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How does Newton Protocol work?
Newton Protocol operates as a verifiable automation layer that coordinates users, developers, operators and validators through a permissioned agent execution model. Its architecture offloads computation to off-chain agents while ensuring security and correctness through on-chain validation. The protocol relies on a DPoS consensus mechanism to maintain integrity and to finalize transactions.
Users
Users submit automation intents they want performed and delegate execution to intelligent agents. They do this by setting precise permissions — what should be done, under what conditions and with which assets. These permissions are bound to session keys, and can be revoked at any time. Users maintain control of their funds throughout the process.
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Newton Protocol (NEWT): On-chain finance meets intelligent automation
Advanced
Blockchain
Explainers
Altcoins
DeFi
Jul 2, 2025
10 min read
1,054
BTC
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Detailed Summary
Despite crypto finance’s promise of decentralized access and programmable logic, it primarily still relies on manual user intervention. Decentralized finance (DeFi) users must approve transactions, claim rewards, rebalance portfolios, monitor price thresholds and execute trades themselves. Even routine actions — such as harvesting staking yields, moving assets across chains or managing risk exposure — require active input through clunky interfaces. Complex workflows involving multiple steps across different protocols are especially cumbersome, and are prone to delays and human error.
Automating these actions would reduce friction and make on-chain finance more scalable, accessible and efficient. This is exactly what Newton Protocol (NEWT) offers. The platform introduces the first verifiable automation layer in crypto, allowing users to define their intent, automate complex tasks and delegate execution to autonomous agents operating on their behalf across protocols.
Newton allows users to set programmable permissions and rules around what can be done with their assets. These instructions are enforced using zero‑knowledge proofs (ZK proofs) and trusted execution environments (TEEs), ensuring that agents follow the rules without ever gaining complete control. Newton supports session keys bound to user‑defined policies so that tasks can be carried out autonomously without compromising security or custody.
All actions performed by agents are verifiable, constrained and revocable. Instead of managing every step manually, users describe what they want to happen, and the network ensures it executes the actions securely and transparently. The protocol represents a significant shift, from user‑driven, manual execution on-chain to intent‑based automation.
Key Takeaways:
Newton Protocol (NEWT), a decentralized solution, allows users to deploy intelligent agents that execute complex on-chain operations, based on predefined rules, thereby automating manual workflows in DeFi.
The platform's native token, NEWT, is used for staking and stake delegation, transaction execution fees, agent operator collateral, agent registration and protocol governance.
NEWT can be bought on Bybit as a USDT Spot pair and as a USDT Perpetual contract.
What is Newton Protocol?
Newton Protocol (NEWT) is a crypto automation infrastructure platform designed to carry out complex financial operations on behalf of users in a secure and verifiable way. Operations are carried out by programmable autonomous agents that handle delegated execution of tasks, such as asset transfers, swaps, staking actions, rebalancing on yield protocols and other forms of automated on-chain finance, all governed by user-defined permissions and enforced through cryptographic proofs. By shifting operational responsibility to off-chain agents while retaining on-chain verification, Newton streamlines on-chain finance without compromising on trust or control.
The protocol operates on Ethereum (ETH), as well as some Ethereum virtual machine (EVM)-compatible chains, and introduces a dedicated agent execution layer that connects users, developers and operators in an intent-driven system. It uses a delegated proof of stake (DPoS) consensus mechanism whose validators secure the network and verify agent actions using cryptographic evidence, such as attestations and ZK proofs. This structure allows the protocol to offload computational tasks while anchoring trust in a decentralized validator set.
Magic Labs and Newton
Newton Protocol officially launched its native token, NEWT, on Jun 24, 2025. The network’s early infrastructure and design were developed by Magic Labs, a company known for its work on embedded wallet infrastructure. Magic Labs was co-founded by Sean Li, Arthur Jen and Jaemin Jin in San Francisco, CA, in 2018. Newton is backed by the Magic Newton Foundation, which oversees the protocol's road map, early deployments and incentive structures.
Newton's primary role is to let users automate financial operations through agents that operate within strict boundaries set by the user. These agents execute logic off-chain, but rely on verifiable computation and permission models that keep user funds safe and usage transparent. The protocol supports revocable session keys and customizable execution policies enforced at the cryptographic level, creating a foundation for automation that remains accountable and auditable.
At a high level, Newton introduces a new execution layer to the crypto stack that’s focused on programmable autonomy. It serves users who want to automate on-chain workflows without giving up custody, developers who want to build advanced financial logic and operators who carry out tasks for rewards under strict, enforced constraints.
How does Newton Protocol work?
Newton Protocol operates as a verifiable automation layer that coordinates users, developers, operators and validators through a permissioned agent execution model. Its architecture offloads computation to off-chain agents while ensuring security and correctness through on-chain validation. The protocol relies on a DPoS consensus mechanism to maintain integrity and to finalize transactions.
Users
Users submit automation intents they want performed and delegate execution to intelligent agents. They do this by setting precise permissions — what should be done, under what conditions and with which assets. These permissions are bound to session keys, and can be revoked at any time. Users maintain control of their funds throughout the process.
Developers
Developers build automated agents that carry out specific types of operations, such as automated trading, yield optimization, cross-chain bridging or treasury rebalancing. They use Newton’s software development kit (SDK), as well as zero-knowledge machine learning (zkML) tools, to define agent logic and constraints. These AI agents are then published on the network, becoming available for operators to execute on behalf of users.
Operators
Operators are actors who select tasks from available orders on the automation marketplace and execute transactions based on user intent. They run the agents in TEEs, generate cryptographic ZK proofs and submit them to the protocol for validation. Once the proofs are verified, operators receive execution fees. Operator behavior is tracked, and reputation scores are assigned based on accuracy, performance and proof quality.
#Newt
$NEWT
@newton_xyz

Despite crypto finance’s promise of decentralized access and programmable logic, it primarily still relies on manual user intervention. Decentralized finance (DeFi) users must approve transactions, claim rewards, rebalance portfolios, monitor price thresholds and execute trades themselves. Even routine actions — such as harvesting staking yields, moving assets across chains or managing risk exposure — require active input through clunky interfaces. Complex workflows involving multiple steps across different protocols are especially cumbersome, and are prone to delays and human error.
Automating these actions would reduce friction and make on-chain finance more scalable, accessible and efficient. This is exactly what Newton Protocol (NEWT) offers. The platform introduces the first verifiable automation layer in crypto, allowing users to define their intent, automate complex tasks and delegate execution to autonomous agents operating on their behalf across protocols.
Newton allows users to set programmable permissions and rules around what can be done with their assets. These instructions are enforced using zero‑knowledge proofs (ZK proofs) and trusted execution environments (TEEs), ensuring that agents follow the rules without ever gaining complete control. Newton supports session keys bound to user‑defined policies so that tasks can be carried out autonomously without compromising security or custody.
All actions performed by agents are verifiable, constrained and revocable. Instead of managing every step manually, users describe what they want to happen, and the network ensures it executes the actions securely and transparently. The protocol represents a significant shift, from user‑driven, manual execution on-chain to intent‑based automation
What is Newton Protocol?
Newton Protocol (NEWT) is a crypto automation infrastructure platform designed to carry out complex financial operations on behalf of users in a secure and verifiable way. Operations are carried out by programmable autonomous agents that handle delegated execution of tasks, such as asset transfers, swaps, staking actions, rebalancing on yield protocols and other forms of automated on-chain finance, all governed by user-defined permissions and enforced through cryptographic proofs. By shifting operational responsibility to off-chain agents while retaining on-chain verification, Newton streamlines on-chain finance without compromising on trust or control.
The protocol operates on Ethereum (ETH), as well as some Ethereum virtual machine (EVM)-compatible chains, and introduces a dedicated agent execution layer that connects users, developers and operators in an intent-driven system. It uses a delegated proof of stake (DPoS) consensus mechanism whose validators secure the network and verify agent actions using cryptographic evidence, such as attestations and ZK proofs. This structure allows the protocol to offload computational tasks while anchoring trust in a decentralized validator set.
#Newt
$NEWT
@newton_xyz
Paid Promotion

Total supply is capped at 10 billion.
They have never read the mechanic that makes that cap matter.
It is called the Storage Fund. It is the most important thing in the Sui tokenomics docs that almost nobody has priced in yet.
Here is exactly how it works.
Every time a transaction adds data to the Sui blockchain, the user pays a storage fee.
That fee does not go to validators.
It goes into the Storage Fund, a pool of SUI that sits at the protocol level and never depletes.
Here is where most people stop reading.
The Storage Fund has its own stake in the network. It earns staking rewards the same way every other stakeholder does. Those rewards go directly to validators as compensation for storing historical data.
This solves a problem every other chain quietly ignores.
When a new validator joins Sui, they inherit every byte of data created before they existed. Why would any rational operator pay to store someone else’s history?
The Storage Fund pays them for it.
Past users funded the pool. Future validators collect from it indefinitely. The fund pays out only the returns on its capital, never the principal. It cannot be drained. It is designed to survive the network itself.
Now here is where the token value thesis lives.
The Sui documentation states it directly: deflation is a feature of Sui, not a bug.
The logic is exact:
Total supply is capped at 10 billion.
More network activity means more transactions.
More transactions mean more storage fees entering the fund.
A larger fund holds more SUI.
More SUI held in the fund means less SUI in active circulation.
Today, only about 40% of total supply is unlocked and in circulation. The Storage Fund tightens that float further with every transaction processed.
Less supply against growing demand is not a thesis. It is arithmetic.
There is one more mechanic worth knowing.
If you delete data you stored on chain, you receive a partial refund of your original storage fees. The protocol rewards deletion. It charges for storage and pays you to clean up after yourself.
The system compounds the fund. The fund compresses supply. Compressed supply against a hard cap reprices the token.
Most people holding $SUI today are pricing the speed narrative.
Parallel transaction processing. Sub-second finality. Move language safety.
They have not started pricing the storage fund.
The gap between what the tokenomics actually does and what the market currently understands is where the long-term thesis lives.
The fund is not new information. It is in the official documentation. The market just has not read it yet.
The people who read the docs always buy before the people who read the price.