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Tenzro
Tenzro

Tenzro Network: Decentralized Infrastructure

A peer-to-peer network powering distributed applications with automatic discovery, NAT traversal, and extensible node capabilities for storage, computing, and distributed ledgers.

Network Components

The Tenzro Network combines discovery, relay, and application-specific capabilities to create a flexible P2P infrastructure.

Bootstrap Nodes

Entry points for network discovery that help new nodes find peers, ensuring resilient connectivity and decentralized operation.

Relay Nodes

Facilitate connections between nodes behind NATs or firewalls, enabling peer communication regardless of network topology.

Storage Capabilities

Extend nodes with distributed storage functionality, creating a resilient data layer for decentralized applications.

Ledger Support

Implement distributed ledger protocols on the P2P network for secure, tamper-proof record keeping and consensus.

Network Capabilities

Tenzro Network provides a flexible foundation for building various distributed applications through specialized node capabilities.

Distributed Storage

Content-addressable storage with Merkle-DAG

Highly scalableAvailable

Tenzro Ledger

PBFT or Proof-of-Stake consensus

5-node validator setAvailable

Machine Learning

Distributed training and inference

Python nodes supportAvailable

Distributed Computing

Task scheduling and execution

Multi-language supportAvailable

NAT Traversal

Connect nodes behind firewalls

Built-in capabilityAvailable

Multi-language Support

Rust, Python, JavaScript, Go

4+ languagesAvailable

Network Architecture

A layered approach to decentralized infrastructure with clear separation between discovery and application layers.

Discovery Layer

  • Bootstrap nodes for network entry
  • DHT for peer discovery
  • mDNS for local network discovery
  • Relay nodes for NAT traversal
  • Automatic reconnection handling
  • Transport security with Noise/TLS

Protocol Layer

  • GossipSub for message propagation
  • Custom protocols for specialized node types
  • Protocol versioning and negotiation
  • Capability advertisement
  • Request/response patterns
  • Pub/sub for real-time updates

Application Layer

  • Distributed storage nodes
  • Distributed ledger nodes
  • Machine learning nodes
  • Compute nodes
  • Custom application nodes
  • Multi-language support

Security Layer

  • Peer authentication with Ed25519
  • Transport encryption
  • Message signing and verification
  • Byzantine fault tolerance
  • DoS protection mechanisms
  • Permissioned network support