Network Protocols

The GAYA Blockchain is built as a Layer 1 solution incorporating Ethereum Virtual Machine (EVM) principles and protocols. This approach leverages a robust networking infrastructure designed to facilitate seamless communication and efficient data transmission across the network.

Protocol Types

DevP2P Protocol Adaptation for GAYA

• Purpose: The DevP2P protocol manages peer-to-peer communication, ensuring that data is transmitted securely and efficiently.

Components:

• RLPx: Handles encryption and multiplexing, ensuring secure, multi-channel data transfer.

• GAYA Wire Protocol: A custom protocol specifically developed for handling blockchain-specific data exchange on the GAYA network.

Kademlia DHT Adaptation for GAYA

• Purpose: Kademlia DHT (Distributed Hash Table) enables decentralized node discovery, allowing nodes within the GAYA network to locate one another effectively.

Mechanisms:

• Node Identification: Each node is uniquely identified within the DHT, making it easy to locate.

• Routing: Nodes use XOR distance metrics to route queries and locate peers efficiently, facilitating streamlined connections across the network.

Data & Block Propagation

Data propagation on the GAYA network ensures that transactions and blocks are distributed rapidly and effectively across nodes.

The ‘Gossip protocol’ disseminates transactions and blocks across nodes, allowing each to propagate data further, ensuring that all nodes process and validate new information efficiently.

Block propagation ensures that newly mined blocks reach all network nodes:

• Block Broadcasting: Each mined block is broadcast to connected peers.

• Fast Sync: Nodes can quickly update their state by downloading recent blocks and state data, maintaining synchronization.

Security

Security measures on the GAYA network are fundamental for protecting data integrity and ensuring a trusted environment:

• Encryption: Encrypts data exchanged between nodes, safeguarding confidentiality.

• Signature Verification: Validates cryptographic signatures on transactions and blocks to prevent unauthorized alterations.

• Anti-Sybil Measures: Prevents malicious nodes from creating multiple fake identities, protecting the network from potential attacks.

These combined security layers—encryption, signature validation, and anti-Sybil defenses uphold the network’s reliability and protect users’ assets and data.