SECURE CODING TRAINING
Secure coding training: teach the team to write code we cannot break on a test
Practical training for developers led by active pentesters. We show how vulnerabilities arise in real code and how to write so you do not introduce them, with examples from your own stack.
WHY IT MATTERS
The cheapest vulnerability to fix is the one no one wrote
Most of the vulnerabilities we find on tests originate while the code is written and repeat the same patterns: missing validation, trusting input, badly designed authorization. Fixing after release costs many times more than avoiding the flaw in the first place.
A developer who has once seen their own code pattern used to take over an account will not write it again. That is why we teach on real vulnerabilities and show both the attack and the correct implementation.
COURSE PROGRAM
From OWASP vulnerabilities to secure design
We tailor the examples and exercises to your language, framework and application type.
OUR APPROACH
We teach from the perspective of whoever attacks this code
The training is led by pentesters who break applications on tests every day. So we do not talk about vulnerability theory, we show what an attack on a specific code pattern really looks like and exactly what to change to close it.
We focus on practice. Participants find and fix a vulnerability themselves in a controlled environment, then see the same fix in the context of good design, not as a single patch.
CONTEXT
Secure code as part of compliance
Secure software development is explicitly expected by standards and regulations.
STANDARDS & CERTIFICATIONS
We work to recognized methodologies, not gut feeling
Every project is run by certified pentesters and based on public standards. That makes the result repeatable, auditable and comparable across vendors.
We share the full list of certifications and standards on request, together with a sample test scope.
HOW WE RUN IT
Training based on real code
EVIDENCE
Numbers behind every promise
Every test is run by certified pentesters, and we document the result with reproduction steps, evidence and a verified remediation path. Proof, not a promise.
KNOWLEDGE
Secure coding training in practice
What secure coding training is
This is practical training for developers that teaches writing code resistant to common attacks, instead of fixing vulnerabilities after the fact. We show where security flaws most often arise and how to avoid them already at the build stage.
Instead of generic rules we work on real examples of vulnerable code and their correct versions. This way the knowledge translates straight into the team daily work, rather than staying theoretical.
What the training covers
We cover the most common classes of vulnerability, including injection, authorization flaws, unsafe data handling and weak cryptography, based on the OWASP Top 10 and ASVS. For each we show how it arises, how to detect it and how to write code that avoids it.
We tailor the content to the technology the team works in, because secure patterns differ between languages and frameworks. This makes the examples tangible rather than detached from the real stack.
Why fixing in the code is the cheapest
A flaw found while writing costs many times less than the same flaw caught after deployment or, worst of all, in an incident. Secure coding shifts vulnerability detection as early as possible, where the fix is cheapest.
Just as important, a developer who understands the attack mechanism stops repeating the same flaw in later projects. That is a lasting change, not a one-off fix.
What you get and how to weave it into the process
You get training tailored to the stack and team level, materials and examples that can be used after the workshop. We focus on the patterns that genuinely recur in your code.
The greatest value comes from weaving secure coding into the development cycle: code reviews, standards and security gates in CI. Then the knowledge from the training turns into a permanent practice.
FAQ
Common questions
Which languages and frameworks?
What level?
Is there a hands-on part?
On-site or remote?
REFERENCES
“The project was delivered professionally and on time, with a strong grasp of both technology and business. We were impressed by their cybersecurity expertise and partnership approach.”
