Our comprehensive audit process ensures the security of your Web3 project on the Sui Network. Our team investigates potential vulnerabilities in the code and provides effective solutions to safeguard your platform. Trust us to protect your Web3 infrastructure and give stakeholders the confidence to interact with your ecosystem.
QuillAudits provides comprehensive security for your smart contract on the Sui blockchain, with expertise in the Move smart contract language development framework. Our audit process investigates vulnerabilities and provides effective solutions to protect your platform, ensuring stakeholders' trust in your ecosystem.
A smart contract audit can help identify potential security vulnerabilities in the code. This can help prevent hacking attempts and other malicious activities.
By identifying potential risks, a smart contract audit can help reduce the risk of financial loss and other negative consequences associated with smart contracts.
A smart contract audit can help detect bugs and other issues before the contract goes live, saving time and money in the long run
An audit can identify areas where the contract functionality can be improved, leading to better performance and a more efficient contract.
A Move smart contract audit reviews the quality of the code, including its structure, organization, documentation, and readability. This includes reviewing the use of functions and variables, control structures, and comments.
The audit reviews the gas efficiency of the contract, ensuring that it is optimized to minimize transaction costs and maximize performance.
The audit tests the contract with various edge cases, including unexpected inputs and outputs, to ensure that it operates as expected under a range of conditions.
The audit reviews the contract's code for the presence of any backdoors or other vulnerabilities that could be exploited to gain unauthorized access or manipulate the contract's behavior.
Title | Relationships |
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Business Logic Review | Reviewing the business logic of the smart contract, including the purpose and objectives of the contract, the inputs and outputs, and the interactions with other smart contracts. |
Security Analysis | Analysing the code for potential security vulnerabilities and checking for compliance with best practices, such as the OpenZeppelin security library. |
Gas Optimisation | Reviewing the gas consumption of the smart contract code to identify areas where it can be optimised to reduce transaction costs. |
Functionality Testing | Testing the functionality of the smart contract, including its ability to execute the intended transactions, handle edge cases, and respond to unexpected inputs. |
Code Review | Reviewing the move code for syntax errors, logical inconsistencies, and other issues that could impact the performance or security of the smart contract. |
Each year, millions drain down the crypto hacks. Here are a few examples how hackers took advantage of the loopholes in the code to escape with millions:
In March 2022, $615M were stolen from Ronin Network, a platform powering the popular mobile game Axie Infinity.
In August 2021, the criminals transferred $611M-worth of Poly Network tokens to three wallets they controlled.
In September 2020, $275m worth of cryptocurrency was stolen from the Singapore-headquartered exchange KuCoin.
Caption: Values calculated according to cryptocurrency prices at the time of the theft
Source: Statista/Bloomberg, Business Insider, TechCrunch, CNBC, Ronin Network, Vice.
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