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sainpo

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@mewishu

1Followers
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9Public Repos
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7Published Skills

sainpo provides skills for secure code auditing, test-driven development, product discovery, and deployments to Cloudflare and Vercel.

Skills Distribution
DomainDeveloper To...Secure Code Auditing (30%)Deployment & Hosting (30%)Software Developme.. (20%)Product Discovery .. (20%)

Agent Skills by sainpo

Showing 7 vetted skills indexed across 1 GitHub repositories.

Frequently Asked Questions About sainpo

FAQPage Schema
What tasks can I accomplish using sainpo's skills?

You can audit C/C++/Rust code for missing zeroization of sensitive data, build codebase context before security reviews, apply test-driven development before writing implementation code, deploy apps to Cloudflare or Vercel, iteratively build websites with Stitch, and run structured product discovery cycles from hypothesis to validated solution.

Who are sainpo's skills designed for?

The skills target security engineers auditing code handling secrets, developers practicing test-driven development, engineers deploying to Cloudflare or Vercel, and product managers validating problem hypotheses through customer interviews, synthesis, and experiments before committing to full development.

How do the deployment skills work in practice?

Invoke cloudflare-deploy when asked to deploy, host, or publish a project on Cloudflare Workers or Pages. Invoke vercel-deploy when requesting actions like 'deploy my app', 'push this live', or creating a preview deployment. Both map natural-language deploy requests to platform-specific actions.

What prerequisites or dependencies do these skills require?

zeroize-audit uses Read, Grep, Glob, Bash, and Serena symbol-navigation tools for assembly-level analysis. stitch-loop requires Stitch and Chrome access plus Read, Write, and Bash. discovery-process takes a problem hypothesis argument and runs 30-60 minutes per cycle.

When should I use audit-context-building versus zeroize-audit?

Use audit-context-building first to understand an unfamiliar codebase's assumptions, guarantees, and dependencies before any audit or threat model. Then run zeroize-audit to detect missing or compiler-optimized-away zeroization of secrets, keys, and passwords in C, C++, or Rust code.