Secure Payment APIs And Tokenisation For Engineers

A single exposed API endpoint or poorly implemented tokenization flow can leak sensitive payment data at scale—turning a secure system into a high-risk liability.

Modern payment systems are built on APIs, microservices, and distributed architectures, where engineers are responsible for securing every interaction between systems. From authentication and encryption to tokenization and key management, even small implementation flaws can lead to data exposure, fraud, and compliance violations.

Standards defined by the Payment Card Industry Security Standards Council require strong protection of cardholder data and secure system design. Tokenization and API security have become critical strategies for reducing PCI scope, minimising risk, and enabling scalable, compliant payment architectures.

This course is designed for engineers building and securing payment APIs and tokenization systems. It provides a deep, practical understanding of payment ecosystems, API security controls, cryptographic design, and secure development practices aligned with PCI DSS and modern regulatory expectations.

Participants will learn how to design secure API integrations, implement tokenization models, protect sensitive data, and defend against real-world attack scenarios. The course bridges secure architecture, cryptography, and application security to help engineers build resilient, production-ready payment systems.

By the end of the course, learners will be equipped to design and secure payment APIs, implement tokenization strategies, and reduce both security risk and compliance scope in modern payment environments.