Trust is not granted.
Trust is verified.

An open, blockchain-independent protocol for cryptographically verifiable physical infrastructure. The first reference implementation tokenizes verified energy production as SRC (Source) tokens on Solana.

Explore the Protocol Start Building Read Whitepaper
Total Energy Tokenized 0 MWh
Active Producers 0
SRC Supply 0 SRC

The Trust Problem

Today's Model

  • Centralized certification authorities
  • Opaque verification processes
  • Vendor lock-in and fragmented markets
  • Trust based on institutional authority

ENRG's Model

  • Cryptographic verification on-chain
  • Deterministic, auditable proofs
  • Open standard, any implementation
  • Trust based on Ed25519 signatures

Architecture

Seven independent components, one trust model.

📡 Device
→
🔧 Provisioning
→
📋 Registry
→
⚖️ Policy Engine
→
🔗 Oracle
→
📜 Smart Contract
→
🏛️ DAO

Each component has one responsibility. Verification, policy, state, execution, and governance remain independent. Learn more →

Use Cases

Energy is the first application. The protocol is designed for any verifiable physical data.

⚡

Energy Production

Solar, wind, hydro — verify and mint SRC tokens.

Live
💧

Water & Utilities

Metered consumption, verified flow.

Coming Soon
🌾

Agriculture

Crop yield, soil sensors, supply chain.

Coming Soon
🏭

Manufacturing

Production line output, quality metrics.

Coming Soon

SRC Token

Energy-Backed. Hard-Capped. Programmatically Deflationary.

Ticker SRC Source
Max Supply 1,000,000,000 Fixed cap
Peg 1 SRC = 1 MWh Verified energy
Decimals 9 SPL Token standard
Protocol Fee 15% 85% to producer
Source Multipliers 100% / 80% / 50% Solar · Biogas · Fossil

Fee Distribution (15% of Every Mint)

20% Buyback & Burn
40% Staking Rewards
30% DAO Reserve
10% Emergency Fund

Device Lifecycle

8 cryptographically enforced states per ADR-0005.

UNREGISTERED → REGISTERED → CLAIMED → PROVISIONED → ACTIVE ↔ QUARANTINE ↔ ACTIVE ↔ MAINTENANCE → REVOKED

Full lifecycle specification (ADR-0005) →

Build on ENRG

Open standard. Open source. Any stack.

📜 Smart Contracts

Anchor Framework, Rust, Solana. Two programs: enrg-mvp (core) and enrg-profile (energy profiles). CPI via declare_program!.

View Programs →

🔗 Oracle

Node.js, Express, PostgreSQL. REST API for device registration, proof submission, and protocol stats.

API Reference →

📡 Firmware

ESP32 + PZEM-004T, ATECC608 Secure Element, Ed25519 signing. Industrial Modbus/RS485 support.

View on GitHub →

Security Model

Multi-layer protection from device to blockchain.

🔐 Ed25519 via Sysvar

All signatures verified on-chain via solana_instructions_sysvar::get_instruction_relative. Private key never leaves the device (ATECC608).

🛡️ Replay Protection

Monotonic nonce per device. MAX_PROOF_AGE = 1 hour. Duplicate nonces rejected on-chain.

📊 Energy Reputation

ERS tracks flawless operation, verified volume, and anomaly detection. High ERS = better rewards.

📋 STRIDE Model

Spoofing → Ed25519 · Tampering → Signed packets · Repudiation → Nonce+timestamp · DoS → Gas limits · Elevation → PDA architecture

🏭 Trust Levels

Basic (100 kWh/mo), Verified (10 MWh/mo), Industrial (unlimited), Institutional (unlimited).

🔍 Anomaly Detection

Sudden spikes, night-time generation, profile anomalies trigger automatic quarantine.

Roadmap

Q2–Q3 2026 Genesis — Foundation ✅

Smart contract, Oracle, ESP32 PoP, device registration, minting, documentation, ADRs.

Q4 2026 – Q1 2027 Mainnet — Platform 🚧

Device Registry, Provisioning Service, Device Manifest, Policy Engine, Dashboard, REST API.

Q2–Q3 2027 Vault Growth — Ecosystem

SDK, CLI, Developer Portal, Oracle Network, Community Contributions.

2028+ Global Standard

Multi-chain, Carbon Credits, Energy Marketplace, Full DAO Governance.

Built on Open Standards

Solana Anchor Phantom ESP32 Switchboard