Human Atlas

System Atlas is an agent skill from Inkboard that turns architecture discussions into an explorable isometric atlas. A single data file serves as the source for an interactive map and a generated SYSTEM.md text view, keeping structures, execution flows, design decisions, and open questions synchronized. The map supports hoverable structures, pinned views, drill-down into execution steps, pan and zoom, progressive-disclosure chapters, and inspectable data packets showing routes and representative JSON payloads. The generated SYSTEM.md includes a decisions table with ADR links, structure descriptions and steps, flow tables, and an index of questions tracked by stable IDs and states such as open, resolved, or routed. The skill can be installed with `npx skills add inkboard/system-atlas`. It generates a self-contained HTML map with no build step or runtime dependencies.

Bot Crossing is a local web application that visualizes coding-agent threads as an astronaut colony. It reads session records from installed agent harnesses on the user's machine, maps repositories to persistent hex zones, and represents sessions as astronauts whose behavior reflects states such as running, waiting, errored, merged, archived, or inactive. Selecting an astronaut or repository opens its associated thread through the owning harness, while the application can also start sessions, reveal folders, mark threads viewed, and archive them. The application uses per-harness adapters to scan local session files and merge them into a common thread model. It currently documents support for Claude Code, Codex, and Cursor, with adapters for other harnesses able to be added under `server/harnesses/`. Astronaut navigation uses a rasterized navigation grid, A* routing, string-pulling, collision handling, and crowd separation. The browser renders the colony with Three.js techniques including instanced GPU-skinned astronauts, shader-based construction progress, procedural terrain and surfaces, and configurable planets, lighting, and quality settings. Bot Crossing runs locally through a Vite development server or a built Node server, binds to loopback by default, and stores the colony layout in `data/colony.json`. It does not upload session data or use an account; it reads harness records and writes only the colony state plus the documented archive field. The repository requires Node 22.13 or newer, supports macOS, Linux, and Windows, and is licensed under MIT. Bundled Kay Lousberg assets are separately covered by CC0, while bundled Material Design Icons use Apache-2.0.

Hermes3D is an open-source, self-hosted visualization and interaction layer for AI agents. It presents connected agents as workers in a live retro 3D office, with surfaces for standups, pull-request reviews, task execution, monitoring, and agent chat; it also provides a 2D pixel-office view for lower-power machines and an office builder for editing layouts. The frontend connects to agent runtimes through a bundled Hermes WebSocket gateway adapter, a direct HTTP custom runtime provider, or a built-in demo gateway. Runtime state remains in the connected backend, while Studio stores local interface preferences. Hermes3D does not build or run the upstream agent runtimes; it supplies the office UI, Studio, and adapter/proxy layer using the Hermes3D gateway protocol. The repository describes it as an independent community project maintained by LukeTheDev and unaffiliated with the backend teams it connects to.

Amagine3D is an open-source 3D capability layer for hardware creation, developed by Amagine. Its parametric CAD workflow turns natural-language hardware requirements, reference images, and key dimensions into editable enclosures and assembly structures around internal components, producing Python and build123d source code alongside STEP, STL, or color-aware 3MF exports. A 3D-native agent first organizes the requirements into a design brief, then runs the generated source in a browser geometry runtime. It uses the resulting model state and check results for dimensions, part connectivity, interference, and motion clearance to revise or accept the design. The workflow supports multipart structures such as covers, hinges, and latches, including assembly clearances and printing tolerances. Generated parameters can be adjusted in the workbench and written back to the source without regenerating the model. The system can preview, measure, modify, and save complete designs and their check reports.