ComputeChain - Proof-of-Compute Blockchain

Proof-of-Compute Blockchain

A production-ready blockchain that transforms idle GPUs into a decentralized supercomputer for useful computations

⚠️ Currently running on testnet. Use at your own risk.

Key Features

🔐

Consensus & Security

• Multi-Validator PoA (Round-Robin)
• Post-Quantum ready signatures
• Deterministic block production

💸

Economics & Gas

• Phase 1: Fixed Fee Model
• Phase 2: EIP-1559 (Base + Priority Fee)
• Commission-based rewards

🧠

Proof-of-Compute

• Multi-level GPU attestation (5 levels)
• Anti-spoofing & fake GPU detection
• Server-side benchmark verification
• Native ComputeTask/Result types

👥

Validator System

• Performance tracking & monitoring
• Automated jailing & slashing
• Real-time web dashboard

🤝

Delegation & Staking

• Stake CPC to become validator
• Delegate tokens to validators
• Early unjail mechanism

📊

Proven Reliability

• 100% test coverage (11 unit + E2E)
• Graduated slashing (5% → 10% → 100%)
• Minimum 75% uptime requirement

⚡

Instant Finality Phase 1.4

• 1 block = FINAL (Tendermint BFT)
• 0 seconds finality (vs Bitcoin ~60 min)
• No chain reorganizations

🔄

Transaction Lifecycle Phase 1.4

• Real-time TX receipts & confirmations
• TX TTL (1 hour auto-cleanup)
• HTTP polling event tracking

📈

Monitoring & Metrics Phase 1.4

• Prometheus metrics (TX time, pending count)
• Grafana dashboards
• 97% TX confirmed < 10 seconds

About ComputeChain

ComputeChain is a Layer-1 blockchain built around a novel consensus and incentive model called Proof-of-Compute (PoC) — designed to execute useful GPU computations with modern GPUs (RTX 3090+, RTX 4080+, A100, H100 and similar).

Unlike traditional Proof-of-Work blockchains that waste energy on meaningless hash calculations, ComputeChain enables GPU workers to earn native CPC tokens by performing verifiable, useful computations — from AI model training to 3D rendering.

Testnet Requirements: Minimum 12 GB VRAM. Mainnet will require 16 GB VRAM for optimal performance.

The network features a battle-tested validator system with performance tracking, automated slashing, and comprehensive delegation support. Built with post-quantum-ready cryptography and an Ethereum-like gas model, ComputeChain is ready for real-world deployment.

✅ What's Live

• Multi-validator PoA consensus
• Validator performance system
• Delegation & staking
• Real-time dashboard
• 100% test coverage

🎯 Vision

Transform idle GPUs worldwide into a decentralized supercomputer accessible to everyone.

Development Roadmap

✅ PHASE 1

Production-Ready L1

Duration: 2 months

✅ Multi-validator PoA consensus
✅ Individual delegation tracking
✅ Proportional reward distribution
✅ Commission-based rewards
✅ Graduated slashing (5%→10%→100%)
✅ Real-time monitoring dashboard
🔄 Unbonding period implementation
🔄 State snapshots & fast sync
🔄 Observability stack (Prometheus/Grafana)

Proof-of-Compute Core

🔄 PHASE 2A

Duration: 2 months • IN PROGRESS

• Multi-level GPU attestation (5 levels)
• NVIDIA driver & hardware whitelists
• Server-side benchmark verification
• Anti-spoofing (fake GPU detection)
• Worker qualification system (12GB+ VRAM)
• Matrix multiplication use case
• Task distribution & verification

📋 PHASE 2B

Compute Marketplace

Duration: 2 months • Optional for MVP

• Task posting & escrow
• Worker bidding system
• Payment settlement
• Dispute resolution
• Arbitration by validators

Public Testnet Launch

📋 PHASE 3

Duration: 2 months

• 50+ community validators
• Block explorer & faucet
• Bug bounty program
• Load testing (1000 TPS)
• Public monitoring dashboard

📋 PHASES 4-6

Mainnet Preparation

Duration: 5 months

• Governance & on-chain voting
• Security audits (consensus, economic model)
• Tokenomics finalization
• Legal entity formation
• Exchange partnerships
• Mainnet genesis & launch

Timeline to Mainnet: ~12 Months

Phase 1: 2 months

Phase 2A: 2 months

Phase 2B: 2 months (optional)

Phase 3: 2 months

Phases 4-6: 5 months