The security of the Astherus protocol and the AsterDEX decentralized exchange rests on a multi-layered risk-management architecture. As a leading competitor of platforms such as Hyperliquid, we ensure institutional-grade transparency. The reliability of our infrastructure is confirmed by integrations and recognition from leading CEXs including Binance, Bitget and MEXC.
Below are the official audit reports confirming the absence of critical vulnerabilities in the matching mechanisms, liquidity routing and asset custody.
The audit architecture: CertiK, PeckShield, Halborn and Salus
CertiK Skynet & Kryll X-Ray (on-chain analytics)
Beyond static code analysis, AsterDEX security is continuously monitored by real-time platforms. CertiK Skynet tracks the Trust Score, contract security and the team's KYC verification status. Additionally, Kryll X-Ray tools are used for independent tokenomics scoring and the detection of hidden on-chain risks.
PeckShield, Halborn and Salus Security
Our partners specialize in preventing the key DeFi attack vectors:
- Reentrancy Attacks: verification of Checks-Effects-Interactions patterns in all withdrawal functions.
- Flash Loan Attacks: auditing the resilience of liquidity pools to manipulations with instant loans.
- Oracle Manipulation: analyzing the reliability of price feeds to protect against artificial distortion of liquidation prices.
The goal of every audit is an Unqualified Opinion. We do not allow smart contracts to be deployed to mainnet with an Adverse Opinion or unresolved critical vulnerabilities.
Risk Management and Fund Custody
Code auditing is inseparable from the overall concept of Fund Custody. The AsterDEX architecture separates trading logic from asset custody logic (AsterVault), minimizing exploit risks.
- The USDF stablecoin: as a base asset of the Astherus ecosystem, the USDF Stablecoin smart contracts (including USDFEarn) undergo an isolated audit to rule out unauthorized minting or balance freezes.
- Risk isolation: Timelock and Multi-Sig mechanisms are applied to all contract upgrades, guaranteeing protection from insider threats (rug pulls).
- The resolution process (Resolution Status): any vulnerabilities found during an audit — from Informational/Low to Medium/High — receive a Resolved status before product launch.
Official security reports (Smart Contract Audits)
Each provided report contains a vulnerability classification by severity (Vulnerability Severity): Critical, High, Medium, Low and Informational. All identified issues rated Medium and above in the current contract versions have a Resolved status.
| Component / Protocol | Auditor | Vulnerability summary (TL;DR) | Document |
|---|---|---|---|
| USDFEarn Ecosystem stablecoin |
PeckShield | 0 Critical, 0 High. The mint/burn mechanisms were deemed safe. Minor remarks resolved. | PDF report |
| AsterVault Fund custody |
Salus Security | Unqualified Opinion. No reentrancy attack vulnerabilities found. Deposit logic protected. | PDF report |
| asBNBEarn Yield module |
PeckShield | 1 Medium (Resolved). An APR calculation issue was fixed promptly before mainnet deployment. | PDF report |
| Astherus SSC Smart-contract core |
Halborn | Penetration test passed. Administrator rights are limited by a Timelock. | PDF report |
| ascake / AsBNB Tokenomics |
Salus Security | 0 Critical. The ERC-20 standard is implemented correctly. No inflation-bug risk. | PDF (ascake) |
Education hub: how to read DeFi audit reports?
For investors and analysts, it is important not just to have the PDF file but to be able to interpret its contents. Unlike traditional financial audits, smart-contract verification has its own specifics.
Unqualified vs Adverse Opinion
Unqualified Opinion: the ideal scenario. It means the contract's architecture matches the declared logic and contains no backdoors. All AsterDEX reports target exactly this standard.
Adverse Opinion: the contract contains critical flaws (for example, an owner able to block withdrawals). In such a case deployment is cancelled.
Status: Acknowledged vs Resolved
When vulnerabilities (findings) are discovered, the development team responds. A Resolved status means the code was rewritten and the vulnerability eliminated. An Acknowledged status applies to low-risk remarks (for example, non-optimized gas usage) that the team accepted without changing the architecture.
Real-time security monitoring
Source-code audits are the first step. For real-time platform security monitoring (including market risks and community sentiment), check the project's page on the CertiK Skynet analytics platform.
Check AsterDEX on CertiK Skynet