NURA AIExchange Network

Open Compute. Open Models. Open Participation.

An open AI compute marketplace anchored by modular infrastructure in Abu Dhabi, designed for public access, independent GPU participation and token-coordinated network growth.

4 MW Phase-I site power target
20 MW Expansion power application
40,000 m² Approximate land area
256-512 Initial high-end GPU fleet

Market Gap

AI compute is abundant, but access is fragmented.

Cloud capacity exists, open-source models exist and idle GPUs exist. What is missing is a trusted market that connects all three through one product path.

GPU Cloud

Managed GPU instances, but difficult for small suppliers to participate.

GPU Marketplace

Independent host rentals, but no strong consumer AI demand engine.

AI Apps

Open or closed model access, but users cannot earn or provide compute.

DePIN Compute

Protocol incentives, often with weak user experience and weak SLA.

NURA is the missing bridge: one account for AI, dedicated GPU rental, host listing, staking, credits and settlement.

Brand Architecture

NURA and AIX stay distinct.

NURA represents the Al Ain AI campus, managed GPU cloud, customer portal, service quality and commercial operations. AIX represents the open network: staking, host collateral, routing incentives, usage settlement, node rewards and decentralized governance.

NURA

Data Center & Managed Compute

  • Al Ain modular AI campus
  • Managed GPU cloud and API service
  • Enterprise contracts, SLA and billing
  • Owned H100/H200/B200 capacity

AIX

Token & Decentralized AI Compute Network

  • Host staking and collateral
  • Independent GPU node onboarding
  • Verified usage, settlement and rewards
  • Network reputation, governance and slashing

Demand Engine

NURA creates recurring workload for the AIX network.

Every chat request, image generation, voice task, video job and AI agent workflow becomes paid demand. The routing layer sends each request to the most suitable endpoint: company-owned data center capacity, enterprise partner nodes or community GPUs.

NURA Workspace Route: warm endpoint
User prompt Build a bilingual product launch plan for a creator economy platform in the GCC.
NURA Routing Best endpoint selected by SLA, model readiness, price, trust tier and queue depth.
Ask anything...
1. Use AIOne account routes requests to the right product mode.
2. Route workloadScheduler selects NURA, partner or community capacity.
3. Settle usageCredits, rewards and host income are calculated automatically.

Supply Tiers

From owned GPUs to open nodes.

AIX does not pretend that all compute is equal. The scheduler routes by task type, trust tier, GPU memory, model cache, uptime, latency, price, security rating and user preference.

Tier Supplier type Best workloads Trust model
S NURA data center Enterprise APIs, private endpoints, H200/B200 workloads High SLA, full control
A Enterprise / colocation partners Longer jobs, batch inference, dedicated rentals Certified hardware and contracts
B Prosumer 4090/5090 nodes Images, TTS, small LLMs, agents and economy batch Stake, rating and sandboxing
C Experimental spot nodes Cheap interruptible tasks and test workloads Low SLA, low price
Demand Layer Users, developers, agents Chat, images, voice, video, notebooks and APIs.
NURA Portal One account, many AI modes Billing, credits, model catalog and API access.

AIX Router

Policy, matching, sandboxing, telemetry and settlement.

VRAMModel fit
SLATrust tier
PriceLive quote
S Tier NURA owned data center H200/B200, private endpoints and enterprise APIs.
A/B Tier Partners and prosumer hosts 4090/5090 nodes, studios, colocations and verified rentals.
Settlement Escrow, proofs and payout Rewards only after verified runtime and clean teardown.

Control Plane

Routing, sandboxing, billing and verified settlement are the moat.

External hosts run the AIX Node Agent to verify hardware, start isolated jobs, report telemetry and upload usage proofs. Customers receive temporary, revocable access to isolated environments. Hosts receive settlement only after verified uptime and usage.

01

User / API

Request, rental or deployment order enters the marketplace.

02

AIX Router

Matching, pricing, policy and load balancing select the best endpoint.

03

Host Agent

Containers, model images, logs and telemetry are managed automatically.

04

Settlement

Escrow, usage proof, reputation and host payout close the loop.

Generated aerial rendering of a square 200m by 200m AI campus with AI halls, cooling, power yard, transformer area and service paths.

Al Ain, Abu Dhabi

A modular AI campus built for scale.

A 200m x 200m square parcel planned around modular AI halls, liquid-ready cooling, power yard, transformer area and clear expansion paths.

200m x 200m Plot geometry
4 ha Site area
4 MW Phase-I capacity
20 MW End-state capacity

Infrastructure Economics

Power, cooling and fleet mix define service quality.

The customer-facing offer is packaged around reliable GPU-hours, reserved capacity, private endpoints and clear service tiers rather than exposing the underlying operating inputs.

Liquid-ready from day one

Support air/hybrid zones for RTX PRO, L40S and lower-density systems, plus direct-to-chip liquid cooling for H200/B200 and future high-density racks.

Transparent customer pricing

Published GPU-hour plans include infrastructure, cooling, network, platform access and operating support in one service price.

Right GPU for each market

H100/H200 support enterprise capacity; B200 handles premium liquid-cooled demand; RTX PRO, L40S and 4090/5090 nodes support creative, voice and small-model workloads.

Generated technical rendering of a liquid-ready AI compute hall with GPU racks, direct-to-chip cooling, CDU units, telemetry and filtration.
Generated liquid-ready compute hall: direct-to-chip cooling, CDU loops, positive-pressure filtration and telemetry for high-density GPU racks.

AIX Token

AIX coordinates access, trust and rewards.

AIX is designed as a utility and coordination token for AI compute access, not as a tokenized profit right or a claim on land, power contracts, GPUs or dividends.

User staking Receive NURA Compute Credits, priority tiers or access benefits where permitted.
Host collateral List machines, receive high-value jobs and secure customer trust.
Verified-work rewards Rewards are tied to measurable contribution: GPU-hours, uptime, completed jobs and low dispute rates.
Users Buy compute credits, stake for access benefits and consume NURA services.
AIX Staking, trust, routing priority and verified-work rewards.
GPU Hosts Stake collateral, run verified workloads and receive payout after proof.
NURA OpCo Bills usage, operates platform, support, API services and marketplace controls.
Treasury Supports GPU expansion, insurance, liquidity, audits and ecosystem grants.
Developers Publish models, endpoints, tools and agents that create more compute demand.

Proposed Genesis Allocation

1,000,000,000 AIX planning supply.

This is an indicative planning proposal for legal and investor review. The allocation favors real users, real hosts and real capacity growth over short-term insider liquidity.

  • 20% Community users
  • 20% Node / host rewards
  • 15% GPU expansion treasury
  • 15% Strategic investors
  • 15% Protocol treasury
  • 10% CHG / team / advisors
  • 5% Initial liquidity
Reward pool Indicative share Purpose
Host operators 60% Verified GPU-hours, uptime, successful rentals and SLA score.
User staking / credits 20% Demand, API usage and long-term platform participation.
Developers / model providers 10% Model endpoints, tools, agents and ecosystem integrations.
Insurance / security reserve 10% Disputes, slashing appeals, audits and liquidity support.

Customer Compute Pricing

Clear GPU-hour prices for customer workloads.

NURA packages capacity as customer-facing GPU-hour plans with platform routing, billing, access control, monitoring and support included.

Service plan Capacity reference Customer GPU-hour price Availability target Included service Best fit
Launch Pool 256 GPUs US$3.90/hr 65% Shared API, model catalog, usage billing and support. NURA MVP usage, developers and initial API customers.
Base Phase-I 512 GPUs US$4.23/hr 70% Reserved GPU-hours, private endpoints and monitoring. Studios, AI teams and recurring production workloads.
Expanded Phase-I 1,024 GPUs US$5.53/hr 75% Dedicated pools, priority routing and managed deployment. Enterprise AI services, large campaigns and premium demand.

Indicative public service pricing. Final customer quotes may vary by GPU class, reserved duration, privacy requirements, support level and regional availability.

Roadmap

A staged path to launch.

The plan proves utility, revenue and operations before expanding power draw or token exposure.

0-90 days

Legal, power and design lock

Confirm site rights, utility capacity, connection pathway, cooling strategy, SPV structure, token counsel and GPU procurement list.

3-6 months

NURA MVP

Launch website, account system, payments, API billing, model catalog, host listing prototype and first owned GPU cluster.

6-12 months

4 MW Phase-I build

Commission modular halls, liquid-ready cooling, network core, monitoring, security and initial 256-512 GPU fleet.

9-15 months

Open host beta

Release AIX Node Agent, onboard controlled 4090/5090 and enterprise hosts, and test staking, escrow, slashing and payout.

12-18 months

AIX launch readiness

Publish whitepaper, complete legal review, finalize token utility, build liquidity plan, activate rewards and scale capacity.