TRON Smart Contract Audit
No matter how great your project idea is, all of that will mean nothing if your smart contracts are vulnerable. A smart contract audit is an extra precaution and certification to make sure that your smart contracts work as they should. Our experts test for vulnerabilities, gas efficiency, and functionality.
Tron smart contract audit in a nutshell
Attack Vulnerability Tests
Here the team conducts an audit to check whether there are vulnerabilities in the code that hackers can exploit.
Detail Vulnerabilities & Concerns
The team checks for any vulnerabilities that may have slipped through the cracks and suggests possible solutions.
Inspect Contract Complexity
Some smart contracts are complex and because of that can use a lot of gas. We test to see if your contract has any gas inefficiencies.
Functional Audit
This stage is where we check the functional integrity of your smart contract. We see if your smart contract can successfully meet your expected results.
Pilot Report
We provide you with an initial report that contains the vulnerabilities we’ve found. Our experts will communicate the issues to your tech team.
Final Report
This report will be the document you can showcase to your users. The report will also reflect the bugs found in the first report and any fixes you make.
Our Tron Smart Contract Security Audit Process
01
Project Familiarization
Our team collaborates with your team to understand your project and business goals to make sure that our smart contracts meet your outcome expectations.
02
Manual Code Review
An audit expert manual goes through your smart contract code line by line to comb out any hidden vulnerabilities or code inefficiencies.
03
Automated Audit
The automated audit process allows us to quickly detect more than 100 known vulnerabilities in your Tron smart contract.
04
Functional Audit
The functional audit process is where we check whether your smart contracts can function the way you intended them to.
Vulnerabilities
Race Conditions
This happens when the code depends on the order of transaction submission. For example, let’s say that there is a reward system where users get rewards for submitting a task. 2 people can do the same task and submit it at the same time but the reward will go to the person that paid more gas. In this case, the person that paid more got their transaction mined first.
Cross-function Race Conditions
The hacker in this case calls transfer() when their code is executed on the external call in withdraw balance, and since their balance has not yet been set to 0, they are able to transfer the tokens regardless of whether they have already received the withdrawal.
Timestamp Dependence
This kind of attack happens when a smart contract has the block timestamp as a condition to execute important functions.
Reentrancy
This situation happens when a hacker uses another smart contract to exploit your smart contract’s vulnerabilities. They can attack your smart contract faster than any human can by creating multiple transactions within a single transaction and possibly drain funds inside your smart contract.
Front Running
This happens when an attacker listens to the node for transactions and initiates their own transaction before or instead of the observed transaction.
Integer Overflow and Underflow
This happens with inputs where the size of the input does not meet the boundaries of the integer variable.
How do we work?
Preparation
The process starts with us connecting with you and your developers to understand the goals of the project.
Communication
We will be in close communication with your tech team throughout the process so that issues can be quickly resolved.
Audit
We conduct a thorough audit of your smart contract and provide you with a pilot report that includes issues and suggestions.
Fixes
This time is for revision. You can rectify the issues in the pilot audit and ask us to republish the report.
Report
The final report will contain the issues found and the fix made. The final report will be available publicly.
Benefits Of Tron Smart Contract Audit
Better optimization of the code
We check your smart contracts thoroughly and suggest optimizations to improve gas efficiency and speeds.
Improved performance of smart contracts
With an audit, you don’t just get a report, you also get consulting support from our experts to maximize the performance of your smart contracts.
Best Practices
We also suggest best practices to follow that will make your code presentable and professional.
Security against hacking attacks
Vulnerabilities can hurt your project before it even starts. We help you guard against that by securing your code.
Why choose us?
Security Audit within 24HRS
A Basic security audit takes around 24 hours to complete. If you’re a token project then this allows you to launch quickly.
Audit by 4 unprejudiced experts
We put your smart contracts through 4 security experts so that you can rely on the report always.
1 Free Revision
You can opt for 1 free revision of the final report in case you want to change something additional. We will mark that in the latest audit report.
We Audit all EVM-based Chains
If you plan on expanding to other chains, no worries. Our team is capable of auditing all EVM-Based smart contracts.
Frequently Asked Questions
Do you disclose the results of the audits?
The pilot report is always private. We will publish the full report on our website and other platforms such as GitHub.
Will you review the contract again after I fix the bugs?
Yes, we allow 1 free revision of final report, in case you’ve changed something.
Can we publish the audit in our channels?
Yes, you are free to post the audit report anywhere you like, provided that you inform our executives of where and why you’re posting it.
How much do you charge for Tron smart contract audit?
Since each smart contract is different, we provide tailor-made solutions for Tron smart contract development so that you only pay what you have to.
What will you check for during the audit process?
We check for smart contract vulnerabilities, functional issues, gas inefficiencies and if industry best practices were followed.