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ThermaNode

Meshnet

Every unit is a router. Every deployment is a backbone.

ThermaNode units link to each other over a decentralized meshnet, so connectivity and compute scale together.

Meshnet topology: five ThermaNode units linked in a resilient mesh; an ISP failure is routed aroundISPdownNode Aedge DCNode BNode CNode DNode E
Traffic reroutes across units when a link or the upstream ISP drops. Every deployment adds capacity and redundancy.

Resilient by design

No single point of internet failure.

  • Localized high-bandwidth backbone between units
  • Reduced latency for edge workloads
  • Traffic reroutes when a link or the upstream ISP drops
  • Edge compute lives inside each container

Portable data centers

Ruggedized. Containerized. Deployable anywhere.

Ruggedized shell

Transport-grade, weather-sealed

Integrated cooling

Liquid loop feeds heat recovery

Mesh uplink

Router and antenna array built in

Plug-in power

Grid, generator or recovered energy

Container unit render (temporary stock photo)
Container unit render

Deployment patterns

From one node to a campus

Single edge node (temporary stock photo)
Single edge node

Single edge node

One container with local compute, connectivity and heat recovery.

Cluster (3 to 10 units) (temporary stock photo)
Cluster (3 to 10 units)

Cluster (3 to 10 units)

A meshed backbone across a campus or industrial park.

Hosted at Zenith (temporary stock photo)
Hosted at Zenith

Hosted at Zenith

Phase 2 synergy

Powered-shell data center hosting with direct liquid cooling and ThermaNode bays.