce websites, social media platforms, and even ride-sharing apps now offer embedded financial services such as payments, loans, and investments. This trend is breaking down traditional silos, creating a more interconnected digital ecosystem. Green Fintech: Sustainability takes center stage in 2024, and fintech is not exempt from this global shift towards environmental responsibility. Green fintech initiatives are emerging to address climate concerns and promote eco-friendly financial practices. This includes the development of digital currencies with lower carbon footprints, sustainable investment platforms that prioritize environmental, social, and governance (ESG) factors, and tools that encourage responsible spending and consumption. Fintech is becoming a driving force for positive environmental change, aligning financial activities with broader sustainability goals. Biometric Authentication: The quest for enhanced security in financial transactions has led to the widespread adoption of biometric authentication methods. In 2024, we see a surge in the use of biometrics, such as facial recognition, fingerprint scans, and voice recognition, to verify user identities. These advanced authentication methods provide an extra layer of security against fraud and unauthorized access. As fintech platforms prioritize user safety, biometric authentication is becoming integral to ensuring secure and convenient financial transactions. The year 2024 marks an important turning point in the growth of fintech when creativity and technology combine to reshape the financial environment. From the decentralized revolution of DeFi to the digitization of national currencies via CBDCs, the fintech industry is undergoing transformational change. AI-powered personalization, embedded finance, green fintech efforts, and biometric authentication all work towards a future in which financial services are not just technologically advanced but also sustainable, secure, and seamlessly interwoven into our daily lives. As we welcome the advancements in fintech, it’s crucial to acknowledge their profound impact on money management. Heading into 2024, the future of financial technology promises ongoing empowerment, bridging financial divides, and fostering a more inclusive and sustainable global economy. Leading this transformative journey is Wibmo, a key player in fintech, utilizing innovative technologies. With our robust payment security and digital payment services, we play a pivotal role in seamlessly integrating financial services, ensuring heightened security and transaction efficiency. In this era of significant shifts in the financial industry, we are happy to be able help banks and fintech firms in reshaping the landscape of finance. 2024 Trends, 2024 Trens, Digital Finance, Financial Services, Fintech, Fintech Trend

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Empowering Digital Transactions: A Comprehensive Guide to Payment Gateways and Wibmo Areion’s Innovation

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The dynamic landscape of digital payments has posed challenges and opportunities for stakeholders across the financial ecosystem. From merchants and payment facilitators to issuers and payment gateways, each entity grapples with considerations of customer convenience, operational costs, compliance, security, and value-added services. This comprehensive guide explores the critical decision of selecting the right payment gateway, emphasizing the importance of compliance, security, transparent costing, and value-added services. Additionally, we delve into the innovative features of Wibmo Areion, a cutting-edge payment gateway that redefines the digital payment experience. Understanding the Landscape: The payment ecosystem operates as a connected network of platforms, where the considerations for selecting a payment gateway vary based on the role of the player. The two primary providers of payment gateway services to merchants are acquiring banks or intermediaries such as Payment Aggregators, Payment Facilitators, or PSPs. Table Stakes and Prerequisites: Before embarking on the payment gateway journey, certain prerequisites must be addressed. Compliance with supported payment schemes and robust technological infrastructure, complying with standards like PCI DSS and NPCI for UPI, is crucial for a seamless and secure digital payment experience. Key Business Considerations: Cost per Transaction (MDR): Derived from the Merchant Discount Rate (MDR), transparent costing is complex and varies based on factors like merchant category code, payment limit, and payment instrument type. Transaction Success Rate (SR): Paramount for all stakeholders, payment gateways strive to offer the highest success rate through innovative payment flows and partnerships. Fraud Management: A robust fraud management platform is essential to minimize chargebacks and secure payments, especially in online transactions. Billing, Reporting, and Dashboards: Transparent billing and reporting are crucial for stakeholders to gain clear insights into transactions through simple and informative dashboards. Differentiators and Value-Added Services: Beyond core capabilities, payment gateways seek to differentiate themselves through value-added services: Frictionless Check-Out: Using biometrics for seamless authentication. Loyalty Programs: Allowing customers to earn and redeem loyalty points at checkout. EMI Options: Providing affordable instalment options at checkout. Diverse Payment Methods: Supporting additional payment methods such as wallets, net banking, and local payment methods. Unveiling the Future: Exploring Wibmo Areion Payment Gateway In the rapidly evolving landscape of digital payments, having a robust and versatile payment gateway is crucial for businesses seeking seamless transactions and enhanced customer experiences. Wibmo, a leading player in the fintech industry, introduces its cutting-edge payment gateway — Wibmo Areion. Let’s delve into the features, benefits, and potential impact of this innovative solution. The Rise of Wibmo Areion: Wibmo Areion represents a significant leap forward in the world of payment gateways, offering advanced features and capabilities designed to meet the dynamic needs of modern businesses. From security enhancements to a user-friendly interface, Wibmo Areion aims to redefine the digital payment experience. Key Features: Enhanced Security Protocols: Prioritizing transaction security with state-of-the-art protocols and compliance with PCI DSS standards. Seamless User Experience: Commitment to a smooth and seamless user experience for quick and hassle-free transactions. Adaptive Fraud Management: Employing adaptive fraud management tools to stay ahead of evolving fraud tactics and minimize chargebacks. Multi-Channel Support: Recognizing the diverse nature of modern transactions, Wibmo Areion offers support for various channels, including e-commerce, mobile payments, and in-app transactions. Flexible Integration Options: Providing businesses with flexible integration options through Rest-based APIs, ensuring a hassle-free implementation process. Benefits for Businesses: Enhanced Security: Instilling trust among customers by providing a secure and reliable payment environment. Improved Customer Experience: Contributing to an enhanced customer experience, leading to higher satisfaction and retention rates. Reduced Fraud-related Costs: Minimizing the financial impact of fraudulent activities, reducing operational compliance costs. Scalability and Multi-Channel Reach: Scaling with businesses as they grow and ensuring support for various platforms and channels. Efficient Integration: The flexible integration options make the onboarding process smoother, allowing businesses to quickly adopt and benefit from advanced features. The selection of a payment gateway is a nuanced decision that traverses various dimensions based on the role of the payment player. As stakeholders navigate this landscape, the emphasis on compliance, security, transparent costing, and value-added services will play a pivotal role in shaping the future of digital transactions. Let us work together and ensure that we, as one family, soar to new heights in the coming year. None of this would have been possible without each one of you. Your dedication and hard work have been the driving force behind our success. As we bid farewell to this incredible year, we express our deepest gratitude. We look forward to seeing you grow with us in the coming years. Author: Ravi Battula, Vice President- Merchant Acquiring Business Wibmo A PayU/Naspers FinTech Company Card Payment, Online Payments, Payment Gateway, Payment Processing, Payments Technology

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Transforming Online Payments: The Evolution and Impact of Facial Recognition on Identity Verification and Authentication

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The digital era has witnessed remarkable advancements in technology, especially in the realm of online payments. One such transformative innovation that has reshaped the landscape of identity verification and authentication is facial recognition. This blog delves into the evolution, applications, benefits, challenges, and the profound impact of facial recognition on the world of online payments. Evolution of Facial Recognition in Online Payments: The journey of facial recognition in online payments traces back to its early stages as a biometric authentication method. Traditionally, online transactions relied on conventional methods like passwords and PINs, which presented challenges such as security vulnerabilities, user inconvenience, and the risk of unauthorized access. Facial recognition emerged as a solution to these challenges, offering a unique and secure way to verify identities. In its nascent phase, facial recognition technology focused on basic facial feature detection. However, rapid advancements in artificial intelligence (AI) and deep learning revolutionized facial recognition algorithms. These sophisticated algorithms could now analyze intricate facial contours, landmarks, and unique patterns, making facial recognition a reliable and efficient method for identity verification in online payments. Applications of Facial Recognition in Online Payments: Biometric Authentication: Facial recognition serves as a robust biometric authentication method for online payments. Users can securely authenticate transactions by simply looking at their device’s camera, eliminating the need for passwords or PINs. Secure Login and Transaction Authorization: Online banking and payment applications leverage facial recognition to enhance security during login and transaction authorization. Users can seamlessly access their accounts and authorize payments through a quick facial scan. E-commerce Verification: Facial recognition is integrated into e-commerce platforms for user authentication during the checkout process. This ensures that only authorized users can make purchases, reducing the risk of fraudulent transactions. Mobile Wallets and Digital Payments: Mobile wallets and digital payment apps incorporate facial recognition to facilitate secure transactions. Users can link their facial biometrics to their payment accounts, adding an extra layer of security to mobile-based payments. Fraud Prevention: Facial recognition contributes to fraud prevention by adding a layer of identity verification that is difficult to replicate. This is particularly valuable in mitigating the risks associated with unauthorized access and fraudulent transactions. Benefits of Facial Recognition in Online Payments: Enhanced Security: Facial recognition significantly enhances the security of online payments by providing a unique and biometrically secure method of identity verification. This reduces the risk of unauthorized access and identity fraud. User-Friendly Authentication: Compared to traditional authentication methods, facial recognition offers a user-friendly experience. Users can complete transactions with a simple facial scan, eliminating the need to remember complex passwords. Convenience and Speed: The speed at which facial recognition systems operate contributes to the overall convenience of online payments. Quick and non-intrusive, the technology streamlines the authentication process for users. Reduced Dependency on Passwords: Facial recognition reduces the dependency on passwords or PINs, addressing the challenges of password fatigue and the potential for security breaches due to weak passwords. Seamless Integration: Facial recognition seamlessly integrates into existing online payment platforms and applications. Its compatibility with mobile devices and web interfaces ensures a smooth and consistent user experience. Challenges and Considerations: Privacy Concerns: The widespread adoption of facial recognition in online payments raises concerns about privacy. Users may worry about the collection and storage of facial data, emphasizing the need for transparent policies and ethical practices. Accuracy and Bias: Ensuring the accuracy of facial recognition systems, especially across diverse demographics, remains a challenge. Developers must continuously address biases in algorithms to ensure fair and reliable authentication. Security Vulnerabilities: Facial recognition systems are not immune to security vulnerabilities. Safeguarding against hacking attempts and unauthorized access to facial data is crucial to maintaining the integrity of online payment security. Regulatory Compliance: The evolving regulatory landscape surrounding facial recognition technology requires adherence to ethical and legal standards. Striking a balance between innovation and compliance is essential for responsible deployment. Impact on User Experience and Security: Enhancing Trust and Confidence: Facial recognition contributes to building trust and confidence among users by providing a secure and user-friendly authentication method. This is particularly crucial in the competitive online payment market. Reducing Friction in Transactions: The seamless and quick nature of facial recognition reduces friction in the transaction process. Users can complete payments effortlessly, contributing to a positive and efficient online shopping experience. Addressing Security Concerns: By offering a biometrically secure method of identity verification, facial recognition addresses security concerns associated with traditional authentication methods. This reassures users about the safety of their financial transactions. Adapting to Changing Consumer Behavior: As consumers increasingly seek convenient and secure payment methods, facial recognition aligns with changing preferences. Its integration into various devices and platforms caters to the evolving needs of tech-savvy consumers. Future Trends and Innovations: Multimodal Biometrics: The future of facial recognition in online payments may witness the integration of multimodal biometrics, combining facial recognition with other biometric methods for enhanced security. Continuous Authentication: Innovations in continuous authentication using facial recognition may become more prevalent. This involves ongoing verification during a session, adding an extra layer of security. Blockchain Integration: Blockchain technology may be integrated with facial recognition for enhanced data security. Decentralized identity verification could mitigate concerns related to centralized storage of facial data. Augmented Reality (AR) Enhancements: Augmented reality features may enhance facial recognition experiences, providing interactive and engaging authentication methods for users. Facial recognition has undergone a remarkable evolution in the world of online payments, revolutionizing identity verification and authentication. Its applications span across various sectors, from biometric authentication to secure login processes and fraud prevention. The benefits, including enhanced security, user-friendly authentication, and reduced dependency on passwords, have positioned facial recognition as a key player in the future of online payments. However, challenges such as privacy concerns, accuracy, security vulnerabilities, and regulatory compliance must be continually addressed to ensure responsible and ethical deployment. As facial recognition technology continues to advance, its impact on user experience and security remains profound, contributing to a safer, more convenient, and efficient online payment ecosystem. BaaS

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Unveiling the Unseen: eCommerce Fraud Prevention Secrets You Need to Know

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As the popularity of eCommerce grows, so does the risk of fraud targeting online firms. The digital sphere offers enormous prospects for expansion, but it also attracts clever fraudsters looking to exploit flaws in payment systems and transactions. In this blog article, we’ll delve into the lesser-known parts of eCommerce fraud prevention, revealing the methods, technologies, and best practices that may protect your business and foster client trust. The Evolving Landscape of eCommerce Fraud eCommerce fraud comes in various forms, from stolen credit card information and account takeovers to sophisticated phishing attacks. As businesses adapt to new technologies and consumer preferences, fraudsters adjust their tactics accordingly. Understanding the dynamic nature of eCommerce fraud is the first step toward building a resilient prevention strategy. Account Takeovers (ATO): ATO occurs when fraudsters gain unauthorized access to customer accounts. This can lead to unauthorized purchases, misuse of stored payment information, and identity theft. Preventing ATO requires robust authentication mechanisms, including multi-factor authentication and behavioural analytics. Card-Not-Present (CNP) Fraud: With the rise of online shopping, CNP fraud has become a significant concern. Fraudsters use stolen card details to make online purchases where the physical card is not required. Address Verification System (AVS), 3D Secure, and machine learning algorithms are essential tools for preventing CNP fraud. Friendly Fraud: Contrary to its name, friendly fraud is far from friendly. It occurs when a legitimate cardholder disputes a transaction, often claiming they didn’t make the purchase. Friendly fraud can be mitigated by clear communication, transparent billing descriptors, and comprehensive transaction records. Synthetic Identity Fraud: Synthetic identity fraud involves creating fake identities using a combination of real and fictitious information. These synthetic identities are then used to open accounts and make fraudulent transactions. Advanced identity verification methods and data analysis are crucial for detecting synthetic identity fraud. eCommerce Fraud Prevention Strategies Multi-Factor Authentication (MFA): Implementing MFA adds an extra layer of security by requiring users to provide multiple forms of identification. This could include passwords, biometric data, or one-time passcodes, significantly reducing the risk of unauthorized access. Machine Learning and Artificial Intelligence (AI): Leveraging machine learning and AI enables real-time analysis of vast datasets to identify patterns and anomalies indicative of fraudulent activities. These technologies continually learn and adapt to new fraud tactics, staying one step ahead of cybercriminals. Geolocation and Device Fingerprinting: Examining the geolocation of transactions and creating unique device fingerprints help in detecting suspicious activities. Unusual transaction locations or device behaviors can trigger alerts for further investigation. Behavioral Analytics: Analyzing user behavior helps create a baseline for normal activity. Deviations from this baseline, such as sudden changes in spending patterns or the use of unfamiliar devices, can be indicative of fraudulent behavior. Real-Time Transaction Monitoring: Implementing real-time monitoring systems allows businesses to spot and respond to suspicious transactions instantly. Automated alerts can be set up to trigger when certain criteria associated with fraud risk are met. 3D Secure Authentication: 3D Secure is an additional layer of security for online credit and debit card transactions. It adds an extra step of authentication, often requiring a one-time passcode sent to the cardholder’s mobile device, enhancing the security of online transactions. Fraud Scoring Systems: Employing fraud scoring systems assigns a risk score to each transaction based on various parameters. Transactions with high-risk scores can be subjected to additional scrutiny or declined altogether. Customer Education: Educating customers about safe online practices, secure password management, and recognizing phishing attempts can significantly reduce the risk of account takeovers and fraud. Clear communication builds a sense of security and trust. Best Practices for eCommerce Fraud Prevention Regularly Update Security Protocols: Stay ahead of evolving fraud tactics by regularly updating and enhancing your security protocols. This includes adopting the latest encryption standards, security patches, and fraud prevention technologies. Secure Payment Gateways: Choose reputable and secure payment gateways that prioritize the protection of sensitive customer data. Secure Sockets Layer (SSL) encryption is fundamental for securing online transactions. Monitor Chargeback Rates: High chargeback rates can be indicative of fraud or customer dissatisfaction. Monitoring chargeback rates allows businesses to identify and address issues promptly. Data Encryption: Implement end-to-end encryption to safeguard customer data throughout the entire transaction process. This ensures that even if intercepted, sensitive information remains unreadable. Regularly Train Staff: Educate your staff on the latest fraud trends, prevention techniques, and the importance of adhering to security protocols. An informed and vigilant team is an essential component of your fraud prevention strategy. Implement Device Authentication: Device authentication ensures that transactions are initiated from trusted and recognized devices. Unfamiliar devices may trigger additional verification steps to confirm the legitimacy of the transaction. Bottomline As eCommerce continues to thrive, so does the need for robust fraud prevention measures. By understanding the evolving landscape of eCommerce fraud, implementing cutting-edge technologies, and adopting best practices, businesses can significantly reduce the risk of falling victim to cybercriminals. A comprehensive fraud prevention strategy not only protects the business but also fosters trust and confidence among customers, contributing to long-term success in the dynamic world of online commerce. Stay informed, stay secure, and empower your eCommerce venture to flourish in the digital age. Author: Animesh Jha, Vice President, Engineering — Fraud & Risk Management Wibmo A PayU/Naspers FinTech Company Ecommerce, Fraud Prevention, Online Fraud, Online Fraud Detection, Online Payment Fraud

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Empowering the Unbanked: Offline Digital Payments and Financial Inclusion in India

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India, with its vast and diverse population, has made significant strides in the realm of digital payments in recent years. However, a considerable segment of the population still remains unbanked or underbanked, primarily due to limited access to financial services. Offline digital payments have emerged as a promising solution to bridge this gap, fostering financial inclusion and empowering individuals who have been on the fringes of the formal financial system. Understanding Financial Inclusion Financial inclusion is a multifaceted concept that goes beyond merely having a bank account. It encompasses access to a range of financial services, including savings, credit, insurance, and payment services. The goal is to provide individuals and businesses, particularly those in underserved and remote areas, with the tools and resources needed to participate fully in the economy. Challenges to Financial Inclusion in India Several challenges have historically hindered financial inclusion in India: 1. Limited Access to Banking Infrastructure: Many rural areas lack physical banking infrastructure, making it challenging for individuals to access basic financial services. The cost and effort required to establish brick-and-mortar branches in these areas have been significant barriers. 2. Low Financial Literacy: A significant portion of the population, particularly in rural and remote areas, lacks financial literacy. Understanding the nuances of traditional banking services can be a barrier to entry into the formal financial system. 3. Documentation Requirements: The documentation required to open a bank account can be a hurdle, especially for those who may not have the necessary identification papers. This often excludes a substantial portion of the population from mainstream financial services. 4. Technological Barriers: While the penetration of smartphones has increased, a considerable number of individuals still use feature phones or have limited access to the internet. This poses a challenge to the adoption of traditional digital payment solutions. Offline Digital Payments: A Catalyst for Inclusion Offline digital payments have emerged as a transformative force, overcoming many of the barriers to financial inclusion in India. These solutions leverage technology to enable transactions without the need for a continuous internet connection, making them particularly relevant in areas with intermittent connectivity. Let’s delve into the ways in which offline digital payments are contributing to financial inclusion. 1. Access Anytime, Anywhere: Offline digital payment solutions empower users to conduct transactions regardless of their location or the availability of internet connectivity. This is especially crucial in remote and rural areas where traditional banking infrastructure is limited. 2. Reduced Reliance on Physical Infrastructure: By eliminating the need for physical branches or ATMs, offline digital payments reduce the cost and logistical challenges associated with building and maintaining banking infrastructure. This is a game-changer for reaching unbanked populations in geographically dispersed regions. 3. Simplified User Experience: Offline payment methods are designed to be user-friendly, requiring minimal technical know-how. This simplicity is key in overcoming the barrier of low financial literacy, enabling individuals with varying levels of education to participate in the formal financial system. 4. Biometric Authentication: Leveraging biometric authentication methods, such as fingerprints or iris scans, offline digital payment solutions offer a secure and convenient way for individuals to access their financial accounts. This is particularly beneficial in areas where traditional identification documents may be scarce. 5. Financial Inclusion for Merchants: Offline digital payments extend beyond individual users, providing opportunities for small businesses and merchants. By accepting offline digital transactions, even in areas with intermittent internet connectivity, merchants can expand their customer base and participate more actively in the digital economy. 6. Government Initiatives: Recognizing the potential of digital payments to drive financial inclusion, the Indian government has launched initiatives like Aadhaar Pay and UPI (Unified Payments Interface). These initiatives leverage biometrics and mobile numbers to facilitate secure offline digital transactions. 7. Financial Products and Services: Offline digital payments pave the way for the delivery of a range of financial products and services to previously underserved populations. This includes access to credit, insurance, and savings products tailored to the unique needs of different segments of the population. Challenges and Considerations While offline digital payments hold immense promise for financial inclusion, certain challenges and considerations need to be addressed: 1. Security Concerns: Ensuring the security of offline transactions, especially in areas with limited connectivity, is paramount. Robust security measures, including encryption and biometric authentication, are essential to protect users from potential risks. 2. Infrastructure Development: While offline digital payments reduce the reliance on physical banking infrastructure, there is still a need for ongoing efforts to enhance digital infrastructure, including the development of reliable networks and the availability of affordable smartphones. 3. Regulatory Framework: A conducive regulatory framework is crucial for the widespread adoption of offline digital payments. Clear guidelines and policies that foster innovation while ensuring consumer protection will play a pivotal role in shaping the future of these solutions. 4. Collaboration Among Stakeholders: Successful implementation of offline digital payment solutions requires collaboration among various stakeholders, including government agencies, financial institutions, technology providers, and local communities. A coordinated effort is essential to address the multifaceted challenges of financial inclusion. Bottom line: Offline digital payments represent a transformative force in the journey towards financial inclusion in India. By addressing the challenges of limited access to banking infrastructure, low financial literacy, and intermittent connectivity, these solutions empower individuals and businesses to participate fully in the formal financial system. As we move forward, it is imperative to continue innovating, address security concerns, and foster a collaborative environment that embraces the diverse needs of the population. The vision of a financially inclusive India can be realized through the thoughtful integration of offline digital payment solutions, ensuring that no one is left behind in the digital era. BaaS

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Browser Fingerprinting- Part 2

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Are you all set to find out more about browser fingerprinting? We bring you Part 2 of this series. Types of Fingerprinting Techniques: Canvas Fingerprinting: The browser fingerprinting technique uses the HTML5 canvas element to identify variances in a user’s GPU, graphics drivers, or graphics card. Steps- First, the script draws an image, often overlaid with text. Then, the script captures how the user’s web browser has rendered the image and text. Naturally, every device with different hardware and drivers will render the image slightly differently, distorting its colour and shape. A hash is then computed using the rendered image’s data, which serves as the ‘canvas fingerprint.” The scripts used for canvas fingerprinting operate in the background to keep the user from realizing that the fingerprinting is occurring. This fingerprinting technique is accurate and not too processing-intensive, making it one of the most commonly employed script techniques. The visitor’s specific browser and device render images, which can be narrowed down to a pool of fewer than 0.01% of total visitors. WebGL Fingerprinting: WebGL fingerprinting is very similar to Canvas fingerprinting, as they both use the browser to render images off-screen. The WebGL API can be used to render 3D forms in the browser. With the help of the three.js JavaScript library, many 3D forms can be rendered, such as Sphere Cube Precomposed geometric shapes The test is not that reliable because it is too sensitive to changes in the environment, such as the size of the browser window or the use of the browser console. These changes caused the dimensions of the rendering context to be updated, which resulted in different rendering results when the page was reloaded. The methodology is still to use images to distinguish users based on their graphics drivers and device hardware. Media Device Fingerprinting: This technique uncovers a list of all the connected media devices and their respective IDs on a user’s laptop or PC. This includes all internal media components like video cards and audio cards, as well as all connected or linked devices like headphones. Media device fingerprinting is not widely used for fingerprinting functions. This is because it requires the user to grant access to their microphone and camera to get a complete list of connected devices. Audio Fingerprinting: While other fingerprinting techniques force browsers to render a text or image, this technique checks how their devices play sound. The browser vendor and version used impact minute differences in sound waves generated by a digital oscillator and differences in CPU architecture. Clock Skew: Clock skew is a measure that can be used to identify the hardware specifications of a machine by analyzing the uneven arrival of electrical signals from a clock generator at different components. These differences can be affected by temperature variations in the hardware and can be analyzed with sufficient data and numerical analysis. This is considered an extreme measure in the field of fingerprinting. Browser fingerprinting workflow: Utilizing browser fingerprinting for authentication during payments as an additional layer of security and protection against fraud is helpful, but it has to be coupled with a two-factor authentication process. Two-factor authentication involves verifying a user’s identity using two different methods, such as a password and a fingerprint or a code sent to their mobile device. By adding browser fingerprinting as a third factor, Wibmo’s Trident FRM solution uses canvas fingerprinting and creates a more secure and reliable payment authentication process. It is important to ensure that proper privacy protections and data security measures are in place, as browser fingerprinting data is unique to each user and can be used to track and identify individuals across different websites and devices. Additionally, it’s important to comply with data privacy regulations such as GDPR, CCPA, and the upcoming Digital Personal Data Protection Bill when collecting and storing browser fingerprint data. Fingerprinting and Online Fraud Detection: Browser fingerprinting techniques can be useful for identifying and targeting visitors with a pattern of fraudulent behaviour on a website. These techniques can be particularly effective in identifying users who use identity concealing techniques such as disabling cookies, using a VPN, or browsing in incognito mode. 1.In cases of account takeover, where malicious users try to hack a legitimate user’s account, fingerprinting and other user identification technologies can be used to add additional security measures to the login process for suspicious traffic only. 2.To prevent brute force or bot attacks, it is best practice to require users to solve a CAPTCHA after a certain number of failed login attempts and to lock out the user for a set time after a certain number of attempts, as such attacks often rely on automation and thus may not have the unique browser configurations of genuine users. a. Browser fingerprinting can detect bots through their unusual browser configurations. b. Multiple login attempts with the same fingerprint can signal a brute-force attack. c. Bots that either lack a unique fingerprint or use identical fingerprints can be spotted and investigated. d. It can improve CAPTCHA systems by triggering a CAPTCHA when a fingerprint is linked to suspicious activity. 3.For phishing scams, requiring email or two-factor authentication for new fingerprints attempting to log in and blocking repeatedly visited fingerprints can also be effective measures. Conclusion: Limitations and current scenario of browser fingerprinting: Author: Vaibhav Chandel, Product Manager Wibmo A PayU/Naspers FinTech Company BaaS

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BIN Attack Fraud

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Card not present (CNP) transactions are those where the purchase is made without presenting the physical card to the merchant at the point of sale. As more and more physical stores are using EMV-compliant terminals, Javelin Strategy & Research credit card fraud statistics report that card-not-present fraud is now 81% more likely to happen than card-present fraud. Card-not-present transactions can be done via online merchants, telephone orders, or mail. There are various modus operandi to commit CNP fraud, such as account takeover using phishing scams, malware infection to capture keystrokes, or friendly fraud. In such scenarios, the cardholder is involved in the fraud, and it is kind of a personalised attack. However, today we will talk about an impersonal attack where a fraudster exploits a BIN (bank identification number) and uses distributed computing power to automatically generate the remaining numbers and test these combinations to see which card numbers are correct and if the cards are active. This kind of attack is called BIN attack fraud. The subtlety of BIN Attack fraud is that it does not involve any data breach or ID theft; it is just a pure random coincidence that a victim’s card number is chosen. The compromised cards can have a significant impact on issuing banks in terms of chargebacks, call c entre volume spikes, and re-issuance expenses. Furthermore, any cardholder disruption or friction during this tenure leads to a loss of interchange revenues. The damage to the bank’s reputation could lead to cardholders switching the bank’s services to another, more secure bank. A merchant involved in BIN attack fraud faces increased disputes or chargebacks, additional fees, and regulatory fines. Depending on the nature of the attack and risk profile, the acquiring bank may choose to suspend support for the merchant’s site. The cardholder’s bank may restrict purchases from your site, resulting in further financial losses. Refunding any fraudulent transactions is an operational challenge, not to mention the reputational loss. Thus, BIN attack fraud is a problem both for issuers and merchants. Preventing a BIN Attack Fraud To prevent BIN attack fraud, the merchant or the issuing bank can deploy a few techniques: Enable 3D security. The latest version of EMV 3DS 2.x is an additional security layer for online credit and debit card transactions that aims to achieve a balance between security and user convenience. As a merchant, enable a CAPTCHA test to tell humans and bots apart. While this may create friction for genuine customers, it’s an effective deterrent against BOT scripts. Deploy an anti-fraud solution that can look at many aspects and block transactions or alert your fraud analyst. A good anti-fraud solution should have: Ability to spot multiple low-value transactions (unusually low for the merchant’s business). Multiple declines within a short period The timing of transactions may be unusual for the merchant, business, or cardholder. A large number of transactions from the same BIN were attempted in a short period of time (a few seconds apart). IP Velocity Checks: Even though these days, through proxy and spoofing, fraudsters can make it seem that the transactions are coming from different IPs, Use an anti-fraud solution that deploys good device fingerprinting techniques to solve this issue, as fingerprinting is impervious to IP proxies. Unusually large volume of international transactions for a given merchant or for a cardholder. Look for patterns, cards with sequential numbers, the same card number but different expiration dates, or CVV codes. Ability to create a profile for the merchant and cardholder and alert in case of any significant deviations. There are a few additional measures that the industry could take, such as creating advisory, actionable intelligence, and a listing of sites that anti-fraud tools can take advantage of. EMV 3DS 2.x allows merchants and acquirers to do a risk assessment prior to making an EMV 3DS authentication call to the issuer. A combined risk assessment from both the acquiring and issuing sides acts as a strong deterrent to fraudsters. Both issuers and acquirers can pool their intelligence and create a shared intelligence pool of fraud markings to identify common points of fraud. Information on declines on the switch side during authorization when fed into 3DS authentication ACS gives actionable intelligence to anti-fraud tools. BIN attack fraud is still a crude brute-force attack vector that is detectable, and preventive measures can be taken to interrupt it. A well-informed merchant and bank implementing a defensive anti-fraud solution that keeps itself abreast of the latest advisories combined with continuous monitoring of anomalous behaviour can stay a step ahead of this kind of fraudulent attack. Author: Ajit Nair, Director Product Management Wibmo A PayU/Naspers FinTech Company Cnp, Fraud, Fraud Prevention, Payment Fraud, Payments

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Browser Fingerprinting- Part 1

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Overview: 1. A user’s device’s hardware, operating system, browser, and configuration are all included in a set of data called a “browser fingerprint.” 2. Via a simple script running inside a browser, a server can collect a wide variety of information from public interfaces called application programming interfaces (APIs), HTTP headers, device information, etc. 3. The method of gathering data from a web browser to create a device fingerprint is known as “browser fingerprinting.” Cookies vs Browser Fingerprinting: Cookies Fingerprinting: Small pieces of data are stored on a user’s computer by a web browser when they visit a website. They are used to store information about the user, such as preferences and browsing history, and to track user behaviour on the website. They are typically used to improve the user experience by remembering information about the user and their preferences, but they can also be deleted, blocked, or turned off entirely. Cookie tracking involves placing a unique identifier on a person’s web browser, and fingerprinting occurs when a company (the website owner) creates a profile of the device’s unique characteristics. The General Data Protection Regulation (GDPR) regulates the rules for covert data collection, which is why websites often ask users to approve or disapprove of cookies. Browser Fingerprinting: Information includes details about the browser, network, and device, such as the language used, keyboard layout, time zone, cookie settings, operating system version, etc. By combining all this information into a fingerprint, advertisers can recognise a user as they move from one website to another. Studies have shown that around 80–90% of browser fingerprints are unique. This is done by advertising technology companies that insert their code onto websites and collect data about online activity. Once established, a fingerprint can potentially be linked with other personal information, such as data held by brokers. GDPR: Browser fingerprinting also falls under the purview of the GDPR to protect user privacy. However, nothing has been explicitly mentioned about it. The GDPR establishes six legal grounds that enable the processing of data, including user consent and the “legitimate interest” or consent of the person doing the tracking: In the context of browser fingerprinting, these general rules apply as follows: Companies using fingerprinting must ensure that their interests in tracking user information do not override the user’s fundamental rights and freedoms, including their privacy. The website must also provide detailed information to the user about the scope, purposes, and legal basis of the data processing. Fingerprinting should be transparent when using and processing data about anonymous visitors. *Browser fingerprint technology has enabled marketers to run targeted campaigns on the internet at any stage of the marketing funnel. Parameters and the Math: Uniqueness: It means to provide enough ground for identification; the more unique a fingerprint, the more identifiable it is. When the fingerprint has an attribute, whose value is only present once in the whole dataset or when the combination of all its attributes is unique in the whole dataset. Stability: This links the browser fingerprints that belong to the same device. For stability, the quantity of modified information (each time the user’s fingerprint is obtained) should be as small as possible. Entropy: Defines the amount of uniqueness that a specific property exposed by the browser (such as the User-Agent header) introduces into a browser fingerprint. Usually expressed in bits, the higher the entropy, the more unique and identifiable a fingerprint will be. After the new dataset is tested repeatedly, giving similar correlated probability outputs, we can say that a technique is effective in terms of its ability to say that a fingerprint is unique! Blueprint: Using Browser Fingerprinting for Authentication Information gathered: Browser fingerprinting can gather a lot of information (more than 100 data attributes) from a browser, for example: Device model Operating system Browser version User time zone Preferred language settings Keyboard layout Ad blocker used Screen resolution Tech specs of the CPU graphics card, etc. The logic is to have enough specifics about a user’s device and settings to pinpoint them in a sea of internet users. A specific fingerprinting technology employs several cutting-edge browser identification methods to gather over 100 individual signals. These signals are combined with server-side analysis and deduplication to generate a visitor ID, providing a persistent and valuable abstraction of a browser fingerprint, which can be volatile if a user changes settings or updates software on their device. Watch out this space for Part 2! Author: Vaibhav Chandel, Product Manager Wibmo A PayU/Naspers FinTech Company BaaS

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UPI Fraud Trends and Their Possible Mitigation

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With over 2 billion transactions worth over INR 4.5 trillion processed every month, India’s United Payment Interface (UPI) has revolutionized the digital payment ecosystem. UPI has been emerging as the most preferred payment method among Indians. However, at the same time, we are witnessing a rise in fraudulent transactions in recent times. A total of 1,46,495 unified payments interface (UPI) fraudulent activities were reported on the National Cybercrime Reporting Portal (NCRP) during the first and second quarters of 2022, as per the Ministry of Home Affairs (MHA). Up until now, banks and financial institutions have predominantly relied on educating consumers against fraud. But, in cases of fraud, the consumer is at the mercy of the grievance process, which adversely affects the consumer experience and dents customer loyalty. Fraud Trends and Their Possible Mitigation Impersonating Sellers and Customer Care It is more of a habit to google customer care contacts when facing issues with our online purchases. Fraudsters are flooding the internet with fake customer care details to lure in consumers. After gaining the trust of gullible customers over the phone, refund collect requests are shared via QR codes, SMS links, and so on. Financial institutions can integrate with technological solutions that detect and alert the customer in the event that a payment is made over the phone. Spoofed VPA IDs In the name of disaster relief or support, fraudsters created multiple spoofed VPA IDs that are remarkably similar to the original ones. In recent times, we witnessed an unprecedented rise in VPA IDs, similar to the PM Cares Fund. Maintaining a list of suspicious keywords such as support, relief, care, disaster, army, minister,” etc. and running risk rules over transactions being made to VPA IDs containing high-risk keywords have the potential to curb fraudulent transactions. Screen mirroring apps and malware Through malicious links, fraudsters get consumers to download screen-sharing or remote-access apps or malware. Once installed, the fraudster gains access to confidential UPI details, which are then used in combination with other modus operandi, such as SIM-swapping. Payment apps should have the capability to detect potential malicious apps already downloaded on the device and restrict payments from going through. Collect Request Through classified ads, fraudsters initiate conversation with sellers they are impersonating as potential buyers. Creating a sense of urgency, the fraudster intends to make a quick payment without much negotiation and sends a collect request, sometimes in the form of a QR code. The VPA IDs used by fraudsters are generally gibberish and at times have numbers or alphabets in sequence. Banks or financial institutions’ apps should have the capability to detect such patterns on beneficiary VPA handles. UPI has made digital payments more accessible and convenient for millions of people in India, and it is expected to continue to play a significant role in India’s digital payments ecosystem in the coming years. With continued efforts of educating consumers against frauds, banks and financial institutions should leverage the technological advancements against the mushrooming UPI frauds. Author: Sujit Kumar Mahato, Product Manager Wibmo A PayU/Naspers FinTech Company BaaS

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Regulator asking your bank to migrate from SMS-based OTPs to more secure authentication options? Use the opportunity to derive multiple benefits

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Central Banks are proactively taking steps to reduce the risk of banking/financial fraud The phrase “two sides of the same coin” applies to the world of digital banking and financial services as well. Internet/mobile based banking capabilities have undoubtedly enabled convenience and speed for consumers and reduced costs for service providers. Simultaneously, however, there has also been a steady rise in digital frauds and scams around the world. New ways of scamming consumers are constantly emerging because omni-channel digital first banking has given perpetrators more options based on how banking transactions are authenticated. Central banks around the world have regularly been raising the bar for digital security within their jurisdictions, given their responsibility for orderly conduct of a country’s banking and financial services system and ensuring the highest levels of consumer safety and protection. Individual banks and fintech players are proactively integrating new technologies and protocols to provide customers with the additional security of multi-factor authentication. About a month ago, Bank Negara Malaysia (BNM, the Malaysian central bank) announced that banks operating in that country needed to adopt authentication methods for online activities (opening accounts, making payments and other transactions) that go beyond SMS-based OTPs (One Time Passwords). BNM’s new measures also cover changes to default customer account settings, cooling off periods for new accounts, using just one device for authentication, etc. The rules pertaining to the detection of scams/frauds and the triggering of blocking actions are also being tightened. While many of the steps will kick in after suspicious transactions are detected, what is essential for banks is to strengthen measures that can minimize the occurrence of frauds and scams through superior digital authentication and the detection of risky transactions. OTPs and two-factor authentication are no longer adequate Over the past years, OTPs have become ubiquitous and deeply embedded in our lives as the primary means to authenticate all banking (and many other) transactions. But the two-factor authentication provided by OTPs is no longer enough to provide customers with the desired levels of safety and protection. Authentication is based on entering the 4 or 6 digits sent by the service provider to the customer’s mobile number. It does not verify the identity of the person who has entered the OTP. This means anyone with access to the OTP can easily impersonate a customer and complete transactions without the genuine customer being aware until it is too late. Think about three commonplace scenarios that customers might routinely face: a lost or stolen mobile phone, an unlocked phone on their office desk while they briefly step out, or a phone given for repairs (where unscrupulous staff members have the chance to copy/access personal data). In each of these situations, unauthorized persons can easily access OTPs and other transaction-related messages sent by banks to the phone and essentially “authenticate” transactions that will go through as legitimate transactions initiated/approved by you. If such impersonation risks are not bad enough, think about phishing frauds and scams where users are induced to click on links that they believe have come from their bank or other service providers via SMS. A world of non-banking digital payment apps and platforms gives fraudsters even more opportunities to scam customers by voluntarily giving out information that is needed to complete unauthorized financial transactions. In such a high-risk environment, online authentication must necessarily be made a more rigorous and fool-proof process that is inherently harder to circumvent. Rather than relying on an OTP that can be entered by anyone (and not just the genuine customer), banks must adopt authentication protocols that use multiple data points that can be collectively used to establish customer identity and authenticity of transactions. Multi-factor authentication can make a big difference to the reliability of your authentication and hence customer experience Banks need to balance secure and reliable authentication with the associated costs and impact on customer experience. Working even when there is mobile network latency (or lack of network coverage) is another requirement. Compliance with the bank’s own security norms and complete adherence to prevailing regulatory requirements also needs to be considered. The solution must be such that it can be used seamlessly with mobile banking as well as internet banking. Multi-factor authentication (MFA) solutions tick all these boxes. A robust MFA solution uses a combination of three distinct sets of data points for authentication: · Knowledge- what the customer knows (e.g., password, security question); · Ownership/access- what the user has (e.g., mobile device, USB token); and · Inherence- something that is inherent to the customer (e.g., fingerprint or other biometrics) A world-class MFA solution must provide banks (and other organizations) the option to authenticate customers and transactions based on a variety of authentication touchpoints that cater to customer preferences and risk profiles. It must be used either on a standalone basis or be capable of easily being integrated with a bank’s existing assets. It must support Out of Band (OOB) authentication- which means that the channel used for authentication must be distinct from the one used to sign in or perform a transaction. Ideally, the OOB authentication element must reside in the customer’s registered mobile phone, making it easier to leverage ownership- and inherence-based data points as well for authentication. The MFA solution must be compatible with EMV 3-D Secure and 3-D Secure 1.0 protocols and support CNP transactions as well. Wibmo’s Tridentity is an MFA solution that is designed to address the above needs and deliver the above capabilities. It supports authentication based on Push notifications, Offline OTP, and Biometrics. It is available as a simple SDK or downloadable as an Android/iOS app. Tridentity is compliant with the EU’s PSD2 initiative. Please click on https://www.wibmo.co/tridentity/ for more information on Wibmo’s Tridentity solution and how it can help your bank in Malaysia or elsewhere. If you have specific questions and would like to speak to one of our experts, write to us at sales@wibmo.com. Author: Edward Chien, Director- Sales, South-East Asia Wibmo A PayU/Naspers FinTech Company Authentication, Multi-Factor Authentication, Online Payments, Out of

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Moving beyond SMS OTP Authentication

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If you have ever transacted or purchased online, you must have come across the OTP Authentication. The system-generated code delivered through SMS on your device serves as a verification of the claim that you are the actual owner of the device as well as the account/card/wallet through which the transaction is initiated. The authentication or verification of our identity as who we claim ourselves to be is a part of our day-to-day lives. Be it checking in at the airport or going past the security desk of an office, though we identify ourselves with our name, we authenticate ourselves with some other form of ID card. With growing security concerns, both in the physical and digital worlds, authentication methods have evolved not only to protect but also to provide a seamless experience to users. The ways in which one can be authenticated fall into three categories: · Knowledge: Something the user knows (eg. Password) · Ownership: Something the user has (eg. ID card) · Inherence: Something the user is (eg. Fingerprint) The above categories are referred as the Authentication Factors and the use of the number of factors in an authentication process derives its name. · Single-factor Authentication: Requires providing only one piece of verifiable information such as a password · Two-factor Authentication(2FA): Requires providing two pieces of verifiable information such as a password and then proof of possession of their smartphone (through an SMS OTP delivered on that device) · Multi-factor Authentication: Required to provide two or more pieces of verifiable information. As in the case of 2FA, where two categories (factors) of information are required, it is also considered an MFA. The idea of an OTP was first suggested in the 1980s by Leslie Lamport. With growing attacks and increasing authentication requirements, many patented OTP algorithms were developed. Today, OTPs are synonymous with two-factor authentication and are thought to augment existing passwords with an extra layer of security. Yet, fraudsters manage to circumvent it every day. SIM SWAP: In this scenario, a fraudster uses the stolen identity (name, email, government ID, etc.) to trick a mobile service provider into issuing a new SIM card for an existing phone number. Once the new SIM card is active, the original SIM card will be shut down, and the fraudster will try to gain access to the user’s financial application. Once the fraudster has gained access, the last line of defense—2FA or SMS OTP, is compromised. JAILBREAK or ROOT: Removing software restrictions put in place by manufacturers, to gain full access to the device’s operating system is called “jailbreaking” for iOS and “rooting” for the Android operating system. Generally, it is aimed at customizing the user experience or gaining access to a greater variety of unofficial apps. Jailbroken and rooted devices are susceptible to malware and viruses due to the weakened built-in security features of the devices. This eliminates security controls made by the manufacturer, which enables hackers to steal personal information, attack the network, or introduce malware, spyware, or viruses to circumvent the authentication measures in place. Investigating the feasibility of implementing a code by financial institutions that checks if the device is rooted or jailbroken prior to the installation of the mobile application and disallows the mobile application to install or function if the phone is rooted or jailbroken, can save its customers from possible fraud. Increasing layers of security is not a feasible solution for financial institutions when consumers prefer speed and convenience, even when it comes to accessing financial services online. User experience has become one of the determining factors when it comes to user adoption in any industry globally. Not receiving an SMS OTP, is one of the most painful experiences one can have as a user. Latency, in addition to the SMS cost, is a challenge for financial institutions in the exponentially growing digital era. Maintaining a balance between fighting fraud and improving the consumer experience is a challenge. Leveraging inherence-based authentication, such as biometrics, or ownership-based authentication, such as push notifications on the registered device, are some of the authentication measures that cater to both security and the consumer experience. Technological solutions with multiple authentication measures other than SMS OTPs and device binding are the way forward for providing a delightful customer experience without compromising security. Author: Sujit Kumar Mahato, Product Manager Wibmo A PayU/Naspers FinTech Company Authentication, Fraud Prevention, Global Digital Payments, Payments

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True Cost of Combating Payment Frauds

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A quick recap of major players involved in payment transactions : 1. Customer 2. Issuer Bank — holding the customer’s bank account 3. Payment Networks — Visa, Mastercard, NPCI, etc 4. Merchant 5. Acquirer Bank — holding the merchant’s bank account In simple terms, Payments Fraud is the one where someone made unauthorized payments/purchases. Though the liability of fraud differs(customer/merchant/banks etc) on a case-to-case basis, someone in the payment system has to finally bare the brunt and mark the money as lost in their respective books. Fraud is a global issue that affects not only individuals but also organizations — merchants, banks, insurance companies, and who so ever is dealing with payments. Payments frauds have been crippling every country across the globe and according to recent studies, the epidemic of payment fraud has been growing over the recent years. When it comes to payments, there are 2 major elements – 1. FALSE NEGATIVE — when an act of fraud goes undetected and through the payment system 2. FALSE POSITIVE — when a faulty fraud detection system blocks a legitimate transaction. Anti-fraud solutions and fraudsters are caught in a cat-and-mouse game. Both have been leveraging technological innovations to meet their underlying need and eventually adding to the cost of combating fraud. Whenever we come across the term COST, our first thought is that it’s a mere cumulation of expenses incurred in producing or building a product or service. However, in financial terms, the cost is segregated into — Direct Cost and Indirect Cost. The majority of the time, indirect costs are neglected when it comes to deriving the actual cost of a project due to the difficulty associated with deriving a cost-effective methodology for the assignment of indirect costs. When it comes to defining the cost associated with fraud, organizations generally tend to consider the amount lost in the fraud process. These numbers are a significant percentage of the topline revenue. Moreover, it’s a concerning fact that even less than 20% of businesses are able to fully recover the amount from unauthorized transactions and other fraudulent activities. Apart from the obvious Direct Cost — fraud amount value — associated with the transaction, the Indirect Cost often goes unnoticed. Cost of Combating Fraud: Huge infrastructure and resources — manual as well as technological are deployed by organizations in payment authentication and authorization. The cumulative loss arising from both False Positive and False negative scenarios burn a larger hole in terms of operational efficiency. Cost to Reputation: Businesses incurs huge cost when it comes to building a reputation of trust through the marketing function which employs varied techniques to increase the perceived value of a product or service over time. Undetected frauds and consequent delays in grievance redressal often leave the customer/merchant with a bad experience with their respective banks and also with the payment entities involved in the process. Cost of declining Genuine transactions: High False positive rates can leave the customers/merchants frustrated. Organizations leave no stone unturned through sales and marketing and customer support to acquire and retain a customer. In the era of fierce competition, if one thinks Customer acquisition is hard, think about the retention of a frustrated customer. It is somewhat now possible to measure fraud and error losses but one needs to surely factor in the Indirect Costs in order to make a proper judgment about a proportionate level of investment to be made in reducing them through the deployment of anti-fraud tools. Direct costs associated with fraud are just the tip of the iceberg and give even less than half a picture of the menace lying underneath. Author: Sujit Kumar Mahato, Product Manager Wibmo A PayU/Naspers FinTech Company Anti Fraud Management, Digital Payment, Fraud Detection, Fraud Prevention, Online Payments

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RETURN FRAUD- The e-commerce way of Shop-Lifting

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The pandemic changed the way consumers shopped. A black swan event changed consumer behavior and Online shopping is one of the segments to reap benefits. The pandemic and the exponential growth in e-commerce forced traditional brick-and-mortar shops to adapt to the evolution. Pre-pandemic brick-and-mortar shops kept a cautious eye on shoplifters but the e-commerce boom came up with its own shoplifting nemesis, say Hello to RETURN FRAUD. Fraudsters abuse the retailer’s fraud policy which was actually created for customer delight and it’s the smaller e-retailers who bear the brunt of Refund Fraud. The modus operandi of Refund Frauds differs from traditional frauds as it takes place post transaction — once the goods have exchanged ownership from the merchant to the consumer. A thriving ecosystem, Fraud-as-a-Service (Professional Refunders) has come into place to support those who wish to take advantage of lax return policies without actually having to go through the process. Reddit and Discord channels are leveraged as promotional grounds for these Illegal Life Pro Tips (ILPT) Modus Operandi 1. Everything is legitimate during the online transaction. Fraud is initiated once the good is received by the consumer. 2. Consumer goes to a Professional Refunder who charges a percentage cut on the refund value. 3. Refunder impersonates the Consumer 4. Refunder initiates the escalation with the merchant and uses the PERFECTED METHODS to get a refund without returning the product. A few of the Perfected Methods : a) Substance Leak — With doctored images/videos refunders report hazardous breakage such as monitor capacitor leakage, or battery acid leakage, thus making the product legally un-shippable. b) Partially Empty Box — Generally used for tracked shipping where the package is claimed to have arrived but has missing components. c) Fake ID Tracking Numbers — A properly weighed package is returned back without the actual goods. The shipping address is doctored to a new but incorrect address. Refunder then initiates a return claim with the merchant — to whose naked eye the package appears to be shipped and delivered back. d) Blood or Maggots — Claiming of finding questionable substances (again, doctored images/videos) in the product received and thus a reason for why one can’t possibly handle the opened package. Refund Fraud not only is a concern to merchants but also runs a risk of putting consumers’ virtual assets at risk such as email, passwords, card details, etc — as refunders offer Fraud-as-a-Service, access to the buyer account. Apart from the complicated methods listed above employed by professional refund fraudsters, consumers, with a Robin Hood mentality, too are learning about refund fraud and executing Refund Fraud as : a) Bricking: A working item ( generally electronic items) is purchased with the intention to be returned after stripping down the valuable component and rendering the item eventually unusable. b) Wardrobing: Majorly observed with expensive clothing. An item is purchased, used, and eventually returned. c) Switch Fraud: Returning a previously owned defective or damaged identical item with the aim of cashing on to the refund. Be it the retailers or the e-retailers have a return policy in place but a fine balance needs to be maintained — neither overly complex nor overly relaxed. The process of refund dents a blow to the bottom line not only in terms of labor involved in the process but also in refurbishing the returned items. Trying to avoid Return Fraud by adding manual resources will be a mountain task in this era of data where organizations are sitting on a mountain of data as well as leveraging data from other sources. Multiple data enrichment tools provide services as quick reverse checks on multiple data points for instance email addresses. Current innovations in fraud detection software over the recent years have made it possible to curb the menace of fraud even with very little technical knowledge. Author: Sujit Kumar Mahato, Product Manager Wibmo A PayU/Naspers FinTech Company Fraud, Fraud Detection, Fraud Prevention, Return Fraud, Risk Management

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Importance of Fraud and Risk Management Solutions for Financial Institutions

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Technology and trust must go hand in hand Technologies are undoubtedly transformative for businesses and their customers. But to fully deliver the promised benefits, technologies must consciously build trust amongst all legitimate users and stakeholders. Trustworthiness is becoming critical by the day in an increasingly digital world because of the rising incidence of online fraud. Just as quality at the source is a mantra for manufacturing companies, the detection, and prevention of fraudulent transactions as soon as they originate is important for banks and financial institutions. At the same time, customer convenience has to be balanced out. Regulators expect banks to enhance their digital abilities to detect/prevent frauds/crimes Regulators play a key role in ensuring the safe, smooth, and efficient functioning of the banking and financial systems within their individual jurisdictions. As such, central banks worldwide have begun to tighten various regulatory requirements in order to reduce the risk of fraud made possible by technological or process loopholes in the systems used by banks and other financial institutions. In March 2022, the Bangko Sentral NG Pilipinas (“BSP”, the central bank of the Philippines), published amendments to its “Regulations on Information Technology Risk Management” with the specific objective of enhancing customer protection. To ensure that digital banking channels are made safer and more reliable, the BSP requires banks operating in the Philippines to implement automated and real-time fraud monitoring and detection systems capable of identifying and blocking suspicious or fraudulent online transactions. Starting 1 September 2022, banks must be prepared to show BSP their action plans; and full compliance with a readiness plan is expected by 31 December 2022. While the Fraud Management systems implemented must commensurate with the bank’s operations and the scope of its digital platforms, BSP does expect that the solutions that banks put in place will, at a minimum, deliver the following capabilities: · Monitoring, collecting, and analyzing transaction data arising from all physical and digital banking and non-banking channels; · Integration with the bank’s Anti Money Laundering (AML) systems to provide a more robust and comprehensive mechanism to prevent financial crimes (and not just detect them); · Building customer profiles and analyzing behavior to detect frauds based on changes in usage patterns; and · Secure scalability to handle growing transaction volumes. FRM solutions must give robust Fraud detection and prevention capabilities without damaging customer relationships Frauds and other operational risks not only damage customer confidence in individual banks (and the banking system as a whole) but can also lead to financial losses (reparations, penalties) and harm your brand/reputation. Clearly, the costs of not having a state-of-the-art Fraud & Risk Management System (FRMS) are high. While there are many FRMS solutions out there, not all of them are equally efficacious. This is because each one uses different protocols to detect and analyze risks and thereafter, determine further courses of action. Wibmo’s Trident FRM platform offers multiple advantages Wibmo’s Trident is an enterprise fraud and risk management platform that uses advanced authentication protocols and ML-driven statistical models. Our platform makes approval/ challenge/ decline decisions based on rigorous, real-time assessment of more than 100 parameters related to the device, user, and transaction (e.g., merchant, location, IP address, time of the transaction, value, etc.). This Risk-Based Authentication (RBA) approach provides a more robust and reliable assessment of the risk of every individual transaction. The omnichannel capability of the platform is an added advantage wherein the bank’s operations team gets a central view of their customer’s transactions across channels For banks operating in the Philippines, Trident can ensure full compliance with BSP’s amended regulations within the stipulated timeframe. However, irrespective of where your bank operates, there are many other reasons why Trident could be the right FRMS solution for your bank: · Many banks rely on disparate legacy systems and point solutions for specific functions (e.g., AML, branch-based KYC transactions, etc.). Integrating data from myriad systems is neither easy nor efficient; the chain is only as strong as the weakest link. Therefore, our risk management platform is API-driven. What is more, it uses 360o degree customer data and insights to detect anomalous behaviors that might indicate fraud or misuse. · Trident is sensitive to the need for banks to deliver a seamless, speedy, and superior customer experience for every legitimate transaction; this minimizes customer friction– key to building loyalty and enhancing lifetime value. · Customers (and fraudsters) can use multiple channels to effect transactions (e.g., 3DS, mobile payment, ATM/POS, online retail/corporate banking). The FRMS solution your bank adopts must be able to function equally effectively- and seamlessly- across channels (to handle situations where customers legitimately switch channels). Our platform uses AI/ML to safeguard customers, merchants, card issuers, and networks in an omnichannel environment. Sometimes, frauds are perpetrated at the merchant level (e.g., by employees misusing customer cards for fraudulent transactions). The Trident platform can detect and prevent such misuse as well. Trident enables full compliance with FATF and AML-CFT, thus helping to prevent financial crimes. · Your bank works with various card networks (Visa, MasterCard, American Express, etc.). Trident is compatible with all networks; it gives you get a network-agnostic RBA score thus strengthening your bank’s overall ability to detect, prevent and manage fraud risks. · Trident can be fully deployed on Cloud, thus assuring high availability and scalability so that 100% of your bank’s transactions are processed in real-time to validate the authenticity and assess risk before completion. · Our FRMS platforms are rules-driven. This lets your bank respond quickly to emerging threats with the help of “quick rules” and “expression rules” for more complex threat scenarios. The bank will also be equipped with Rule Wizard wherein the operations team can build rules on the fly · Quick investigation and resolution of transactions are important to ensure customer satisfaction, and regulatory reporting/compliance as well as enhancing the bank’s preparedness to prevent future false positives. Efficient and workflow-driven case management capabilities built into our platform allow investigators to track, investigate and resolve transactions quickly. This also reduces your bank’s operational expenses– a major benefit gave the pressure on margins. · Banks that adopt

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Understanding ONDC and what banks must do to benefit from it

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Introduction: what is ONDC and why it is a game-changer for India India’s digital commerce industry is growing rapidly. From around US$38 Billion in 2021, it is expected to touch US$120 Billion by 2026 (source: KNN India), and possibly cross US$200 Billion by 2029 (source: India TV News). Given the country’s demographics and internet penetration, digital commerce is still an underserved market in India. Thus far, its biggest beneficiaries have been large monopolistic marketplaces/platforms because of the massive investments needed. But there is a change in the air. Technology-led innovations such as India’s Open Network for Digital Commerce (“ONDC”) are creating open, network-centric digital commerce models to compete with existing platform-centric models. ONDC promises to revolutionize the country’s digital commerce landscape by democratizing access/participation. Over the next few years, the transformative effect will be similar to what UPI has done for digital payments. ONDC is a public infrastructure project being executed by a non-profit organization under the aegis of the Government of India’s Department for the Promotion of Industry and Internal Trade. In April 2022 pilot projects began in five Indian cities; 100 cities are to be covered by the end of August 2022. A number of public and private sector banks (e.g., SBI, PNB, Kotak Bank, Axis Bank, HDFC Bank) have already invested in ONDC. The “my way or the highway” approach taken by many proprietary e-commerce platforms has led to predatory practices. Smaller businesses are disadvantaged because they inherently lack bargaining power vis-à-vis these e-commerce marketplaces/platforms. ONDC aims to create a level playing field for thousands of small businesses across India as well as customers living in rural areas and smaller towns so that they can all benefit from digital commerce. ONDC is effectively a platform that allows you as a consumer to search and buy products/services that are currently offered only on multiple marketplaces, without having to log into each of them. You can conveniently browse and buy products that are listed on Amazon, Flipkart, Meesho, Myntra, Neu, or indeed anywhere else- using just one app. As a seller, registering on this platform gives you access to customers of multiple marketplaces. There is no need to list on multiple marketplaces, be tied to specific delivery partners, or comply with the different requirements of these platforms. The main beneficiaries of ONDC ONDC is designed to benefit three main categories of stakeholders: · Small businesses/suppliers of goods and services, who can access a larger market; · Customers across India (especially those in smaller towns and rural areas), who will get greater choice and better prices; and · Banks, who get another chance to be a relevant intermediary in digital commerce (both in the retail and SME space). Since the launch of UPI-based payments in 2016, proprietary payment platforms owned by non-banking players such as Google, Amazon, PayTM, etc. have accounted for a majority of digital payment transactions, especially in the retail space. Banks found themselves left behind. Both sellers/merchants and buyers/consumers are banks’ traditional customers, but third-party digital apps have effectively disintermediated them. By registering on ONDC, banks can offer solutions to both sets of customers. Banks get the opportunity to efficiently monetize their relationships with customers- a key source of competitive advantage in an increasingly digital, ecosystem-driven world. ONDC will give banks access to a much larger base of prospects and customers; it will also allow banks to offer these customers a larger bouquet of products/services (both banking as well as those offered by partners on the network). For example, banks can target retail customers with offers related to insurance, wealth management, loans, deposits, etc. Just as important is the opportunity that ONDC will provide banks to deepen their relationships with Current Account customers. India’s SMEs in particular have begun to gravitate towards fintech players and if this trend intensifies, it can spell trouble for corporate banks. Given that ONDC is designed to attract large numbers of SMEs, it affords banks a good opportunity to build and strengthen their relationships with customers in this segment by offering a larger portfolio of services, including working capital loans, Capex loans, export credit, etc. Thus, banks that choose to be part of ONDC can expect to capture greater mindshare (and hence, wallet share) of customers who choose to be active on the ONDC network. Given the “all-digital” nature and national/global reach of the ONDC, banks no longer need to worry about catering only to “local” customers (whether retail or corporate). Across segments, ONDC can help banks reduce costs of customer acquisition and service delivery, thereby boosting profitability and margins. Banks will need to upgrade their technology stacks to benefit from ONDC To offline merchants/sellers, banks either offer QR codes or PoS-based payment solutions or Open Banking based Payment Gateways to e-commerce players. Therefore, banks need a deep integration of their mobile apps with those of partner merchants and/or aggregators to enable customers to use their mobile banking apps. The objective is to build stickiness for the banks’ mobile apps, but the absence of an industry-standard protocol makes this expensive and time-consuming. All this will change with ONDC. Instead of direct integration with merchant apps, banks will need the capability to connect with the ONDC platform using a standard Beckn protocol, which is an “open, interoperable and universal transaction protocol to enable a decentralized digital economy,”(source: beckn). This will enable customers to use the bank’s app to: · easily register on the ONDC platform and discover products/services; · search for products/services they need using criteria such as geo-location, sellers, price ranges, etc.: · Make purchases; and · Manage returns and resolve disputes more easily and speedily. Provided banks are ready with the necessary technology components for ONDC, they can thus deliver access to a wider range of products/services as well as a smoother customer experience. Merchants joining ONDC will expect banks to provide a complete Digital Commerce solution that seamlessly integrates offline/online registration on the platform with transaction experience and banking services such as collecting customer payments and paying suppliers. Banks

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Things you must know about Tokenization — talk of the town

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After the industry requested more time to comply with the latest data security rules, the Reserve Bank of India mandated the implementation of tokenization of card transactions, with a deadline of June 30, 2022, which is further extended to September 30, 2022. So, what exactly is tokenization? And how would it aid in the security of online transactions? Tokenization is a process of replacing sensitive information with non—sensitive information [token]either completely or partially, rendering the token useless for the unintended users. Tokens are irreversible, original data cannot be derived back using a key, unlike the cryptographic process. It follows the principle of ‘pseudonymization’ [Pseudo Anonymization or simply put alias or surrogate] for sensitive data like Aadhar, SSN, Credit Card, Bank ac/c, phone, or DOB. A tokenization system links the original data to a token but does not provide any way to decipher the token and reveal the original data. For e.g. in the case of a card/PAN, Token PAN is generated using the Format Preserving Hash which is irreversible PAN, and Lunch’s check is passed on the same so all the card validations on the token are also successful and follow card network rules. Original PAN: 7654 1111 1111 1111 Token PAN: 6667 2397 1422 2655 [Identical to PAN but of no value for a bad actor as it cannot be used without the valid Token Requestor and Merchant Id combination.] Any token generated for a card will inherit the key attributes of the original card e.g. expiry date, product code, card art, etc. Tokenization is a secure method of storing payment information. In essence, a token (an alias or a Pseudo number) is generated for the stored payment card. As a result, simply possessing the token does not grant you access to the card information without first passing through the tokenization system. When we apply this to the real world, we can see the benefits. Consider a website that sells specific products but also offers recurring deliveries. When a client purchases from the website for the first time, they will enter their credit card information themselves; however, for recurring transactions (such as the delivery of specific cosmetics on the first day of each month, for example), the information must be stored by the website in order for a monthly payment to be made. If card information is not stored securely, unauthorized personnel or even bad actors can gain access, causing a nuisance for the consumer and a serious problem for the merchant resulting in chargebacks. To solve this problem in the simplest way possible, we turn to tokenization. When a client first enters his card details, the payment platform collects the information and sends it to the tokenization system, which returns the token to the website and processes the payment. The token will be stored on the website in conjunction with the information entered during the registration process. For a Standing Instruction when the merchant website needs to charge the client on a recurring basis, it will simply send the amount and the token to the payment platform. The payments platform will then send the token to the tokenization system, which will map the card number against the token and complete the transaction on behalf of the customer. The website does not need to store the actual card details to process recurring payments using this method, and the payment process is limited to the dialogue between the tokenization system and the payment platform, both of which have high levels of security. Tokenization inherently uses a pseudonymization process to replace sensitive data with random data. Card tokens are intent-based which is unique per merchant. Card tokens generated at one merchant cannot be used at other merchants. In case of any data compromise at a particular merchant/entity, it cannot be used for any other purpose. Even if the bad actor wants to use the stolen token at the same merchant, they will also need the cryptographic keys to initiate any transactions which are almost impossible to get access to organization cryptographic keys. Hence tokenization makes the data storage, data transmission, and data usage very secure without worrying about misuse. In this case, the user would simply delete/cancel the token for a particular merchant only as opposed to canceling the card and managing storage at all other locations Because online shopping is becoming more popular by the day, cybercrime has skyrocketed so as data proliferation, both businesses and their customers must now rely on secure online solutions for all types of transactions. This means that more credit card information is being stored and processed, providing more opportunities for cybercriminals. Security solutions such as tokenization are arguably more important than ever before, as they can assure clients that their sensitive data is much more secure, thereby fostering trust and loyalty between businesses and consumers. Benefits of tokenization on your cards : · With rising subscriptions and recurring economy, intent-based unique tokens enable users to manage multiple subscriptions (COF or SI) very securely · Can be used for an online card on file and device-based tap n pay contactless payment on mobile devices · Greater protection against data theft due to higher storage security · Higher customer control to view and manage tokens and set controls · Bring standardization for card storage across the ecosystem rather than every entity implementing their own standards The Wibmo Areion ‘Token Hub,’ built in accordance with EMVCo standards, is the only unified tokenization solution for merchants, acquirers, Issuers, and Fintechs. It ensures that you are in compliance with the latest RBI guidelines while also providing a frictionless payment experience. To find out more, write to: sales@wibmo.com Author: Ravi Battula, Vice President, Merchant Acquiring Business Wibmo A PayU/Naspers FinTech Company Card Payment, Card Token, Digital Payment, Online Payments, Tokenization

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Why is Biometric Authentication becoming the headline in the world of Digital Payments?

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The last decade has witnessed a progressive adoption of technology in almost all the industry. Few industries like banking and fintech have embraced the technology to grow in leaps and bounds. The revolutionizing spread of internet has ushered in an incredible increase in the number of the users and in turn the addressable market. The hitherto latent yet humongous body of rural population is today enabled with fintech services like online payment and transaction and even Ecom. The one word which has propelled the whole population into the digital payment however is rather old fashioned -TRUST Let’s dive deeper with an example. When a small business owner from a village in Bihar pays a vendor residing in another state, he needs be assured that the payment would indeed be done. Similarly, a migrant labourer, slogging in the southern state need to believe that his hard earned money is indeed going to reach his family in a matter of minutes if not seconds. However both the people also need assurances that it would be paid only to the intended parties and not to anyone else! Authentication: The foundation of trust in the digital payment space Authentication is used most commonly to assure the consumers of reliability. However, the question remains if the authentication mechanisms used currently produce the highest levels of trustworthiness. Let’s delve into the circumstances where multifactor authentication is the best option. The following two out of the three ways have proved to be a strong medium for payment authentications: · Possession: for example, a documented identify or device, etc. · Knowledge: for example, a password or secret, etc. · Inherence: for example, their fingerprint, hand, face, etc. History of Biometrics — An evolved tool used in payment securities Although biometrics go way back into human history, the contemporary commercial usage of biometric authentication began in the mid-nineteenth century using fingerprints by William James Herschel, a British administrator in India. Biometric authentication gained popularity among consumers and service providers with the rising usage of feature-rich smartphones and other devices enabled with high-resolution cameras. The instant gratification was stoked with the biometric authentication as it is based on the biological traits which are unique to every individual and cannot be faked. One of the most widely used examples of biometric usage is that of Aadhaar card in the Indian Market: All Indian residents are given an Aadhaar number, which is a 12-digit unique identification number. This figure is derived from their biographic and biometric data (a photograph, ten fingerprints, two iris scans). The concept was originally related to government subsidies and unemployment benefits, but as its authenticity is proved, it now includes a payment scheme. The growth of biometric payments in a post-pandemic world According to global surveys, the pandemic has heightened awareness and acceptance of biometric payments. This popularity doesn’t show any signs of abating as we step into the post-pandemic era, thanks to a focus on sanitation and contactless payments. Biometric authentication is popular due to the simple and uncomplicated process that it entails. Unlike the conventional authentication techniques, which suffer from glitches like not getting an OTP or issues with the strength of the internet network. Biometric payments are becoming more popular in large and densely populated countries such as Russia, South Africa, Kenya, Nigeria, Ukraine, India, and others. Consumers sense the simple and foolproof option of biometric authentication is safer, quicker, and simpler. Biometric authentication provides several advantages over knowledge-based and possession-based authentications: 1. It’s universal, as these metrics can be found in every human. 2. It is unique. 3. It is permanent, as metrics like fingerprint or dental don’t change. 4. It can be easily recorded if the consumer wants it to be so. 5. Finally, it can be measured for comparison and cannot be falsified. Conclusion: Though there have been cases where Biometric authentication based on statistical algorithms may occasionally provide false positives, resulting in erroneous results, the benefits of using biometric authentication for digital payments outweigh the drawbacks. This is causing a significant shift towards its adoption, and it seems to be continuously growing. In a diverse socioeconomic environment like India which has a population that is both cost-sensitive and aspirational, there is no other solution that can beat biometric authentication. Author: Shatrughan Sharma, Global Head- Payment Security Wibmo A PayU/Naspers FinTech Company Authentication, Biometric Authentication, Global Digital Payments, Payments, Secure Payment

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Why cultivated BFSIs are moving from Cyber Defense to Cyber Resilience

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Cyber threats like APT (Advance Persistence Threat), Malware, hacking, phishing, ransomware, and distributed denial-of-service (DDoS) attacks have the potential to cause enormous challenges for organizations. Not only can companies suffer serious service disruption and reputational damage, but the loss of personal data can also result in huge fines from regulators. Some experts define cyber defence as preventing hackers from attacking your network and accessing your systems and data. Cyber resilience, they may view it, is about responding and recovering after an attack has happened. While they position cyber defense and cyber resilience as two separate activities, the reality is more complex than that. Cyber security can be seen as the first step in cyber resilience meaning any cyber resilience strategy must encompass cyber security. This blog explains more: If we map these two strategies with NIST -CSF (Cyber Security Framework), Cyber Défense is limited to Identify, Detect and protect pillars, however, Cyber Resilience also touches other two pillars i.e. Respond and Recover. It should be clear by now that cyber security and cyber resilience are different but symbiotic. Some companies do still treat them as separate and inter-related solutions, often establishing cyber security and resilience policy frameworks and strategies. However, there is more value when cyber security forms an element of overall cyber resilience. Why Cyber resilience over cyber security? Cyber resilience starts with nailing the cyber security basics; at Wibmo, we call it “doing the common uncommonly well.” This includes regular risk assessment, patching vulnerabilities, detecting and mitigating threats, and awareness on how to defend company assets. But we need to be doing these things continuously, not just once a year. The aim of cyber resilience is clear enough: to ensure operational and business continuity with minimal impact. But the reality can be harder to pin down because there’s currently a no good way to measure cyber resilience. As leaders, we need to have a certain level of confidence in our ability to respond to an attack, to maintain our customers’ trust, absorb the financial, legal, and brand impact and get back to business. But there is no widely-accepted cyber resilience framework, no maturity model, and I think there should be. The four elements of cyber resilience: I recommend a four-part approach to cyber resilience: 1. Manage and protect The first element of a cyber resilience programme involves being able to identify, assess and manage the risks associated with network and information systems, including those across the supply chain. 2. Identify and detect The second element of a cyber resilience programme depends on continual monitoring of network and information systems to detect anomalies and potential cyber security incidents before they can cause any significant damage. 3. Respond and recover Implementing an incident response management programme and measures to ensure business continuity will help you continue to operate even if you have been hit by a cyberattack, and get back to business as usual as quickly and efficiently as possible. 4. Govern and assure The final element is to ensure that your programme is overseen from the top of the organisation and built into business as usual. Over time, it should align more and more closely with your wider business objectives. Benefits: A cyber-resilient posture helps you to: Reduce financial losses; Meet legal and regulatory requirements: Improve your culture and internal processes; and Protect your brand and reputation Author: Pravin Kumar, CISO Wibmo A PayU/Naspers FinTech Company Cyberattack, Cybercrime, Cybersafe, Cybersafety, Cybersecurity

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Faster and Convenient Authentication

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Before the invention of the steam-driven railways in the 1800s, mankind was dependent on animal pulled wagons to transfer goods. The Tanfield Wagonway in England, the first large-scale railway, used horses to haul coal-filled wagons from the mining village of Tanfield. On the lookout for faster and more convenient forms of transportation, evolved from horses driven wagons to steam engines, from steam to diesel, and from diesel-driven to engines driven on electricity. Fast forward to the 21st century, the world is experimenting with hydrogen-powered trains. Consider the banking industry. Though there is no trace of the word ‘banking’ before the 1600s, the practice of safekeeping, saving, and transacting money can be traced back to the temples of Babylon. The Arthsashthra, written by Chanakya around 300 BC, has mentions of ‘hundis’ or letter of transfer. Had the banking industry failed to ride the technological horse, money transfer initiated through hundis would have taken days or at least hours, to reach the designated payee through the fastest railroad. Thankfully, the banking industry learned to ride the technological horse and today with the help of electronic transfer can facilitate the process of money transfer. Electronic transfer not only made money transactions faster but also convenient for the people, who were saved from the age-old hassle of going to a nearby branch and waiting for their turn in the long queues at the bank teller. Can money transactions be made faster and more convenient for the customers? The movement of the electrons, involved in the electronic transfer, cannot be made faster with current feasible resources nor the customers can have a more convenient experience in making transactions from the comfort of their homes. The only way to provide a better — faster and convenient- banking service could be through optimization of steps involved in internet transactions. A large part of the processes involved in electronic money transfer is dominated by Authentication or security — ensuring the money transfer takes place from the genuine customer. The introduction of OTP has been a major advancement in the banking industry. However, it is the one step that may be loved by the banks but hated by customers, especially when the OTP fails to arrive on time or when the user makes a mistake. Removing OTP altogether poses a serious threat to security and thus banks still rely on OTP services for user authentication. This brings us to the question — How authentication can be made faster and more convenient? Is it possible to have convenient security? The answer lies in DATA. Let’s consider a simple case of house-rent transfer. A genuine user would be transferring the same house-rent amount month after month to the same account, using mostly the same wifi connection (ISP), the same laptop/mobile, and may be even on the same day of the month. A fraudster, for sure, wouldn’t be so generous to take the pain of paying rent on the user’s behalf. All the parameters above can be easily tracked and monitored with data. The answer to a “Faster & More Convenient Authentication/Security” lies in identifying the right set of data and formulating them into risk assessment. Higher risk should demand stricter authentication whereas lower risk should lead to faster and convenient -frictionless transactions, paving way for customer delight. The pandemic has accelerated the adoption of cashless transactions across the globe and is forcing the bank, more than ever, to evolve in order to meet the demands of smartphone-led online shopping culture, with cards and digital wallets rising in prominence. Banks need to leverage data and segregate high and low-risk transactions in order to provide ‘faster and convenient authentication to their customers. The demand for a fast, reliable, secure, and frictionless payment experience by customers requires banks to adopt fraud detection systems, which leverage the power of data through advanced machine learning technologies. When it comes to detecting subtle patterns which help in the identification of fraud transactions, machines are more effective than humans. Today, irrespective of the field, the power to leverage data, to provide ‘faster and convenient service, is one of the biggest assets for any organization. The faster and higher the convenience, the greater is the customer delight. The greater the customer delight, the higher is the customer loyalty. Author: Sujit Kumar Mahato, Product Manager Wibmo A PayU/Naspers FinTech Company Authentication, Digital Payment, Fraud Detection, Payments, Paytech

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