Executive Summary. Omniverse Compute (OMC) utilizes the Decentralized Physical Infrastructure Network (DePIN) paradigm to build a high-throughput, low-cost, transparent and censorship-resistant global GPU compute sharing grid. Driven by explosive demand in AI LLM training, multimodal inference, real-time 3D cloud rendering and embodied AI, traditional centralized cloud infrastructure faces severe challenges including prohibitive CapEx, strict quota restrictions and vendor lock-in. OMC leverages BNB Chain as its root settlement layer alongside a dedicated Layer 2 Rollup for high-frequency task scheduling and per-second / per-task micropayments.
1 · Background, Industry Outlook & Commercial Value
1.1 The Inevitable Boom & Economics of DePIN Compute Networks
- Compute as the New Oil: as AI transitions from discriminative to generative models, computing demand for LLMs, Sora-grade video generation and spatial simulation is exploding exponentially. Traditional data-center expansion faces severe power-grid and hardware supply-chain bottlenecks.
- Reshaping Compute Economics: globally, hundreds of thousands of consumer-grade GPUs (e.g. RTX 4090/3090), data-center idle capacity and post-PoW mining rigs remain underutilized. DePIN reduces marginal cost to near zero, providing 50–70% direct cost savings for compute requesters.
- Trillion-Dollar Ecosystem Flywheel: connecting Compute Providers, AI Developers, DeAI Autonomous Agents and VFX Studios into a unified tokenized ecosystem with perpetual deflationary value capture.
1.2 Target Market Demand & Four Client Personas
- AI Startups & Independent Developers — lacking big-tech enterprise discounts, facing high hourly API costs and GPU quota limits. Use cases: LLM fine-tuning, LoRA training, model inference.
- Web3 AI & DeAI Ecosystem Projects — requiring censorship-resistant, natively crypto-paid compute networks for 24/7 Agent inference and ZK-ML proof generation.
- Cloud Rendering, 3D CG & Metaverse Studios — facing extreme compute spikes for VFX, Unreal Engine 5 real-time rendering, Blender offline batch rendering and Gaussian Splatting 3D reconstruction.
- Hardware Providers & Mining Transition Operations — connecting idle hardware (RTX 4090s, mining rigs, data-center servers) into the OMC protocol to generate automated token yield.
2 · Technical Architecture & System Design
2.1 Layered Architecture
- L1 Root Settlement Layer: BNB Chain handles OMC token issuance, staking smart contracts, DAO governance and final dispute arbitration.
- L2 Rollup Orchestration Layer: a dedicated Layer 2 Rollup executing high-frequency node heartbeats, task-allocation state mapping, state-channel settlements and low-cost micropayments.
- Off-Chain Compute Grid: containerized Docker/Kubernetes sandbox supporting CUDA/ROCm hardware acceleration, NVLink inter-GPU communication and P2P data transport.
2.2 Task Matching Engine & Scheduling Algorithm
The decentralized scheduling engine assigns tasks based on Node VRAM, Floating Point Performance (TFLOPS), Network Bandwidth, Geographic Latency and Historical Reputation Score using a weighted bipartite matching algorithm:
Score = 0.35 × TFLOPS + 0.25 × VRAM + 0.15 × Bandwidth + 0.25 × Reputation
def calculate_node_score(node):
weight_flops = 0.35
weight_vram = 0.25
weight_bandwidth = 0.15
weight_reputation = 0.25
score = (node.tflops * weight_flops) + \
(node.vram_gb * weight_vram) + \
(node.bandwidth_mbps * weight_bandwidth) + \
(node.reputation_score * weight_reputation)
return score
3 · Node Verification, Staking & Slashing Mechanisms
3.1 Dual-Verification System
- Redundant Computation Verification: high-precision tasks are dispatched to 2–3 independent nodes simultaneously to compare output feature hashes.
- zk-SNARKs Sampling Verification: lightweight zero-knowledge proofs enable on-chain verification of execution traces without compromising data privacy.
3.2 Staking & Slashing Rules
- Staking Threshold: nodes must stake OMC proportional to hardware tier before receiving jobs.
Staking_Min = Base_Deposit × Card_Tier_Multiplier - Slashing Triggers: fraudulent outputs, task timeouts, unexpected offline dropouts, or fake heartbeat signals.
- Slashing Re-allocation: 50% compensates affected task requesters, 30% goes to DAO Treasury, and 20% is permanently burned.
Burn_Amount = Slashed_Tokens × 20%
4 · Tokenomics & Deflationary Value Capture
4.1 Token Distribution (1,000,000,000 OMC Fixed Supply)
- Token Name / Symbol: Omniverse Compute (OMC)
- Token Standard: BEP-20 (BNB Chain Ecosystem)
- Max Total Supply: 1,000,000,000 OMC
Compute Mining & Node Rewards · 50%
Investors (incl. 2% Airdrop) · 20%
Ecosystem & Grants · 15%
Team & Core Contributors · 10%
Treasury & Liquidity · 5%
| Category | Allocation | Amount (OMC) | Vesting Schedule |
|---|---|---|---|
| Compute Mining & Node Rewards | 50% | 500,000,000 | 0% at TGE; linear decay release over 10 years based on compute contributions (halving every 2 years). |
| Investors (Institutional / Private / Airdrop) | 20% | 200,000,000 | Institutional 10% (TGE 5%, 6m cliff, 24m monthly); Private 8% (TGE 10%, 3m cliff, 18m monthly); Airdrop 2% (TGE 100%). |
| Ecosystem & Grants | 15% | 150,000,000 | 5% at TGE, 6-month lockup, 36-month monthly linear vesting for grants & API subsidies. |
| Team & Core Contributors | 10% | 100,000,000 | 0% at TGE, 12-month cliff, 24-month monthly linear vesting. |
| Treasury & Liquidity | 5% | 50,000,000 | 50% unlocked at TGE for DEX/CEX initial liquidity; remainder managed by DAO Treasury. |
4.2 Deflationary Mechanics
- Protocol Fee Burn: a 3% protocol service fee is levied per job settlement; 30% of this fee is automatically bought back and burned via smart contracts, while 70% enters the Treasury to reward high-reputation nodes.
- Dual Burn Engine: service-fee burn + slashing penalty burn constantly decrease circulating supply to reinforce OMC value growth.
5 · Roadmap & Governance
- Phase 1 (Q4 2026 – Q1 2027): L2 smart contract deployment, open-source node client, testnet launch, and the 2% community airdrop.
- Phase 2 (Q2–Q3 2027): Mainnet launch, compute mining activation, HuggingFace & Blender plugin integration.
- Phase 3 (Q4 2027 –): On-chain ZK-ML framework launch, full DAO governance transition, and cross-chain compute settlement expansion.
Note. This page is a web rendering of the official OMC Whitepaper v2.0 for convenience. The signed PDF versions remain the authoritative reference — English whitepaper · presentation deck.