Tower Mesh
One operating system for compute that lives everywhere.
Tower Mesh is the operating system for AI compute. It runs any model on any chip and serves each request from the best-placed node. Our first nodes are powered telecom towers. Inside the border. Live in months.
- sites live in the UK
- 3
- UK sites in our pipeline
- 16,000+
- EU sites in our pipeline
- 88,000
- telecom towers worldwide
- 5.5M
Any chip.Any model.One operating system.
Tower Mesh decides where each request runs and serves it from the best-placed node. Run the hardware that suits the workload, from any vendor, side by side. When better silicon arrives, it goes in without rebuilding the site.
- Alone, together or as one
- No chip lock-in
- No model lock-in
- Sovereign by design
- Open to other providers
We start where the power is already on.
The operating system needs somewhere to run. A new data centre can wait years for a grid connection. Telecom towers already have power, fibre and planning consent. Our first nodes go there, so capacity arrives in months, not years.
How it works
01
A customer signs.
We build to contract. Nothing is switched on without demand behind it.
02
A node joins the mesh.
Compute goes into a tower that is already powered and connected. The operating system takes it from there.
03
Each request finds its node.
It is served from the best-placed node, a few miles away, not a few countries away.
Four reasons we keep hearing.
No ten-year commitment.
A small AI lab cannot sign the decade-long deals the biggest labs can. Here, capacity grows with demand and no capital sits idle.
Your data stays in your nation.
Sovereign by country, region or city.
Lighter machines.
Robots and vehicles carry less compute when the tower does the heavy lifting. Less hardware per machine. Spend moves from capex to opex.
Less lag.
Game servers next to players mean lower ping and less packet loss. Players feel it.
From conversations with prospective customers.
Built for work that can't wait for a round trip.
Building with AI?
Tell us about your workload and where it needs to run.
Investing in the operating system for AI compute?
We'd like to hear from you.