Newton Protocol serves as a decentralized policy layer designed to make onchain compliance automatic, programmable, and verifiable. Developers establish rules that screen every transaction for factors such as identity, risk, or sanctions prior to execution, thereby defining how digital assets are allowed to move.

By encoding compliance, the protocol substitutes manual reviews with real-time, upgradeable enforcement. This allows AI agents, RWA platforms, stablecoin issuers, and financial institutions to satisfy changing regulatory demands at the transaction level while maintaining decentralization, privacy, and transparency.

These builder-defined rules, known as policies, utilize offchain and onchain data to determine if a transaction is blocked or approved. A decentralized operator network, secured by NEWT and Ethereum restaking, assesses each policy within Trusted Execution Environments (TEEs) and creates proofs demonstrating correct verification. Anyone can validate these results via the Newton Explorer.

The native utility token, NEWT, is utilized for:

• Fees for compliance compute.
• Rewards for network operators and delegated staking.
• Governance votes that shape the protocol.

The genesis block established a supply of 1 billion NEWT tokens, and the system includes no mechanisms for inflation. Complete details regarding tokenomics are available at newt.foundation.

Magic Labs co-founders Sean Li and Jaemin Jin conceived Newton Protocol. Magic Labs developed the crypto industry’s first embedded wallet, assisting over 200K developers in generating more than 50M wallets for early adopters including Polymarket, Forbes, Helium, WalletConnect, Mattel, and Naver.

The Magic Newton Foundation oversees the decentralization, open development, and adoption of Newton Protocol. An independent board of directors manages the Foundation. Further details are available in the transparency report at docs.newt.foundation.

Newton Protocol distinguishes itself by implementing compliance-as-code, which embeds verifiable and enforceable rules directly onchain. While smart contracts enabled programmable execution and oracles allowed for composable data, this protocol integrates compliance into the transaction workflow itself.

The system combines a policy layer, an operator network, and oracle adapters to assess each transaction against established guidelines, generating cryptographic proofs that validate the accuracy of these checks. Developers can draft and modify policies using standard languages such as Rego, while decentralized operators perform real-time evaluation and verification of the outcomes.

Due to its full composability, any dapp, stablecoin, or AI wallet can incorporate its policy client to automatically apply business or regulatory standards. This establishes a neutral, decentralized compliance infrastructure that links institutions, regulators, and autonomous agents via verifiable trust.