Article URL: https://blog.melashri.net/micro/back-to-kagi/ Comments URL: https://news.ycombinator.com/item?id=49006195 Points: 36 # Comments: 21
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A developer rebuilt their CI-integrated AI code reviewer after noticing high costs from sending every pull request diff to a large frontier model. The redesigned system uses a small local model as a first-tier triage filter, classifying diffs as low or high risk based on whether they touch sensitive areas like authentication, cryptography, or financial logic. Low-risk changes — such as formatting fixes, docs, and test updates — are stopped at the first tier with no expensive API call made. Only high-risk diffs are escalated to the large model, which uses prompt caching to avoid re-processing the stable system prompt and repo context on every review. The approach significantly reduces per-review costs while preserving meaningful oversight for the code changes most likely to introduce security or logic vulnerabilities.
A developer consolidated scattered training course materials from multiple repositories into a single monorepo, assigning every course an identical five-stage numbered folder structure from planning to post-training follow-up. The numbered prefixes (00–04) enforce workflow order visually, mirroring how timestamped database migrations encode sequence as information. A _TEMPLATE directory lets users bootstrap a new course with one command, using placeholder tags to mark unfilled sections, and a simple grep check confirms completion when no placeholders remain. Retired materials are stored in a dated _ARCHIVED folder rather than deleted, preserving past decisions and the reasoning behind them. A root CLAUDE.md file documents all naming conventions and structural rules in a machine-readable format, making the system accessible to both human collaborators and AI coding agents.
A Self-Sovereign Identity (SSI) SDK has been open-sourced to help individuals and organizations manage their digital identities without relying on a central authority. The framework is built on decentralized identifiers (DIDs) and verifiable credentials, allowing parties to issue and verify digital assertions cryptographically. The decision to open-source the SDK was driven by goals of fostering community innovation, improving transparency, and democratizing access to secure digital identity tools. Key features include DID management, blockchain integration, verifiable credential issuance, and cross-platform compatibility. Developers using the SDK are advised to follow strict security practices, including private key protection, regular audits, and keeping dependencies up to date.
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