OKX Labs

OKX Labs

@OKXlabs
Live
Cantina-Triaged

Maximum reward

$1,000,000

Severity

Max. Reward

Critical

$1,000,000

High

$100,000

Medium

$10,000

Deposit required

$10

Findings submitted

548

Start date

30 Jan 2026

KYC

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In scope

Severity

Min and Max Reward

Critical

Up to $1,000,000


High

Up to $100,000


Medium

Up to $10,000


Low
Discretionary

In-scope smart contract repositories.

Note: Actual reward amounts are determined at OKX Labs’ sole discretion. Key factors include report quality, completeness of technical details, clarity of PoC, and real-world exploitability.

Name
Description
Asset
DEX-Router-EVM-V1

Contracts on various chains as specified here

DEX-Router-Solana-V1

Contracts on solana as specified here

DEX-Router-Sui-V1

Contracts on SUI as specified here

DEX-Router-Aptos-V1

Contracts on Aptos as specified here

Web3-DEX-EVM-PMM

Contracts on various chains as specified here

Boost-TokenDistributor-Solana

Contracts on solana as specified here

Boost-TokenDistributor-EVM

Contracts on various chains as specified here

Boost-Token-Locker

Contracts on various chains as specified here

okx-smart-wallet-evm

A modular and secure smart contract wallet implementation unifying EOA and smart contract accounts with support for multiple execution patterns and advanced security features.

Out of scope

The following are explicitly excluded from the program scope:

  • Contracts deployed on testnets, devnets, or mainnets for testing/internal use only.
  • Third-party dependencies, third-party contracts integrated by OKX Labs, or code not under direct OKX Labs control.
  • Repository branches other than main.
  • Issues identified in previous security audits or reviews.
  • Vulnerabilities in non-standard ERC20 tokens (unless explicitly supported by the project).
  • Rounding errors with no material impact on users or funds.
  • User errors caused by obviously incorrect parameter inputs.
  • Vulnerabilities that only manifest under extreme market conditions.
  • Incorrect data from third-party oracles (note: oracle manipulation and flash loan attacks remain in scope).
  • Theoretical exploits without a practical, reproducible proof-of-concept.
  • Issues requiring access to leaked private keys, credentials, or privileged accounts.
  • Vulnerabilities arising from Sybil attacks.
  • Centralization risks, basic economic/governance attacks (e.g., 51% attacks), or protocol design choices.
  • Gas optimization issues, high gas costs, or best practice suggestions.
  • Submissions generated entirely by ChatGPT or other LLM tools (unless supplemented with original validation and analysis).