In Web3 In the field, Newton Protocol, as a decentralized economic protocol, is addressing the trust issues of blockchain automation through technological innovation. The project is jointly built by the Magic team and the Magic Newton Foundation, with the core goal of utilizing Zero-Knowledge Proofs (ZKP) and Trusted Execution Environment (TEE) technology to achieve the secure automated execution of user tasks in a cross-chain environment, where each step of the operation can be cryptographically verified and traced.

Core Values and Technical Architecture of Newton Protocol

Current Web3 users face fragmented operations and high risks of manual execution, especially in scenarios such as cross-chain transactions and staking management. Newton Protocol proposes three major design principles that directly address the pain points:

1. Scoped Autonomy: Users set the funding limits, behavioral scope, and operational conditions of agents through zkPermissions, with the system enforcing the prevention of abuse of power.

2. Verifiable Integrity: All agent operations generate ZKP proofs, ensuring that actions align with authorizations and guaranteeing security when involving AI or high-value transactions.

3. Earned Reputation: Agents accumulate reputation points, and violations will incur economic penalties, creating an ecosystem that balances incentives and constraints.

Its operational process includes developer modeling, user intention submission, off-chain execution by the operator (generating TEE/ZKP proofs), on-chain verification, and reputation updates, forming a closed-loop verifiable automation system.

NEWT Token Economics and Functions

As the protocol’s native token, NEWT is the core of the ecological operation, and its economic model is designed as follows:

• Total supply: 1 billion coins, initial circulating supply of 215 million coins (21.5%).

• Distribution structure:

• 60% for community ecological development (48 months linear unlocking).

• 40% allocated to core contributors, early supporters, and Magic Labs (12 months lockup followed by 36 months linear release).

• Token uses:

• Staking and network security: used for delegated proof of stake (dPoS) consensus mechanism.

• Fee payment: users pay gas fees when initiating proxy trades.

• Developer incentives: pay model registration fees and receive usage sharing.

• Governance participation: vote on proposals for protocol upgrades, fund usage, etc.

  NEWT price movement and market analysis

  NEWT will be listed on exchanges like Gate on June 24, 2025, experiencing severe fluctuations:

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• Early listing: opening price $0.49, surging 67% to $0.82 within hours.

• Profit-taking: concentrated cashing out by airdrop recipients led to a 44% price drop, hitting a low of $0.46.

• Current data (June 30, 2025): price $0.4, market cap $88 million, 24-hour trading volume $6.5 million.

The large model predicts an average price of $1.44 in 2025, while Cryptoticker’s expectation for 2025 is only $1.0806. The difference stems from varying judgments on the speed of technology implementation and market adoption.

Summary: Risks and Potential Coexist

Newton Protocol fills the trust gap in Web3 through verifiable automation, providing the infrastructure for the integration of AI agents and on-chain economy. Although NEWT experiences significant volatility in the short term due to airdrop sell pressure, its long-term value depends on the protocol adoption rate and ecosystem expansion progress. Investors should pay attention to:

1. Technical Progress: Stability and cost optimization of ZKP/TEE in practical applications.

2. Token Unlocking: Market pressure that may arise from team share releases starting in 2026.

3. Ecosystem Growth: The activity level of the developer community and the diversity of agent models.

For Web3 participants with a high-risk tolerance, Newton represents a bet on an automated future; for conservative investors, closely monitoring its technological milestones and on-chain data remains a rational choice.