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Vorflux is an AI software-engineering and workplace-automation platform from Vorflux that runs long-lived coding agents in the cloud and persistent AutoBots in Slack or Microsoft Teams. Its coding workflow covers environment setup, planning, dependency-aware task orchestration, multi-agent implementation, browser and device testing, recordings, staging evidence, independent code review, and a merge queue. AutoBots are assigned a goal, role, owner, chat channel, tools, and a spending budget. They plan, design, build, test, and review work on an ongoing basis, starting from signals such as customer-call transcripts, monitoring alerts, failing CI builds, repository changes, analytics, or cloud-cost data. Example bots include on-call triage, security review, build repair, documentation, latency investigation, migration monitoring, and product analysis; the interface shows their decisions and requests for approval in a home channel.

Rabbet is a from-scratch C++ 3D game engine with a sparse-set entity-component system, versioned entity handles, dense component pools, and a system-and-resource runtime. Its OpenGL 4.1 renderer provides a forward path with metallic-roughness PBR, a Phong fallback, lighting and shadow maps, emissive surfaces, optional image-based lighting, post-processing, CPU particles, and heightmap or noise terrain. The Forge editor provides a dockable ImGui workspace around a render-to-texture viewport, asset thumbnails, hierarchy reparenting, click-to-pick, snapping gizmos, and Play/Pause/Step/Stop controls that snapshot and restore scenes. Assets use stable UUIDs and .import sidecars; models, textures, audio, materials, shaders, prefabs, and scenes are supported, with scenes stored as readable JSON. Lua behaviors run through sol2 with live hot-reload and inspector-editable fields, while physics uses Jolt rigidbodies and audio uses miniaudio. The repository includes the engine, editor, examples, and tests, including the Orb Hunt demo game. It uses CMake 3.24 or later and a C++20 compiler, supports macOS and Linux, fetches pinned dependencies during configuration, and is licensed under Apache License 2.0.

A browser-based AI 3D creation platform that generates 3D assets from text prompts or images. It provides material generation, retopology, rigging, and motion-capture features, with exports for game engines and 3D printing.

ff-tracking is an MIT-licensed source project that renders a six-second motion graphic of a virtual camera filming an AI agent's terminal. Its pipeline draws a glyph-positioned terminal in an SVG first pass, exports tracker data, then applies a Skia Metal pass with one SkSL shader for perspective, depth of field, color processing, bloom, an LED grid, scanline tearing, grain, and camera motion. The tracker follows the newest characters, controls the focal plane and overlays, and supplies coordinates to the synthesized soundtrack, which adds hum, keystroke clicks, cut glitches, panned pentatonic lock beeps, and a final chime. The Rust workspace uses fframes, Skia, and FFmpeg; rendering requires macOS with Apple silicon, Rust, FFmpeg, and Python with NumPy and SciPy. An optional Slab-based soundtrack is provided, with Slab required only to re-render that score.

OpenViking is an open-source context database for AI agents developed by Volcengine. It unifies agent memories, resources for knowledge retrieval, and skills in a virtual filesystem accessed through the viking:// protocol, allowing agents to browse context with filesystem-style operations such as ls, tree, and find instead of querying an opaque vector store. Content is processed into three loading tiers: L0 abstracts for relevance checks, L1 overviews for planning, and L2 full details loaded on demand. Recursive retrieval first locates a relevant directory through vector search and then drills down through its hierarchy, preserving the surrounding context and recording the browsing trajectory for inspection and debugging. After a session is committed, OpenViking asynchronously extracts user preferences and agent experience into long-term memory. The project also provides an OpenViking Studio browser playground, documentation, and a live demo.