Kaspa Network Launches Rusty Kaspa Node, Setting Stage for Network Advancements

Kaspa Network introduces Rusty Kaspa (RK) node in open beta, signaling a move towards an enhanced network engine. As part of the beta phase, RK nodes currently account for 25% of the P2P network and 29% of the hashrate.

Kaspa Network Deploys Open Beta of Rusty Kaspa Node, Paving the Way for Network Enhancements

May 14, 2024 - The Kaspa network has introduced the initial stable release of its Rusty Kaspa (RK) node, marking a significant step towards realizing substantial network improvements.

The RK node, currently in open beta, constitutes approximately one-quarter of the network's peer-to-peer (P2P) infrastructure and handles 29% of the total hashrate. Its adoption is crucial for unlocking key network advancements, including:

• Enhanced Mainnet Speed: The RK node enables the mainnet to operate at an accelerated block propagation rate of 10 blocks per second (BP).
• Scalability to DagKnight: The RK node provides the foundation for scaling the network to DagKnight, a modified version of the CryptoNight mining algorithm that reduces hardware reliance.
• Smart Contract Support: The RK node supports the implementation of smart contract opcodes, allowing for the development of decentralized applications on the Kaspa network.

Furthermore, the RK node offers immediate advantages to node operators, such as:

• Near-Constant Storage: The RK node efficiently manages the blockchain database, resulting in minimal storage space requirements.
• Rapid Synchronization: The RK node's optimized synchronization process significantly reduces the time required to join the network.
• rPC Software Stack: The RK node utilizes a modern Remote Procedure Call (RPC) software stack, providing a user-friendly interface for interacting with the network.

The Kaspa network's transition to the RK node is a testament to the ongoing efforts to enhance the network's performance, scalability, and functionality. As the open beta progresses, the Kaspa team will continue to refine and optimize the RK node, ensuring a seamless transition to the stable release.