A living network for people, machines and agents

Everything you own,
working as one.

Under every forest is a network of threads that links the trees — carrying food, water and warnings to wherever in itself they are needed. Hypha Mesh is that, for computing. Your laptop, your server, the browser in front of you and the AI agents working for you all join one living network, and the work flows to wherever it should happen.

Create an account What is Mycolab?

Passkey sign-in, no passwords · one small binary · your files never leave your machines.

Hypha — one thread

It starts with a single connection.

A hypha is one fungal thread: the smallest living part of the network, and the only part that has to work. Here it is a computer joining — one command, and it reaches out to find the rest.

Nothing is opened on your side. No port, no firewall rule, no address for anyone to knock on, and nothing of yours copied anywhere. The thread goes outward, which is the whole reason a machine behind a home router or a university firewall can join at all.

Connect a machine →

Mycelium — threads that found each other

Enough threads, and it becomes an organism.

Every machine, browser and agent that joins reaches for the others. They find each other by name rather than by address, hand work between themselves, and know — authoritatively, not by guessing — which of them is awake at this moment.

Nothing sits in the middle holding your data. The network is the threads: a mesh whose parts are the computers you already own, answering each other directly.

How it works underneath →

Svamp — the part you can see

What surfaces is the part you use.

A mushroom is a fruiting body: the visible thing a hidden network pushes up when it has something to offer. The organism was there the whole time, underground.

Here the fruit is an agent session you can watch from any browser on any continent, a port on your laptop that becomes a public address, a folder that becomes a website. You use the fruit. The network stays where it is.

See what grows on it →

Two kinds of thing put down a thread

A computer, or a browser. Both attach the same way, and every session in the workspace can reach both — there is no token to pass around, only a name.

A machine

Any computer you own. One small binary, approved from a browser — then you can run commands on it, copy files to it, host agent sessions on it, and publish a local port from it.

Connect a machine →

A browser

Your own Chrome, with your own logins. An agent can open pages, read them, click things and take screenshots — including tabs you are not looking at, so it works while you do.

Connect a browser →

What moves through it

A mycelium is a transport network — it exists to move things to where they are needed. So does this one.

Agents, on your own hardware

Coding-agent sessions (Claude and others) that run on your machine, with your files and your tools. The browser is only the window onto them.

Agents reaching other agents

Sessions and machines message each other across the network — hand off work, coordinate, or watch one agent's output live from another.

Work, sent to where it belongs

Run something on any connected machine and watch the output arrive — scoped, time-boxed and exactly once. No SSH, no inbound ports.

A local thing, made reachable

myco expose 3000 turns a server on your laptop into a public address — live connections included, no firewall changes.

Made for the way you actually work

From a weekend prototype to a multi-tenant platform, the same network carries you the whole way.

Developers & agents

Keep your code and secrets on your own machine, and let an agent work on them from anywhere — no uploading your repository to someone else's cloud.

Homelabs & remote boxes

Reach a workstation, a server or a Raspberry Pi behind NAT or a firewall — run commands, move files and publish services without opening a single port.

Teams & platforms

Isolated workspaces, scoped and revocable tokens, and authoritative presence let you share a safe slice of the network with a teammate, a customer or a bot.

Put down your first thread.

Create an account, install one binary, and your first machine is on the network. About two minutes.