Welcome to the official repository of Octra Labs, the team behind Octra Network – a scalable, decentralized platform built for fully homomorphic encrypted (FHE) computation and storage.

Octra is a next-generation decentralized P2P network that enables secure data processing and storage using FHE, empowering developers to build privacy-preserving, scalable applications.

• 🔐 FHE-by-default: Process encrypted data without decrypting it.
• 🧠 Parallel HFHE Computing: Scalable encrypted logic on hypergraphs.
• 🧱 Modular Architecture: Build dApps, blockchains, AI agents, and more.
• 📦 Circles: Encrypted isolated environments for compute, storage, or apps.
• ⚡ High Performance: Over 800 TPS in testnet with scalable throughput.
• 🗄️ Native Decentralized Storage: Verifiably encrypted, torrent-style storage.
• 🤝 Interop Support: Use Octra as L1, co-processor, or encrypted state layer.

Octra enables secure applications across sectors:

• Private stablecoin payments
• Confidential DeFi and smart contracts
• Encrypted decentralized AI training
• Secure rollups and confidential compute layers
• Real-world asset tokenization
• Barter/dark pool markets and privacy-preserving CEX alternatives
• Identity and compliance with full user control

• Octra Protocol – P2P actor-based message routing layer
• Circles – Encrypted execution environments
• Octra Network – Infinitely scalable Layer 1
• HFHE Engine – Parallelized homomorphic compute model
• DSN – Native decentralized storage layer
• Proof of Useful Work (PoUW) – Validator rewards based on real computation

• Bootstrap Nodes – Sync and state authority
• Standard Validators – Handle compute/storage tasks
• Light Nodes – Run anywhere, minimal resource footprint

Build apps using:

• 🦀 Rust
• 💻 C++
• 🌐 WASM

Octra includes support for:

• Encrypted smart contracts
• Private proxy contracts
• System services
• Formal verification of critical components

Find the full developer documentation, SDKs, and deployment guides at:

👉 https://docs.octra.org

• Current testnet: ~800 TPS with 24 nodes (64 GB RAM, 8 vCPU, 10 TB SSD)
• Optimized for O(n) consensus and epoch-based HFHE key rotation
• Scalable with adaptive validator scoring and decentralized signing

• End-to-end encrypted data and computation
• No raw data ever revealed—even to validators
• Quantum-resistant architecture
• Deterministic key sharding with zero trust and no quorum assembly

• 🔧 SDK & CLI tools
• 🔭 EVM/SVM Rollup integration
• 🧠 Confidential AI model inference
• 🔒 Governance framework (IEEE-aligned)
• 🧬 GPU-accelerated FHE operations

Octra governance is guided by:

• Usability & simplicity
• Sustainable decentralization
• Scalability with community
• Policy-based upgrade processes

This repository is governed by the Octra Labs Association and its affiliates. See LICENSE for terms. Note: this is not an offer of security or financial instrument.