About this blog

CyberDen is the editorial home of CyberWorld — a space for long-form, deeply researched writing on cybersecurity, systems architecture, and the technology decisions that determine organisational risk.

Who this is written for

Every article here is written to serve three very different readers at once:

• CISOs and security leaders — who need the strategic framing, the risk language, and the narrative that holds up in front of a board or an auditor.
• Project managers and delivery leads — who need to know what to build into sprints, Definition of Done criteria, and team rituals without slowing delivery.
• Engineers and architects — who need working code, specific tool names, and commands they can run today.

If an article fails any one of those three readers, it goes back to drafts.

Technical foundation

CyberDen is a fully static site — no database, no server-side runtime, no CMS, no cookies, no authentication surface. It is built from Markdown files using a custom Node.js pipeline that runs every post through DOMPurify with a strict element allowlist before writing static HTML to disk.

All JavaScript shipped to browsers is minified and obfuscated via Terser. All CSS is minified via cssnano. The site scores A+ on SecurityHeaders.com and passes all relevant OWASP Top 10 controls for a static publishing platform.

It is hosted on Cloudflare Pages with security headers enforced at the CDN edge — Content-Security-Policy, HSTS with preload, X-Frame-Options, Permissions-Policy, and the full cross-origin isolation header suite.

Publishing workflow

Articles are written in Markdown, committed to a private GitHub repository, and pushed to the main branch. Cloudflare Pages detects the push, runs the build pipeline, and deploys the output — typically under 60 seconds from commit to live. There is no admin panel, no login page, and no attack surface beyond static file serving.

Security disclosure

If you find a security issue with this site or its content, please see security.txt for the responsible disclosure contact. Given the static architecture, meaningful vulnerabilities are limited to content security policy bypasses, header misconfiguration, or supply chain issues in the build pipeline — all of which are taken seriously.