Xyraen Labs is an independent lab building the tools we wish existed. We work across robotics, electronics, servers and AI, on hardware we own and software we can read to the last line.
Most labs pick a layer. We think the interesting problems live where the layers meet: an AI that runs on a board we designed, inside a system we host, moving a machine we assembled.
Local-first assistants that reason, remember and act, running on hardware you can unplug.
active: LUNASelf-hosted compute, identity and automation. Our own private cloud, built to be understood.
active: LUNA platformCustom boards, sensors and voice hardware for the systems we run. Designed in-house, tested on the bench.
next on benchMachines that carry the intelligence into the physical world. Planned once the brain is ready.
roadmapA personal AI assistant that lives on hardware we own. LUNA runs on a small server in the lab, talks to its own Android client, coordinates the AI coding agents that build it, and is growing voice satellites so it can be spoken to from any room.
If it matters, it runs on a machine in the lab. No rented brain, no quiet dependency on someone else's uptime.
We prefer systems we can inspect end to end. When we can't, we write our own.
Everything is used daily inside the lab before it is offered to anyone else. Real use finds what demos hide.
LUNA is the lab's active program and the reason the other three exist. Each area below shows what is live today and what is next on the bench.
We build assistants that are local-first: the reasoning, memory and tool use live on hardware in the lab, with cloud models used as a choice, never a requirement.
The LUNA platform runs on self-hosted services: containers, single sign-on, workflow automation and home control, all on the lab's own network.
Voice is how LUNA leaves the screen. We are evaluating open hardware satellites with real microphone arrays, then designing the boards we can't buy.
Robotics is the destination, not the starting point. Once LUNA can hear, remember and act reliably, the next step is a platform that can move.
One program is live. Everything else is queued behind it, in the order we intend to build it.
A personal AI assistant that runs entirely on the lab's own hardware. LUNA reasons, remembers, and takes actions across the systems around it, and the AI agents that build LUNA work inside a progress and approval system it hosts itself.
Far-field microphone speakers running an open protocol, so LUNA can be spoken to from any room without a vendor in the loop.
Recognition and synthesis on a stronger local machine, feeding the small server that stays LUNA's brain.
A compute node for the heavy workloads, with verified backup and restore for the whole platform.
Small custom PCBs that give LUNA presence, temperature and motion sensing around the lab.
A research rover that carries LUNA's senses and navigates the lab on its own. Robotics begins when the brain is ready.
Simple arms and grippers for the small tasks that keep coming up, behind the same approval system as the software.
Xyraen Labs started with a simple frustration: the most interesting technology was either locked inside someone else's cloud or spread across tools that didn't talk to each other. We wanted an assistant that ran on hardware we could touch, a server stack we could explain, and electronics we could fix with a soldering iron.
So we built a lab around that idea. Today it is a small, focused operation with one active program, LUNA, and a roadmap that moves deliberately from software to hardware to machines that move. Everything we make is used inside the lab first.
We are open to collaborators, hardware partners and people who want to see what a fully owned stack looks like in practice.
No single vendor can switch the lab off.
Every change is logged, reviewed and reversible.
If we won't live with it, we don't ship it.
Robotics waits until the brain is ready.
Entrepreneur and builder. Joseph founded Xyraen Labs to bring robotics, electronics, infrastructure and AI under one roof and run them on hardware he owns. He leads the LUNA program and the lab's roadmap.
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