The Intelligence Layer of On-Robot Compute.

At NeuroMesh, we build privacy-first robotic intelligence. Each robot learns on-device, adapts in real time, and contributes to a shared global mind without sending raw data.

On-robot compute (cCOMP)
Own your data (nDATA-R)
Real-world assets
Intrusion Detection
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Server Integrity
End-to-End Encryption
Access Control

we believe in Distributed Intelligence empowering Robotics.

Our team pioneers the future of robotic intelligence with on-device learning, privacy-first architecture, and a decentralized Superbrain that evolves through verified experience.

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How It Works

NeuroMesh lets humanoid robots run their own AI on-device, so they can see, think, and act in real time without sending raw video to the cloud. It turns each robot’s compute and data into digital assets you control and can license, giving clear rights and rewards to owners. As more robots connect, their verified experiences link into a shared, decentralised “superbrain” that gets smarter and safer for everyone.

Sense

Generate μTokens (vision, audio, tactile, proprioception).

Think

Local policy selection (≤ 200–800 ms).

Act

Control with CBC safety; Proof-of-Action receipts.

Verify

PoI committees; optional zk.

Reward

cCOMP spend, iCTVs royalties, nDATA-R licensing.

Proof Engine

Verifiable outputs (Proof-of-Inference + optional zk)

RWA Registry

GPUs, energy windows, licensed datasets, storage

Transparency

live receipts, auditor reports, and on-chain proofs

Solana Core

Built on Solana for speed, cost, and finality

Backed By

AI Robots

NeuroMesh turns humanoid robots into on-device AI nodes that see, think, and act locally: fast, safe, and private.

Each robot’s compute and data become tokenized assets you can prove, control, and license without sharing raw footage.
As more robots connect, their verified experiences build a decentralized Superbrain that keeps learning and improving for everyone.

Solvency Constraint: Σ issuedᵣ·valᵣ ≤ Σ NAVᵣ·(1 − hᵣ)
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RWA Registry

Tokenising physical resources into schedulable on-chain primitives with verifiable attestations and robust solvency controls.

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nGPU

Custodian, make/model, location proof, uptime SLA.

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nENERGY

PPA or time-of-use windows, provider, metering oracle.

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nDATA

Licensor, ALR scope, privacy budgets (ε, δ), audit cadence.

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nSTOR

Capacity, region, durability SLA.

Live Transparency (Proof Vault)

Independently verify every claim. All data is linked on-chain or via IPFS.

Receipts Explorer

Browse verified "thoughts", committees, and evaluator notes.

RWA Attestations

View proof-of-location, oracle variance, and audit letters.

Audit Hashes

Access security reports, stress tests, and parameter files.

Controller Snapshot

See live utilisation ρ, verification overhead ψ, and SLO status.

Who We Work With

Working with leading institutions on compute scheduling, privacy-preserving learning, and verifiable analytics.

National Grid Operator

Grid Operator Partnership

University Research Hospital

Hospital Partnership

Fortune 500 Insurer

Insurer Partnership

frequently asked questions!

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Q: What is NeuroMesh?
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Q: How does it work?
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Q: How do robots earn?
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Q: Why is data valuable?
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Q: How is safety ensured?
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Q: What tokens power the system?
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Q: Where can it be used?
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Q: Why does it matter?