Eliza OS

Phyzical is a browser-based robot teleoperation data platform for embodied-AI training. Users control simulated robot arms through a web interface; inverse kinematics converts end-effector movements into joint actions, while sessions record demonstration trajectories containing joint positions, end-effector poses, object poses, and actions at 30–60 Hz. Episodes use a documented JSON Schema format and can be converted with the included Python tool into elizaOS-compatible SQLite trajectory databases for imitation learning and related robot-training pipelines. The project also documents quality checks and on-chain episode provenance using a data ID, content hash, and contributor, and includes human, scripted, and Fly-controller action sources. The repository is MIT-licensed and provides the converter and example episodes; it requires Python 3.10 or later and has no external dependencies for the quickstart converter.

Zetta is an open-source closed-loop embodied harness for self-evolving physical intelligence. It keeps a base policy frozen while evolving code-based runtime critics and recovery skills when rollouts fail. Its evolution protocol clusters failed trajectories, uses a diagnostic stage to identify an observable causal failure mechanism, generates Critic-Recovery candidates under fixed tool schemas, and checks them through shadow replay, paired same-seed evaluation, and held-out seeds. Candidates are rejected or promoted based on these gates; the critic may propose recovery actions, a higher-level role approves them, and a bounded recovery actor executes only approved programs. The repository provides campaign management, rollout workers and environment backends for systems including LIBERO, RoboCasa, RoboTwin, and Genie Sim, along with manifests, tool catalogs, audit records, deployment helpers, and contract tests. It supports Python 3.10–3.12, while simulator assets, model weights, credentials, and host runtime files remain outside the repository.

ODS is a self-hosted local AI server stack developed by Osmantic for Linux, Windows with WSL2 and Docker Desktop, and Apple Silicon macOS. Its installers detect the host hardware, select an installable model, generate credentials, and launch a preconfigured stack containing local LLM inference, Open WebUI, a management dashboard, LiteLLM, embeddings, speech-to-text, text-to-speech, agents, n8n workflows, Qdrant-based RAG, search, ComfyUI image generation, and operational and privacy tools. Local mode is the default; cloud and hybrid modes can route through OpenAI, Anthropic, or Together APIs. The stack uses a bootstrap model so chat can begin while the hardware-selected full model downloads in the background. A manifest-based extension system discovers service folders and merges their Docker Compose definitions into the stack, while the `ods` CLI manages services, models, modes, configuration, presets, and lifecycle operations. The repository documents GPU and unified-memory paths for NVIDIA, AMD, Intel Arc, and Apple Silicon hardware, along with model selection, recovery, validation, and operator workflows. ODS is distributed as an Apache-2.0-licensed open-source repository and can be installed with shell or PowerShell installers. The repository identifies version 2.6.0 as its stable release and states that no cloud account or subscription is required for local operation.

Euro-Office DocumentServer is a browser-based document editing service used with OpenCloud. The video describes it as an OnlyOffice fork that performs more processing on the client side, potentially reducing server load. The project describes itself as a sovereign office and provides a Docker image for testing and integration; Debian and RPM packages are stated to be forthcoming.

retrobios is an open-source tool for building and installing source-verified BIOS and firmware packs for emulation platforms including RetroArch, Batocera, Recalbox, Lakka, RetroPie, EmuDeck, RetroBat, RetroDECK, RomM, BizHawk, ROCKNIX, and MiSTer FPGA. It reads emulator source code to identify files loaded by each emulator, cross-references those requirements with platform BIOS lists, records file hashes and expected sizes where available, identifies gaps, and generates platform-, emulator-, system-, or region-specific packs. Its installer detects the target platform, downloads missing files, places them in the platform's expected directory, and verifies checksums; Python scripts can also generate packs and validate existing collections. The repository includes a documentation site and JSON, CSV, and SQLite metadata exports. The scripts and tooling are MIT-licensed, while the BIOS and firmware files are third-party system software distributed for personal backup, archival, and emulation interoperability.