AGI-64 is an AGI interpreter for the Commodore 64, currently 75% complete for Space Quest 1, which is fully playable. The interpreter supports most standard AGI operations and will be available as a free download upon completion.

Stacked pull requests are now in public preview on GitHub, allowing users to break large changes into smaller, reviewable pull requests. This feature enables independent review of each pull request in a series, facilitating easier merging of changes with a single action.

Yash Thapliyal's portfolio features his work in software development, cybersecurity, photography, and design. The site serves as a platform to showcase his creative and technical skills.

Perforce offers a course on Helix Core User Basics, designed to teach users fundamental skills in version control and collaboration. The course provides practical training on using Helix Core for managing source code and digital assets.

A collection of digital clock designs is available at clocks.dev. The collection features various styles and functionalities for users to explore.

The cost and tooling of formal verification have become widely accessible, allowing for increased use in software development. AI is reducing the barriers to formal verification by eliminating the costs associated with writing proofs, enabling the creation of software that guarantees mathematically correct business rules.

Ladybird will no longer accept public pull requests, with code changes now solely introduced by project maintainers. This shift aims to establish a tighter development process, enhance security, and limit contributions to a smaller group of individuals as the project moves toward its first alpha release.

A discussion on GitHub addresses issues related to software behavior and user interactions with Rsync. Contributors emphasize the importance of maintaining software integrity and avoiding unintended disruptions.

The author returns to writing code by hand after exploring the limits of software development without direct involvement. Key insights include the comparison of "em-dash" in AI writing to "god-object" in AI coding and the concept of vibe-coding enhancing the development process.

Evanflow is a TDD-driven iterative feedback loop for software development utilizing 16 cohesive Claude Code skills and 2 custom subagents. Users can initiate the process by saying "let's evanflow this," guiding their idea through brainstorming, planning, execution, test-driven development, iteration, and real checkpoints for design and plan approval.