Build security into the code, not onto it. This track teaches security-first coding and crypto-agile design across TypeScript, Rust, Go, Python, Kotlin and Java, with an OWASP-aligned SDLC wired into your DevSecOps pipeline.
Language-aware secure coding plus the process and tooling to enforce it.
Most vulnerabilities are introduced in development and caught — if at all — far too late. Teaching engineers to write secure, crypto-agile code is the highest-leverage place to reduce risk.
This track meets developers in the languages they actually use, pairing language-specific secure-coding patterns with an SDLC and pipeline that make the secure path the default.
Secure-coding patterns across TypeScript, Rust, Go, Python, Kotlin and Java
Defending against the OWASP Top 10 and CWE Top 25 in real code
Crypto-agile design so algorithms can be swapped without rewrites
Threat modeling, secure code review and dependency/supply-chain hygiene
Embedding SAST, DAST and secrets scanning into the DevSecOps pipeline
The Quantum Clock Is Ticking
Security experts estimate quantum computers capable of breaking RSA-2048 encryption could arrive by 2030-2035. Adversaries are already running "Harvest Now, Decrypt Later" campaigns. Upskilling your teams now is the difference between leading the transition and scrambling to catch up after the deadline.
Outcomes that shift security left and keep it there.
Developers who write secure, crypto-agile code in their primary language
An OWASP-aligned SDLC the whole team understands and follows
Automated security gates integrated into existing CI/CD
Fewer vulnerabilities reaching production, caught earlier and cheaper
A shared secure-coding standard across polyglot teams