Smart contract hold assets of millions of worth, all the issues and security flaws must be solved before deploying on mainnet (explain attacks and also their solution).
Secure code have high chances of project success and also it will help in listing your token or projects on exchanges.
Your code should justify your use-case.
If your smart contract Verified by 3rd party Auditor, it gain value in market as well as attract investor.
Decentralised applications are recognised as combination of smart contracts + web interface + wallet, Smart contract audit is not enough for a Dapps, as web interface, backend and wallet must undergo for penetration testing to prevent any attacks on dapp.
Smart contract audit is a process of validating functionality of a smart contract and to find a security loopholes of smart contracts and correct them, our rigorous smart contract audit process is enough to prevent your smart contract from known attacks and other vulnerabilities.
We follow Smart Contract Weakness Classification (Scw registry) to standardised vulnerabilities of smart contracts and to define a common language for describing security issues in smart contract systems architecture, design, or code.
|SWC No||Audit Item|
|SWC-132||Unexpected Ether balance|
|SWC-131||Presence of unused variables|
|SWC-130||Right-To-Left-Override control character (U+202E)|
|SWC-128||DoS With Block Gas Limit|
|SWC-127||Arbitrary Jump with Function Type Variable|
|SWC-125||Incorrect Inheritance Order|
|SWC-124||Write to Arbitrary Storage Location|
|SWC-122||Lack of Proper Signature Verification|
|SWC-121||Missing Protection against Signature Replay Attacks|
|SWC-120||Weak Sources of Randomness from Chain Attributes|
|SWC-119||Shadowing State Variables|
|SWC-118||Incorrect Constructor Name|
|SWC-115||Authorization through tx.origin|
|SWC-114||Transaction Order Dependence|
|SWC-113||DoS with Failed Call|
|SWC-112||Delegatecall to Untrusted Callee|
|SWC-111||Use of Deprecated Solidity Functions|
|SWC-109||Uninitialized Storage Pointer|
|SWC-108||State Variable Default Visibility|
|SWC-106||Unprotected SELFDESTRUCT Instruction|
|SWC-105||Unprotected Ether Withdrawal|
|SWC-104||Unchecked Call Return Value|
|SWC-102||Outdated Compiler Version|
|SWC-101||Integer Overflow and Underflow|
|SWC-100||Function Default Visibility|
Ethereum Smart Contract Audit is a process of validating functionality of a smart contract and to find a security loopholes of Smart Contracts and correct them.
Ethereum Smart Contract Audit is for everyone who is dealing with smart contracts, either you have an ICO, STO, fintech, Games or any Dapp solution based on Smart Contract you should go for third party Audit
Ethereum Smart Contract Audit assured that functionalities of smart contract is working properly and there is no loophole for attackers to attack on your smart contracts.
We choose One Project each month for a Free Detailed Audit