Thermal and cognitive infrastructure for AI
VelarIQ builds the layers the next era of compute depends on: data-centre cooling that keeps dense AI hardware stable, a neuromorphic reasoning system for decisions that have to be right, and a gateway that signs every answer.
AI is limited by heat below and by trust above. We work on both ends: the physical layer that keeps compute running, the cognitive layer that makes its output dependable, and the proof that shows it.
Sea-water cooling engineered for the power densities of modern AI clusters, so racks run at full load in hot climates without throttling.
See the thermal layer →A reasoning engine inspired by how the brain processes signals, built to produce answers you can trace, audit and stand behind.
Meet NRS →An OpenAI-compatible gateway that signs every model response and chains it to the one before, so any output can be proven later. In production at attestic.ai.
See Attestic →Every generation of AI hardware draws more power into less space, and air alone can't carry that heat away. VelarIQ's cooling moves it off the silicon and rejects it into sea water, a naturally vast heat sink, instead of relying on energy-hungry chillers.
A sealed two-phase loop hands its heat to sea water through a plate heat exchanger, sized for 1 MW-class racks.
Less power spent on cooling means more power for compute. Target PUE 1.03 to 1.06, a design target.
Designed for the Gulf coastline and other shoreline locations, with native 800 VDC power.
The Neuromorphic Reasoning System works through problems step by step and shows its path, so every conclusion can be inspected before it's acted on.
Like neurons that fire only when there's a signal, NRS spends compute where the problem needs it, not everywhere at once.
Every answer comes with the path that produced it. Reviewers see what was considered, what was ruled out and why.
Designed for environments where a wrong answer has consequences, and where the data can't leave the building.
Point an existing application at Attestic and every response is signed, chained to the one before it and verifiable by anyone holding the public key. It works with the models an organisation already uses.
Each response carries an Ed25519 signature over the request and the output.
Receipts are hash-chained, so altering one breaks every receipt after it.
Merkle roots let an auditor verify a single response without the full log.
Illustrative receipt. Values shortened for display.
For organisations that need compute close to home and answers they can defend. Each tile shows which layers do the work.
VelarIQ is registered in Delaware and operates from Dubai, close to the Gulf's compute build-out. Research and development runs through VelarIQ Australia Pty Ltd on the Gold Coast, Queensland.
Registered in Delaware, USA. Operations in Dubai, UAE. R&D on the Gold Coast, Australia.
Operators, partners and investors. We'd like to hear from you.
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