Industrial thermal tech, edge compute
Turn waste heat into working energy, and every unit into a network node.
ThermaNode modules capture high-grade waste heat from intensive computing and hardware, convert it into usable secondary energy, and connect each site over a decentralized meshnet inside a ruggedized, portable data center.
- Lower facility PUE
- Heat to usable energy
- No single point of failure
DeployManageOptimizeScale
One unit, three capabilities
Deploy. Manage. Optimize. Scale.
Thermal heat-to-energy recovery
Captures high-grade waste heat from compute and hardware and converts it to secondary energy, or redirects it to HVAC and facility heating.
Meshnet internet routing
Every unit integrates a decentralized meshnet router. Deployments form localized high-bandwidth backbones with lower latency.
Portable data centers
Edge computing inside ruggedized, portable, containerized data centers that can be deployed almost anywhere.
How it works
The ThermaNode energy loop
Heat is the by-product of computing. ThermaNode makes it the product.
Meshnet and edge
Deploying units creates the network.
- Localized high-bandwidth backbone between units
- Reduced latency for edge workloads
- Eliminates single points of internet failure
- Edge compute inside each container
Specifications
Unit at a glance
Headline figures are being finalised by ThermaNode engineering.
- 10 to 40 ft
- Container form factors
- TBC kW
- IT load per unit
- TBC %
- Heat recovered
- TBC Gbps
- Mesh backhaul
three unit classes
Deployment scenarios
Where ThermaNode units go to work
Industrial compute
Factories and plants running heavy compute alongside process heat.
Modular data center hosting
with ZenithPowered-shell halls engineered for liquid cooling and ThermaNode bays.
Remote and disaster recovery
Self-contained compute and connectivity where infrastructure is thin.
Campus and district meshnet
Multiple units forming a resilient backbone across a campus or industrial park.
Presale and prototype program
Be first to deploy a ThermaNode unit.
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