aeon-magick-ai-computer-control

Drive a target host's keyboard, mouse, trackpad, AND screen capture through an AEON Magick AI Computer Control Orb on the LAN — and pick among several Orbs in a fleet. Each Orb's USB-C OTG port emulates a real USB keyboard + mouse (+ optional Apple multi-touch trackpad) on its target; the Orb does its OWN HID — it both sees AND acts, no external dongle. Vision comes from a switchable capture source (Cam Link USB, Pi-5 HDMI→CSI bridge, or a CSI camera), so an agent can flip between watching the controlled screen and looking at a physical thing. All ops are atomic HTTPS calls — there is no `key_down` / `key_up` split that can leave the target with a stuck key after a packet drop. Use to operate the USER'S OWN computers, accounts, and services.

Benchmark an open LLM on real hardware and submit an attested run to the AEON Bench leaderboard. Deploy the Aeon Bench Pod (pull → verify → serve → benchmark → sign → submit) onto a connected GPU server, watch it through its phases, and open its dashboard. Load this when the task is to EVALUATE / benchmark / leaderboard a model. The pod needs an NVIDIA GPU, so it deploys to a connected system, not the Orb itself.

Keep an Aeon Orb current and secure — apply OS security patches, toggle automatic patching, and check whether a newer Orb IMAGE has been published. Load this when the task is to update / patch the Orb, check its version, or ask "is my Orb up to date?". Two distinct layers: OS packages (apt, live) and the whole image (re-flash from Patreon — the Orb never self-flashes).

Find, import, and move AI models across the Intergalactic Model Share — a decentralized IPFS network every Orb joins at boot. List models shared by Orbs across the network, import one straight from HuggingFace / Ollama / Civitai (verified), pull it down to this Orb's library, and push it onto a connected GPU server to serve. Load this when the task is about GETTING A MODEL onto a machine; for benchmarking a model use aeon-bench, for driving a screen use the core aeon-magick skill.

Choose what an AEON Magick Orb's eye is pointed at. An Orb can have several video inputs wired to it — a USB HDMI-capture stick, a Pi-5 HDMI→CSI bridge (watch the controlled machine's screen), and a Pi-5 CSI camera (look at a physical scene through a lens). This skill reads the available capture sources and switches the live source so the console snapshot/stream shows what you need. Pi-5-only sources (camera-csi, hdmi-csi) are gated by the Orb's model. Load this when you need to switch between "see the screen I control" and "see a physical thing"; for plain screen viewing use the core aeon-magick skill's vision reference.

See every AEON Magick Orb on the network at once and pick which one to operate. Each Orb is a peer in a decentralized roster; one roster call returns every Orb's identity, what it controls, its capture sources, battery and health — so you choose the right Orb, then drive it directly with the core aeon-magick skill against that Orb's own endpoint. Load this only when there may be more than one Orb; for single-device work just set AEON_HOST and use the core skill.

Check whether an AEON Magick Orb is on wall power or running on its battery backup (a Waveshare UPS HAT), and how much charge is left. Read-only. Load this before any long, unattended operation on an Orb so you know it won't power off mid-task and leave you blind. Returns {present:false} (not an error) on an Orb with no UPS. Per-Orb battery state is also summarized in the aeon-fleet roster, so for many Orbs read the roster instead of polling each.

Present one of an AEON Magick Orb's video sources back to its USB-connected target host as a standard UVC webcam, so the target machine can pick the Orb as a camera in a video call, OBS, etc. This is the inverse of viewing — here the controlled machine sees through the Orb's eyes (a Pi camera's physical scene, or its own screen as a webcam). Load this only when you want the target itself to see through the Orb; for the agent watching the screen, use the core aeon-magick vision reference. Requires a Pi whose OTG stack supports UVC; check the `supported` flag first.