Fintech and Digital Banking

Explore embedded finance, a seamless integration of financial services into non-financial platforms via APIs, enabling in-app banking, payments, and loans to boost customer value and monetization.

Embedded payments enable money movement within banks through upstream apps, letting fintechs embed transactions into user experiences for seamless, one-click payments that speed up business and enhance revenue.

Embed credit in merchant apps via embedded lending, delivering in-context financing with KYC underwriting and software partner banks. Increase sales, loyalty, and conversions while reducing risk and gaining data insights.

Embedded investments enable fintechs and traditional advisers to offer robo advisory, micro-investing, and retail brokerage through partnerships and super apps, creating a frictionless, affordable mass-market investment advisory ecosystem.

Bundle embedded insurance with purchases to deliver convenient, cost-effective coverage that fits consumer risk profiles and simplifies claims across travel, gadgets, and services.

Explore banking as a service, enabling fintechs to connect with banks through APIs to build innovative financial services on regulated infrastructure, distinct from open banking.

Explore the differences between embedded finance and banking as a service, including front-end vs back-end delivery, end-to-end BaaS models, compliance responsibilities, co-branded or white-label branding, and open banking implications.

Banking as a service lets a non-bank like an airline offer digital banking via banks and APIs, while banking as a platform has banks own the customer by embedding fintech.

Explore open banking and psd2, where banks share customer data with authorized third parties to offer fintech services, guided by market-driven and regulation-driven approaches.

Explore open banking through API-based data sharing with customer consent. Identify the roles of PISP and AISP under PSD2 and the types of open APIs: public, partner, and internal.

Open banking lets you control your data and share it with trusted providers via PSD2 APIs, with AICp and PSP roles enabling read-only access or payment initiation.

3D secure 1.0 adds strong customer authentication to online card-not-present transactions, reducing fraud and chargebacks. It boosts merchant confidence and regulatory compliance, but introduces friction, potential abandonment, and compatibility challenges.

3D secure 2.0 delivers frictionless, compliant multi-factor authentication via a 3DS server replacing the merchant plug-in, enabling in-app requests with risk-based authentication and reducing cart abandonment.

Explain how strong customer authentication under PSD2 uses two factors from knowledge, possession, and inherence, with dynamic linking and 3-D Secure 2.0 to secure online payments.

Explore exemptions to strong customer authentication, including low-value transactions under £30 and trusted beneficiary whitelisting, while examining real-time fraud risk analysis and the cost of 3D Secure for merchants.

Risk based authentication, or adaptive authentication, uses a real-time risk score to adjust strictness, basing options on user or transaction risk.

Explore biometric authentication as a security method that measures and matches unique features, fingerprint, facial, iris, and voice recognition, to authorize transactions and reduce fraud.

Verified by Visa uses 3D Secure to add an extra authentication layer for online payments, using OTPs to confirm cardholder identity and curb fraud and chargebacks.

Mastercard SecureCode deploys 3D secure technology to authenticate online Mastercard transactions through an opt-in process, reducing fraud and liability while enabling a smoother checkout with 3DS 2.0.

Explore IVR payments, enabling secure 24/7 card payments over the phone through self-service or agent-assisted flows while maintaining PCA and HIPAA compliance and not storing card details.

Biometric payments use fingerprint and other biometrics stored on the card to enable quick, on-card authentication and two-factor verification, with encryption protecting data.

Explore how wearable payment devices—smartwatches, rings, belts—link to bank accounts via nfc and hce for secure, instant transactions, with barcode and qr code support and data-driven personalization.

Learn how cloud based banking leverages IaaS, PaaS, SaaS and business process as a service to deliver affordable, compatible, and secure banking with analytics.

Explore OEM payments, where pre-installed device maker wallet apps use NFC and tokenization to enable frictionless, secure payments with multiple bank cards at checkout.

Explore recurring payments and the subscription model, including fixed and variable payments, how automatic debits via merchant accounts and PSPs secure steady cash flow, and benefits for businesses and customers.

Explore the card transaction workflow, detailing merchant, acquiring bank, card network, customer, and issuing bank, and distinguish honest and office transaction types.

Learn how the LEI, a 20-character alphanumeric code based on ISO 17,442 standard, uniquely identifies legally distinct entities participating in financial transactions and reveals an entity's ownership structure.

Explore how the legal entity identifier (LEI) uses a 20 character alphanumeric code, based on ISO standards, to uniquely identify entities in financial transactions and enable data traceability.

Explains prepaid payment instruments (PPI) and their three types: closed, semi-closed, and open, with examples like gift cards, Google Pay, and debit or credit cards, and mentions cash withdrawal rules.

Explore core fintech concepts such as digital lending, e-money, m-commerce, biometric authentication, tokenization, and API-driven services, plus payment models like push and pull, and open vs closed loop systems.