SILAOS closed beta — by invite

It doesn’t chat.
It ships.

The operating system for autonomous work. AI workers drive real cloud computers — desktops, applications, files — and prove every step on screen, under your control.

Request a test ride Watch the walkthrough
tasks — a goal, run by a workerworker 01 · running

A Task is the unit of work in SILA OS — not a message in a chat, but a goal with an outcome: “pull the unpaid invoices from the CRM and save me a report.” You state it in plain language, press Run, and from that moment the system owns it.

Every task is executed by a Worker — an autonomous operator that boots its own computer and reaches for two kinds of tools: Applications, real software it drives in a browser (clicking and typing like a person), and Wires, direct connectors that plug external services straight in over the open MCP standard. You watch every step live on the task’s timeline.

The two work together in a single run. A Wire reaches into a service and brings its data and tools in — read the mailbox through the Gmail wire, query a database — fast, structured, with secrets kept host-side. An Application is where the Worker does the hands-on work with them: draft the reply in ChatGPT, file the report in Notion, update your web app. Wires feed the work; Applications operate it — and one Worker moves between them seamlessly.

When the Worker claims the job is done, the system does not take its word for it: an independent verification re-reads the result on a separate channel. Only then do you see the green check — and everything the task produced lands in Artifacts as real files.

computers — real machines, streamed livedev machine 01 · online

A Computer is a real machine, not a metaphor: a full Linux desktop booted in the cloud for the task at hand, with its own browser, filesystem and applications. Nothing runs on your device — every Worker gets its own contained machine, with a sealed, deny-by-default network.

Its screen is streamed to you live, watch-only, while the Worker drives — like standing behind a very fast colleague. Every machine sits in the Computers panel with its status led, and everything that happens on it lands on the task’s timeline.

And the wheel is yours whenever you want it: Take control puts your mouse on the Worker’s desktop mid-job — sign in somewhere, fix a detail, try what it built — then hand it back, and the Worker continues where you left off.

applications — the tools workers may operatevault: sealed

An Application is a tool you hand to your Workers: installing one takes a name and a URL, and it lands on the desk as an icon — your editor, your docs, your search, whatever your work runs on. The registry defines exactly what Workers are allowed to operate; nothing outside it gets touched.

Credentials never travel through the model. They live encrypted in the Vault and are typed into login forms at the keystroke level — the Worker signs in, the AI never sees a password.

Each application also carries its own learned memory of how its interface works. When a UI ships changes overnight, the map heals itself — and the repaired path persists for every run after.

wires — plug any tool into a workermcp · secrets host-side

A Wire is a connector — it plugs an external tool straight into your Workers. Anything that speaks the open MCP standard becomes usable: Gmail, GitHub, a database, your own internal API. Pick the Wires a task should have, and the Worker operates them like any other tool on its belt.

You authorise once, inside SILA — one universal flow for every server, OAuth included — and the connection is remembered. No custom integration per tool, no glue code: paste a server, and its whole toolset is available to your Workers.

The keys never travel with the model. Secrets stay host-side, sealed away — the Worker calls the tool, the token never enters the machine the AI drives. SILA is never limited to what ships with it: wire in the MCP ecosystem, and every new server is a new power your Workers gain instantly.

Tell Sila what to do… Run
terminal — the harness, with a promptthe flagship · a real dev machine

The Terminal is SILA at its purest — a real dev machine that takes your command and does the work end to end. Say what to build in plain language; it writes the code, runs it, and proves it works, with every command and result streamed live, right here.

It is a full agentic harness with a prompt: it plans, acts, reads what actually happened, recovers, and keeps going until the job is truly done. It installs whatever it’s missing — git, python, a browser, a compiler — on its own machine, and it can reach for your Wires and Applications in the same run.

And the wheel is yours: take control of the machine mid-run to check a detail or try what it built, then hand it back — the Worker picks up exactly where you left off. Everything it produces lands in Artifacts as real files.

system — the primitivesan operating system, not an assistant
01 · desktops

Every task boots a full Linux desktop in the cloud — browser, filesystem, applications — streamed live, watch-only.

02 · applications

A registry of the tools Sila is allowed to operate. Each application carries its own learned memory of how its interface works.

03 · files

Artifacts are real files — written to disk on the worker’s machine, read back to verify, downloadable from the timeline.

04 · vault

Credentials live encrypted in the system, injected at the keystroke level. The model never sees a password.

05 · memory

A map of every interface the system has learned. When a UI ships changes, the map heals itself and the fix persists for every run after.

06 · timeline

The system log: every plan, action, verification and recovery, replayable — with screenshots, on the record.

07 · wires

Connect any MCP server — Gmail, GitHub, a database, your API — and its tools join a worker’s belt. Auth happens in SILA; secrets stay host-side, never in the model.

walkthrough — recorded entirely on the productyoutube.com/watch?v=QgGZrH1Th2E · 5 min
trust — sila never grades its own homeworkfive layers between a worker and the world
layer 01Contained computers — every worker runs locked inside its own machine.
layer 02Sealed network — deny by default; the Terminal’s browser reaches only its own work.
layer 03Human approval gate — consequential actions stop and ask; silence means no.
layer 04Credential vault — workers log in; the model never sees a password.
layer 05Auditable timeline — every plan, action, check and recovery on the record, replayable.
editions — two ways to run silaon cloud · on premise
on cloud

Nothing to install.

The full OS, hosted by us. Open a browser and your workers, computers and applications are already there — managed, always up to date, scaling on demand.

  • Run from any browser — zero setup
  • Cloud computers provisioned on demand
  • Frontier models wired in, managed for you
  • Always the latest SILA, automatically
Pricing announced soon
Request test ride
runs on your machine on premise

The whole OS, on your metal.

SILA on your own hardware. At its heart beats GNU/Linux — but the entire ecosystem (orchestrator, workers, computers, vault) runs on your computer, and your data never leaves it.

  • Runs entirely on your machine — nothing in our cloud
  • GNU/Linux at the core, the whole ecosystem local
  • Your data and credentials never leave the device
  • Local LLM models — bring your own, run offlineon premise only
  • Bootable — turn any machine into a SILA terminal
Pricing announced soon
Get notified
access — request a test rideclosed beta — by invite

Closed beta.
Request a test ride.

Invites go out in order of signup. One email, nothing else.

your test ride: 1 worker · 1 computer · 3 applications · 5 tasks · 25 minutes
▸ request logged — you’re on the list.

/ privacy

The waitlist stores the email you type and the short note about who you are, with the signup time, on our own EU server. Used exclusively for SILA OS beta communication — no lists, no sharing, no profiling. Data controller: NextEpochs di Mike Gazzaruso. Access or deletion: hello@silaos.cloud. No tracking cookies from us — a single local flag remembers you closed the cookie notice. The walkthrough video is embedded from YouTube’s privacy-enhanced domain (youtube-nocookie.com), which sets no cookies until you press play.

Technical storage only — no tracking, no third parties. The waitlist keeps the email and the note you give us, nothing else.