NewtonProtocol
98 Posts
NewtonProtocol
Square Verified+Report
Block User
Authorization layer for onchain finance.
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A deposit can hide a value-skim attack beneath an apparently valid transaction
Blockaid simulation data lets Newton policies flag excessive outbound value and block the transaction before execution.
A deposit can hide a value-skim attack beneath an apparently valid transaction
Blockaid simulation data lets Newton policies flag excessive outbound value and block the transaction before execution.
Blockaid simulation data lets Newton policies flag excessive outbound value and block the transaction before execution.
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Reserve and solvency data tell a policy whether an asset or system is still adequately backed
Newton is provider-agnostic, so you can bring your preferred data source, evaluate the condition, and enforce the rule before the transaction executes
Reserve and solvency data tell a policy whether an asset or system is still adequately backed
Newton is provider-agnostic, so you can bring your preferred data source, evaluate the condition, and enforce the rule before the transaction executes
Newton is provider-agnostic, so you can bring your preferred data source, evaluate the condition, and enforce the rule before the transaction executes
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Newton Protocol is built around three core pillars:
- Verifiable credentials
- Programmable policy
- Cross-chain interoperability
Together, they enable transaction-level authorization across onchain finance
Newton Protocol is built around three core pillars:
- Verifiable credentials
- Programmable policy
- Cross-chain interoperability
Together, they enable transaction-level authorization across onchain finance
- Verifiable credentials
- Programmable policy
- Cross-chain interoperability
Together, they enable transaction-level authorization across onchain finance
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A position is only as safe as its exit. The Pharos Treasury policy uses data to measure how much can actually be sold within a set cost, and allows exposure only when that capacity comfortably covers the position.
A position is only as safe as its exit. The Pharos Treasury policy uses data to measure how much can actually be sold within a set cost, and allows exposure only when that capacity comfortably covers the position.
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How Newton Protocol authorizes a transaction:
- Intent: A user proposes a transaction
- Evaluation: Operators gather the required data
- Consensus: The network agrees on the outcome
- Attestation: A cryptographic proof is issued
- Enforcement: The contract settles/blocks the transaction
How Newton Protocol authorizes a transaction:
- Intent: A user proposes a transaction
- Evaluation: Operators gather the required data
- Consensus: The network agrees on the outcome
- Attestation: A cryptographic proof is issued
- Enforcement: The contract settles/blocks the transaction
- Intent: A user proposes a transaction
- Evaluation: Operators gather the required data
- Consensus: The network agrees on the outcome
- Attestation: A cryptographic proof is issued
- Enforcement: The contract settles/blocks the transaction
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Oracle and risk data providers supply the inputs policies need to evaluate transactions
Newton Protocol is provider-agnostic, so market, credit, vault, and other external data can feed into its policies and have the resulting conditions enforced before value moves
Oracle and risk data providers supply the inputs policies need to evaluate transactions
Newton Protocol is provider-agnostic, so market, credit, vault, and other external data can feed into its policies and have the resulting conditions enforced before value moves
Newton Protocol is provider-agnostic, so market, credit, vault, and other external data can feed into its policies and have the resulting conditions enforced before value moves
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This is the workflow behind Newton Protocol's authorization layer:
- Request: User initiates, dApp submits
- Evaluate: Operators evaluate the policy
- Decision: Allow or Deny
- Attestation: BLS-signed approval
- Enforce: Contract verifies before execution
This is the workflow behind Newton Protocol's authorization layer:
- Request: User initiates, dApp submits
- Evaluate: Operators evaluate the policy
- Decision: Allow or Deny
- Attestation: BLS-signed approval
- Enforce: Contract verifies before execution
- Request: User initiates, dApp submits
- Evaluate: Operators evaluate the policy
- Decision: Allow or Deny
- Attestation: BLS-signed approval
- Enforce: Contract verifies before execution
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Policy Composability
The ability to combine multiple rules and data sources into a single authorization policy.
Newton policies can combine sanctions data, KYC credentials, market data, jurisdiction checks, and other inputs to determine whether a transaction is authorized.
Policy Composability
The ability to combine multiple rules and data sources into a single authorization policy.
Newton policies can combine sanctions data, KYC credentials, market data, jurisdiction checks, and other inputs to determine whether a transaction is authorized.
The ability to combine multiple rules and data sources into a single authorization policy.
Newton policies can combine sanctions data, KYC credentials, market data, jurisdiction checks, and other inputs to determine whether a transaction is authorized.
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The authorization layer for assets on the move
Newton
The authorization layer for assets on the move
Newton
Newton
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Privacy-preserving authorization
Newton uses selective disclosure so users can prove specific attributes without exposing the underlying identity data
Privacy-preserving authorization
Newton uses selective disclosure so users can prove specific attributes without exposing the underlying identity data
Newton uses selective disclosure so users can prove specific attributes without exposing the underlying identity data
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Newton is the authorization layer for assets on the move, enforcing rules before transactions execute
Newton is the authorization layer for assets on the move, enforcing rules before transactions execute
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Counterparty risk is the risk associated with who is on the other side of a transaction.
Integrations such as Arkham can provide entity identities, wallet roles, and risk tags used by Newton policies when evaluating transactions.
Counterparty risk is the risk associated with who is on the other side of a transaction.
Integrations such as Arkham can provide entity identities, wallet roles, and risk tags used by Newton policies when evaluating transactions.
Integrations such as Arkham can provide entity identities, wallet roles, and risk tags used by Newton policies when evaluating transactions.
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A rule is enforceable when a transaction cannot execute unless the rule is satisfied
- policy defines the rule
- data + evaluation determine the outcome
- proof makes the outcome verifiable
- enforcement makes it binding
This flow makes rules enforceable
A rule is enforceable when a transaction cannot execute unless the rule is satisfied
- policy defines the rule
- data + evaluation determine the outcome
- proof makes the outcome verifiable
- enforcement makes it binding
This flow makes rules enforceable
- policy defines the rule
- data + evaluation determine the outcome
- proof makes the outcome verifiable
- enforcement makes it binding
This flow makes rules enforceable
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Settlement without authorization is incomplete
Settlement without authorization is incomplete
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Data oracles provide external data to Newton’s policy engine for evaluation.
Integrations such as Redstone can provide asset prices and other financial data used by Newton policies when evaluating transactions.
Data oracles provide external data to Newton’s policy engine for evaluation.
Integrations such as Redstone can provide asset prices and other financial data used by Newton policies when evaluating transactions.
Integrations such as Redstone can provide asset prices and other financial data used by Newton policies when evaluating transactions.
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Want to add an authorization layer to your stack?
Newton lets you define the policy, connect it to your smart contract, and execute transactions with verified attestations
Build from scratch or start with an existing policy
Want to add an authorization layer to your stack?
Newton lets you define the policy, connect it to your smart contract, and execute transactions with verified attestations
Build from scratch or start with an existing policy
Newton lets you define the policy, connect it to your smart contract, and execute transactions with verified attestations
Build from scratch or start with an existing policy
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Newton operates as the authorization layer between transaction intent and onchain execution.
The analogy to card payment networks is precise:
Newton operates as the authorization layer between transaction intent and onchain execution.
The analogy to card payment networks is precise:
The analogy to card payment networks is precise:
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Newton enforces policy at the point of execution.
Operators evaluate an intent and produce an attestation, which the smart contract verifies before the transaction can execute.
Newton enforces policy at the point of execution.
Operators evaluate an intent and produce an attestation, which the smart contract verifies before the transaction can execute.
Operators evaluate an intent and produce an attestation, which the smart contract verifies before the transaction can execute.
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Newton Architecture Layers
Policy: a Rego program on IPFS setting a transaction's conditions
Compute & Consensus: operators evaluate the transaction, signatures aggregate into one proof
Verification & Execution: a contract validates the proof, then executes or blocks the transaction
Newton Architecture Layers
Policy: a Rego program on IPFS setting a transaction's conditions
Compute & Consensus: operators evaluate the transaction, signatures aggregate into one proof
Verification & Execution: a contract validates the proof, then executes or blocks the transaction
Policy: a Rego program on IPFS setting a transaction's conditions
Compute & Consensus: operators evaluate the transaction, signatures aggregate into one proof
Verification & Execution: a contract validates the proof, then executes or blocks the transaction
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See translation
How Newton Works
You write policies defining when transactions are allowed.
Then it moves through 5 steps:
Intent
Evaluation
Consensus
Attestation
Enforcement
Operators evaluate policy, agree on the result, produce a cryptographic proof, and the SC verifies it pre-settlement.
How Newton Works
You write policies defining when transactions are allowed.
Then it moves through 5 steps:
Intent
Evaluation
Consensus
Attestation
Enforcement
Operators evaluate policy, agree on the result, produce a cryptographic proof, and the SC verifies it pre-settlement.
You write policies defining when transactions are allowed.
Then it moves through 5 steps:
Intent
Evaluation
Consensus
Attestation
Enforcement
Operators evaluate policy, agree on the result, produce a cryptographic proof, and the SC verifies it pre-settlement.
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