Casper Network

Description

Casper is a Proof-of-Stake Layer-1 blockchain designed to serve as infrastructure for regulated real-world assets and machine-native commerce. The network runs on Zug Consensus, a deterministic protocol offering instant finality that is crucial for financial transactions, regulated assets, and enterprise workflows. Casper is also among the first Layer-1 networks to support multiple VMs running in parallel, allowing applications with different technical needs to operate natively on the same chain without relying on rollups or Layer-2 solutions. Offering a familiar and modern development environment, Casper prioritizes developer accessibility. Supporting Rust, WebAssembly (WASM), and SDKs in mainstream languages like JavaScript, Python, and Go, Casper enables millions of developers, not just Web3 specialists, to build production-grade blockchain applications without learning obscure or domain-specific tools. The Casper roadmap is guided by three connected priorities: frictionless user experiences, institutional-grade control for real-world assets, and native infrastructure for AI agents and autonomous on-chain activity. This direction is reflected across initiatives such as smart accounts, x402 payment support, MCP-native tooling, AI Agent Skills, EVM compatibility, transaction privacy, and quantum-safe cryptography.