Newton Protocol is a decentralized infrastructure for verifiable onchain automation and secure agent delegation. It allows users, DAOs, and protocols to safely authorize agents to perform complex tasks through programmable permissions, without relying on centralized bots or offchain coordination. By combining trusted execution environments (TEEs), zero-knowledge proofs (ZKPs), and modular architecture, Newton brings full onchain automation with transparency and trust.

While early tools like Magic improved crypto access, adoption still lags due to fragmented workflows and manual effort. Tasks like bridging or staking remain complex and discourage participation. Newton addresses this by enabling application abstraction—users set goals, and intelligent agents handle execution within cryptographically proven boundaries.

Built by Magic and the Magic Newton Foundation, Newton redefines automation as a secure, trust-minimized primitive. It empowers developers to build smart agents, rewards reliable execution, and provides the verifiable foundation needed for scalable, user-driven finance and onchain activity.