A comprehensive lending management system handling loan origination, underwriting, and servicing workflows.
A comprehensive guide to designing robust, secure, and developer-friendly APIs for lending platforms, covering RESTful resource modeling, webhook architectures, idempotency, versioning, and partner integration patterns in TypeScript.
A strategic guide to building a comprehensive risk management framework for lending platforms, covering credit risk, portfolio management, stress testing, concentration limits, and loss forecasting.
A business-focused analysis of the trends shaping digital lending, including embedded finance, alternative data, real-time decisioning, open banking, and the evolution of lending-as-a-service platforms.
An exploration of fraud detection techniques for lending platforms, covering application fraud, identity fraud, synthetic identity detection, velocity checks, and anomaly detection patterns in TypeScript.
A technical deep dive into implementing a precise and configurable interest calculation engine in TypeScript, covering accrual methods, day count conventions, compounding strategies, and edge case handling.
A business-oriented guide to navigating the regulatory landscape for digital lending, covering key regulations, compliance architecture, audit systems, and fair lending obligations.
An end-to-end guide to managing the full lifecycle of a loan within a lending platform, covering disbursement, repayment scheduling, collections, modifications, and payoff processing in TypeScript.
A comprehensive guide to building a rule-based underwriting automation system in TypeScript, covering rule engines, policy configuration, exception handling, and decisioning workflows.
How to design and implement credit scoring models within a lending platform, covering scorecard construction, feature engineering, model serving, and monitoring in TypeScript.
A deep dive into designing and implementing a robust loan origination system in TypeScript, covering application intake, document management, workflow orchestration, and decision engines.