Our comprehensive audit process ensures the security of your Web3 project on the Fantom 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 Fantom smart contract audit, with expertise in the Solidity smart contract language development framework. Our audit process investigates vulnerabilities and provides effective solutions to protect your platform, ensuring stakeholder trust in your ecosystem.
QuillAudits Audit can help to identify potential security vulnerabilities or weaknesses in the smart contract's code that could be exploited by attackers. This can help to prevent loss of funds or other undesirable outcomes.
QuillAudits Team review the design and functionality of the smart contract to ensure that it properly represents the terms of the agreement between parties and that it performs as intended.
Smart contracts on the Fantom blockchain may need to comply with various standards such as ERC-20, ERC-721, ERC-1155 etc. QuillAudits Audit ensures that the smart contract adheres to these standards and meets the necessary requirements.
An audit can also help to improve the overall quality of the smart contract's code,This can save time and resources for developers and prevent potential headaches for users.
A smart contract audit reviews the code's quality, including structure, organization, documentation, readability, adherence to industry standards, and best practices.
The audit assesses the contract's gas efficiency to optimize transaction costs and maximize performance.
The audit tests the contract with various edge cases, including unexpected inputs and outputs, to ensure reliable operation under different conditions.
The audit examines the code for backdoors, vulnerabilities, and ensures appropriate user access controls, protecting against unauthorized access and manipulation while enhancing functionality.
Title | Relationships |
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Security vulnerabilities | The smart contract should be thoroughly analyzed for any security vulnerabilities, including potential exploits, reentrancy attacks, and other vulnerabilities that could compromise the contract's security. |
Accuracy of code | The code should be reviewed to ensure that it accurately reflects the intended functionality of the contract, and that there are no logical or syntactical errors. |
Contract architecture | The architecture of the contract should be reviewed to ensure that it is well-designed and follows best practices. This includes considering issues such as modularity, separation of concerns, and clarity of functions. |
Edge cases | The contract should be tested against a variety of edge cases, including scenarios that may not be explicitly covered in the contract's documentation. This can help identify potential issues that may arise in real-world usage. |
External dependencies | The smart contract's external dependencies, such as external contracts, oracle feeds, should be reviewed to ensure that they are secure and trustworthy. |
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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