01. THE MISSION

Democratizing Blockchain via Micro-Mining

Traditional PoW networks require industrial electricity. GNC changes the game by optimizing SHA-256 for the ESP32 microcontroller. We enable a decentralized network where anyone can mine with < 1 Watt of power.

99.9% Less Energy than Bitcoin
<$5 Hardware Entry Barrier

Step 1: Register

Fill out the official form to register your miner ID and join the testnet whitelist.

Go to Form

Step 2: Explore

Track blocks, hashrate, and transactions in real-time on our explorer.

Open Explorer →

02. ARCHITECTURE

● ● ● consensus.cpp


                        // 4.1 PoW Mechanism

                        const ALGORITHM = "SHA-256";

                        const DEVICE_TYPE = "ESP32";

                        

                        // 4.3 Secure API Infrastructure

                        function submitWork(nonce, hash) {

                          if (!registered) return "Error: Unregistered";

                          post("/api/mine", { nonce, apiKey });

                        }

Proof-of-Work (PoW)

Miners find a Nonce that satisfies the network difficulty using SHA-256. Secure, proven, but scaled down for IoT.

Secure API Layer

Nodes communicate via JSON-RPC. Each miner uses a unique X-API-KEY ensuring rewards are credited correctly.

03. TOKENOMICS

21M

MAX SUPPLY

50

BLOCK REWARD

Deflation

MECHANISM

04. ROADMAP

PHASE 1: GENESIS

Server logic, Genesis block, ESP32 SHA-256 optimization. (Completed)

PHASE 2: PUBLIC TESTNET LIVE NOW

Deployment on greennovachain.site. Public miner onboarding via Google Forms and real-time leaderboard activation.

PHASE 3: WALLET & P2P

Web-based wallet development and Peer-to-Peer transaction capabilities.

PHASE 4: MAINNET

Decentralized node structure migration and IoT partnerships.