Security, by design.

1delta is designed to operate in production environments where correctness, reliability, and capital safety are critical.

Security is treated as a core system property across architecture, execution, and operations.

Audited by Certora

1delta’s core execution contracts have been independently reviewed by Certora, focusing on correctness, safety, and adversarial edge cases in complex transaction flows.

Report

Close-up of a scientist holding a tray of petri dishes with purple cultures, wearing gloves and safety gear.

Production Ready

Production-grade execution for real capital.

Transactions are simulated and validated before execution

Unsafe states, including liquidation paths, are prevented by design

Execution is constrained to explicit, user-controlled actions

Key Measures

01 Audits

1delta’s smart contracts have undergone security review, including analysis performed with Certora, to assess execution behavior and key safety properties.

01 Audits

1delta’s smart contracts have undergone security review, including analysis performed with Certora, to assess execution behavior and key safety properties.

01 Audits

1delta’s smart contracts have undergone security review, including analysis performed with Certora, to assess execution behavior and key safety properties.

02 Secure Design

The system is designed with a minimal onchain surface area, non-custodial execution, atomic transactions where possible, and strict permission boundaries to limit exposure.

02 Secure Design

The system is designed with a minimal onchain surface area, non-custodial execution, atomic transactions where possible, and strict permission boundaries to limit exposure.

02 Secure Design

The system is designed with a minimal onchain surface area, non-custodial execution, atomic transactions where possible, and strict permission boundaries to limit exposure.

03 Safety-aware execution

Transactions are validated against protocol constraints and risk conditions, preventing execution paths that would immediately result in unsafe states such as liquidation.

03 Safety-aware execution

Transactions are validated against protocol constraints and risk conditions, preventing execution paths that would immediately result in unsafe states such as liquidation.

03 Safety-aware execution

Transactions are validated against protocol constraints and risk conditions, preventing execution paths that would immediately result in unsafe states such as liquidation.

04 Pre-Transaction Simulation

Complex transactions are simulated prior to execution to validate expected outcomes, with execution paths designed to revert safely under invalid or unsafe conditions.

04 Pre-Transaction Simulation

Complex transactions are simulated prior to execution to validate expected outcomes, with execution paths designed to revert safely under invalid or unsafe conditions.

04 Pre-Transaction Simulation

Complex transactions are simulated prior to execution to validate expected outcomes, with execution paths designed to revert safely under invalid or unsafe conditions.

05 Active Health Monitoring

Lending pools and active positions are continuously monitored for changes in utilization, risk parameters, and protocol state that may impact execution or position safety.

05 Active Health Monitoring

Lending pools and active positions are continuously monitored for changes in utilization, risk parameters, and protocol state that may impact execution or position safety.

05 Active Health Monitoring

Lending pools and active positions are continuously monitored for changes in utilization, risk parameters, and protocol state that may impact execution or position safety.

Production-grade execution for real capital.

If you have further questions, please reach out via our Contact page.

How does 1delta prevent liquidation risk?

Are transactions executed atomically?

Does 1delta custody user funds?

How does 1delta handle protocol upgrades or changes?

What happens if market conditions change rapidly?

Is there protection against malformed or malicious inputs?

Fee-optimized routing across protocols and liquidity sources