Secure coding training
Hands-on workshops for developers: common vulnerability classes, secure C/C++ for embedded systems, web and API security, with exercises on real code.
TrainingSecure development
Secure code from the first commit.
Most vulnerabilities are written, not deployed. We help your developers avoid them with secure coding training, expert code review, threat modelling and a secure development lifecycle that fits your tools and pace.
- Secure coding for embedded, web & cloud
- Code review & SAST
- CRA · ISO/SAE 21434 · IEC 62443-4-1
In short
Secure development means building security into every phase of software and firmware development: requirements, design, coding, testing and maintenance. Zyberum provides secure coding training for development teams, manual source code review supported by SAST, threat modelling, and secure SDLC and DevSecOps implementation aligned with the Cyber Resilience Act, ISO/SAE 21434 and IEC 62443-4-1.
What we offer
Secure development services
Source code review
Manual review by experienced security researchers, backed by SAST tooling. A thorough review can eliminate up to 90% of future vulnerabilities.
Threat modelling
Identify threats and security requirements early, in design workshops with your architects (STRIDE, attack trees, TARA).
Secure SDLC & DevSecOps
Security gates, SAST and SCA, secrets scanning and SBOM generation integrated into your CI/CD pipeline.
Security requirements
Testable security requirements derived from threats, regulations and standards, traced through to verification.
Process gap analysis
Your development process assessed against the CRA, ISO/SAE 21434 or IEC 62443-4-1, with a prioritised roadmap.
Why it pays off
Cheaper to prevent than to patch
A vulnerability found in code review costs a fraction of one found after release, especially in firmware for devices and vehicles that are hard to update.
Regulation now demands it: the Cyber Resilience Act, ISO/SAE 21434 and IEC 62443-4-1 all require a documented secure development process and evidence that it is followed.
- Fewer vulnerabilities reach production
- Faster and cheaper remediation
- Audit-ready evidence for CRA, ISO/SAE 21434 and IEC 62443
- Developers who think like attackers
FAQ
Secure development FAQ
What is secure coding?
Secure coding is the practice of writing software that avoids common vulnerability classes such as buffer overflows, injection flaws and broken authentication. It combines developer knowledge, coding guidelines such as SEI CERT C, MISRA or OWASP, and tool support.
What is the difference between a code review and a penetration test?
A code review analyses the source code directly and finds root causes, including issues that are hard to reach from outside. A penetration test attacks the running system like a real attacker would. They complement each other; for critical products we recommend both.
Can the training be tailored to our code base?
Yes. In-house workshops use examples from your technology stack and, on request, anonymised findings from your own code.
Get started
Plan your secure coding programme in 15 minutes
Tell us your tech stack and team size. We propose training and reviews tailored to your code.
- Workshop content matched to your languages and stack
- Code review scope and effort estimate
- A written proposal after the call
Your call is withTom ZaubermannFounder & CEO, Zyberum
Or send us a message
We reply within one business day.