Caner Özden
Founder of SecureCodingHub. Mathematician turned application security practitioner with 16 years building static analysis tools and developer training programs across the defense and telecom industries — ten of those years leading his own security software companies as founder and operator.
Caner Özden is the founder of SecureCodingHub. His background combines mathematics, computer science, and cyber law — a mix that shaped a career-long focus on the formal and technical side of application security: static analysis, secure coding training, and the engineering practices that scale across development teams.
Over sixteen years in software security, Caner has worked across the defense industry and major telecom operators, where he led work on static analysis tooling, secure SDLC adoption, and developer enablement programs. The last ten of those years he has spent as founder and operator of his own security software companies — building and leading engineering teams, owning end-to-end product and go-to-market, and shipping software that helps development organizations identify and remediate vulnerabilities before they ship. The shape of SecureCodingHub — engine-out training, language-aware coverage, real production patterns — comes directly from that operator experience.
At SecureCodingHub he writes about application security from a developer's point of view — how vulnerability classes actually appear in production code, how SAST/DAST tooling fits into modern CI/CD, and how training programs can move beyond compliance theatre into measurable skills uplift. He has particular interest in the secure SDLC, AI-assisted coding security, the OWASP Top 10 lineage, and the intersection of secure development with regulatory frameworks like PCI DSS 4.0.1 and the EU Cyber Resilience Act.
His operator perspective informs a strong editorial bias: secure coding content has to survive contact with a real engineering team. Posts under his byline avoid abstract checklists in favor of patterns drawn from production codebases — what the vulnerable code actually looked like, why the fix worked, and what organizational signals predict whether the fix will be repeated next quarter. The goal is content a senior engineer would still find useful after the compliance audit ends.
Beyond writing, Caner spends time on the application security community side of the work — speaking with security leads at companies adopting secure coding programs, reviewing SAST/DAST outputs from customer codebases, and tracking how regulatory shifts (PCI DSS 4.0.1, the EU Cyber Resilience Act, NIS2) reshape what application security teams are expected to produce. That input loop keeps the SecureCodingHub catalog aligned with what development organizations are actually being asked to defend against.
Areas of Expertise
Editorial Approach
SecureCodingHub authors write under their own bylines because application security content is only as trustworthy as the practitioner behind it. Every published post is attributed to a single author, links back to this profile, and is reviewed by at least one other team member before publication. Authors do not ghost-write or use AI-generated drafts as final copy — assistants are used to accelerate research and outline structure, never to fabricate practitioner experience.
Editorial standards across the site are deliberately narrow. Posts focus on application security topics where the author has hands-on experience: code-level vulnerability classes, secure SDLC adoption, security tooling tradeoffs, compliance frameworks the team has worked under, and developer training program design. We avoid commenting on news events, geopolitical security stories, or vendor categories outside the SecureCodingHub team's direct work history. When external research is cited — academic papers, OWASP guidance, CVE writeups, vendor benchmarks — sources are linked inline so readers can verify claims rather than relying on the post alone.
Posts are revised when the underlying landscape changes — OWASP Top 10 lineage updates, PCI DSS revisions, breaking CVEs in widely-used libraries, EU Cyber Resilience Act implementing acts — rather than left static after publication. Update dates appear in article metadata and structured data so readers and search engines can tell at a glance whether the guidance reflects current practice. If a post needs a correction, the change is noted at the bottom of the article and propagated to any cross-referenced posts in the catalog.
Reader feedback shapes the catalog. If you spot a technical error, an outdated reference, a missing edge case, or a confusing diagram in any post by Caner, please write to editorial@securecodinghub.com — corrections are reviewed within a week. For sales or partnership questions, the relevant contact paths are on the contact page.