Olympix forces untested logic to break. It mutates contracts, finds ghost paths, and shows where test suites are silently failing to defend the system. Before mainnet. Where it still matters.

Olympix stress-tests your suite with mutation logic, exploit pattern simulation, and AI-generated tests. Continuous Integration (CI) becomes a risk signal, not a formality. Less trust. More proof.

Olympix mutates smart contract logic and pressure-tests your suite. If it breaks, you fix it. If it passes, it’s earned. CI isn’t a celebration. It’s a checkpoint.

CI is for regressions. Olympix is for reality.

Olympix doesn’t flag “potential issues.” It flags patterns that have already led to $60M+ in losses. This isn’t risk scoring. It’s threat recall.

Audits are one-time snapshots. Olympix is continuous adversarial pressure. That’s the difference between catching bugs and preventing them.

Every test you didn’t write is a vulnerability someone else will find. Olympix doesn’t wait for that. It generates tests, from exploit memory, for logic your suite skipped.

CI is for regressions. Olympix is for the real world.

The Industrial Council says “did the code change break anything?” Olympix says “did your code ever defend anything?” One checks syntax, the other checks security.

Security isn’t what happens after you build. It’s what shapes what you build in the first place. Olympix isn’t here to review. We’re here to challenge your architecture before it hardens.

Every exploit is a chain of assumptions. Some are in code. Most are in minds. Audits catch code. Olympix tests the rest.

Test coverage is easy. Testing adversarial edge cases isn’t. Most protocols optimize for the former. Olympix was built for the latter.

Your audit didn’t catch the exploit. Not because it was missed. Because it was out of scope. Olympix expands your scope to match the real world.

If your auditor is still flagging basic bugs, your development process is broken. Olympix catches 60% of audit-level issues before the audit even starts via static analysis, mutation testing, and test generation in CI/CD. Audits should find edge cases, not obvious ones. https://t.co/XgSTaNxJER

The exploit path is rarely found in the core contract. It's in the governor that didn't validate inputs. The proxy that skipped event logging. The integration that calls back into state-modifying logic. Attackers don’t care what you scoped. They chain what you forgot. Olympix maps the paths no audit flagged, because we test like attackers, not validators.

Security debt compounds. Every unchecked assumption, every untested branch, every missing invariant. @NEX_Protocol didn’t wait for an audit to find those. They used mutation testing and static analysis to collapse that surface before it could sprawl. Olympix didn’t fix bugs. It flagged blind spots. 🔗 Read the full case study: https://t.co/VIbVpBRfKS

The most common Web3 vulnerabilities in 2025?🟠 Reentrancy🟠 Unchecked external calls🟠 Misused permit flows🟠 Over-trusted inputsAudits catch syntax.Olympix catches structure.Stop waiting for exploits to tell you what your test suite won’t. https://t.co/QOXnikLxw8 https://t.co/icH5lrKytj

🚨 AI is not your audit. Smart contract development? Yes. Test coverage acceleration? Absolutely. But when it comes to security, relying on AI alone is a dangerous bet. LLMs like GPT-4 can recognize obvious vulnerabilities like simple reentrancy. But what about cross-contract interactions? Price oracle exploits? Complex liquidity flows? They miss those. And in DeFi, missing even one true positive isn't just a bug—it can be fatal. At Olympix, we treat AI as an optimizer, not a crutch. Our tooling is enterprise-grade first. Only then do we layer AI to enhance developer experience and speed. 🔹 Use AI to write and test your contracts. 🔹 Don’t use AI to replace deep security infrastructure. 🔹 Understand that “good enough” precision isn’t good enough in DeFi. Security tools must reason about execution flow across protocols, something LLMs weren’t built for. This isn’t a rejection of AI. It’s a call to apply it responsibly as one layer in a hardened stack, not the stack itself. AI ≠ Audit. And in crypto, you only get one shot.

Most security tools weren’t built for developers. They overwhelm with alerts, delay feedback, and assume context you don’t have. Olympix flips that. ⚡ Fast, Git-native checks 🛠️ Built into CI 🧠 Findings mapped to lines, functions, tests Because dev-first security means catching issues while you're still holding the code.

Security isn’t the last thing you do. It’s the pressure you build against from day one. Every architecture decision embeds assumptions. Every unchecked assumption opens a surface. Every surface becomes a vector, not always today, but eventually. That’s why audits can’t carry the full weight. They’re scoped. They’re late. They’re external. What scales is this: 🔺Mutation tests that prove your logic holds under stress 🔺Static analyzers that don’t just flag lines, but ask why that line matters 🔺A feedback loop where every commit sharpens the system, not just the syntax Olympix doesn’t replace the audit. It replaces the idea that security should wait for one.

External audits aren’t the problem. Over-reliance is. Nex Labs started where most teams do: audits at the end, scoped to budget, disconnected from daily development. Then they brought in Olympix, and built security into the workflow. 🔺Static analysis embedded in dev 🔺Mutation testing to validate logic, not just lines 🔺Internal audit playbooks teams can run on their own 🔺AI tools that flag vulnerabilities before staging That shift reduced vulnerabilities, shrunk audit scope, cut cost, and raised internal confidence. Security became a muscle, not a dependency. And every contract they write now ships smarter than the last. Read the full breakdown of how Nex Labs scaled security, slashed audit costs, and built resilience into every contract, all with Olympix behind the scenes. 🔗https://t.co/VIbVpBRNAq

We are proud to announce @Olympix_ai is now live on Flow. It’s a smart contract security toolkit built for developers: 🔍 Static analysis 🧱 Unit test generation 🧪 Mutation testing Olympix helps you catch bugs before audit, and way before mainnet ⤵️ https://t.co/dg2Jbr3oNM

Audit Focus Areas 1⃣ Withdrawal Gates: Confirm all code paths (e.g., after fee accruals) allow full withdrawal. 2⃣Accumulator Checks: Ensure fee/token accounting mechanisms (e.g., protocolFeesAccrued) have withdrawal functions. 3⃣Destruct Locks: Check for whenNotPaused or access controls blocking emergency withdrawals. Red Flags to Escalate • Use of raw transfer() instead of safeTransfer (risk of locked tokens if recipient is a contract). • Missing events in deposit/withdraw flows (hinders off-chain monitoring). • Division before multiplication in share calculations (rounding errors). Tool Stack Recommendations • @TheFoundryTeam Fuzzing: For invariant testing at scale. • @Olympix_ai: To detect integer overflows statically. • @CertoraInc /Scribble: For formal verification of mathematical invariants.

Curiosity and iteration are the difference between a good security researcher and a great one. Treat every hack as a case study: What did the defenders miss? 1⃣ Map attacks using frameworks like Smart Contract Weakness Classification (SWC) to identify vulnerabilities (e.g., re-entrancy, integer overflows). 2⃣ Use @TheFoundryTeam to fork the mainnet state at the block height of the exploit (e.g., replay the 2022 Nomad Bridge hack). 3⃣ Deploy vulnerable contracts (e.g., mimic the @paritytech Wallet freeze caused by a selfdestruct flaw) and test exploits locally. 4⃣ Analyze patched contracts (e.g., @OpenZeppelin's fixes for ERC-20 approval race conditions). 5⃣ Use static analyzers like Olympix to spot weaknesses you might have missed. Questions to ask: • Economic Incentives: Did the exploit abuse protocol incentives? (e.g., Flash loan attacks on DeFi protocols like @harvest_finance). • Governance Flaws: Was the hack enabled by a malicious proposal or misconfigured DAO? (e.g., the 2022 @BeanstalkFarms governance exploit). • Oracles & Cross-Chain: Did faulty price feeds (e.g., @synthetix_io 2019 oracle mishap) or bridge vulnerabilities (e.g., @wormhole , @harmonyprotocol) cause the breach? • Upgradeability Risks: Was a proxy contract’s admin key compromised (e.g., the 2020 @picklefinance incident)?

🎉 Olympix has joined @CoinDesk's @consensus2025 HK, and we're already making plans for the upcoming @EthereumDenver.Drop us a quick DM to discuss proactive security measurements in your end-to-end Solidity DevOps cycle using Olympix. https://t.co/s271XZJ99o

Secured by Olympix. 💪

🔍 Millions Could Have Been Saved If Only They Used Olympix!Key Takeaways:- DCF Token suffered a $442K price manipulation attack.- M2 Exchange's access control vulnerability resulted in a $13.7M loss.- Vista Finance's faulty staking logic resulted in a $29K loss.1️⃣ $DCF Token Exploit ($442K)The attacker used the private _transfer() function to burn DCF tokens, artificially increasing their price and then selling them at the manipulated higher price.2️⃣ @M2Exchange Hack ($13.7M)The attacker bypassed authorization checks on M2's hot wallet system, draining customer assets across multiple chains.3️⃣ Vista Finance Exploit ($29K)The flaw in staking logic allowed attackers to bypass restrictions and profit from unauthorized token usage via flash loans.📜 Read our complete analysis here:https://t.co/vxmX3MuQMy

How did @lendvest_io secure $95k in on-chain capital while spending just $9k on security?Here's the breakdown of their game-changing approach with @Olympix:🎯 Challenge: Scale security without scaling costs.Solution: Proactive security tools that empower developers.Traditional audits cost ~$25k. Lendvest spent just $9k.💡 The secret sauce?Real-time vulnerability detection.Developer-led security.Early-stage testing.lysis.Early-stage testing📊 The results speak for themselves:Highest DeFi lending utilization rate.Significant cost savings.Faster development cycles.Enhanced security coverage.🚀 Want to revolutionize your Web3 security approach?Check out how we're helping projects scale security without breaking the bank.DM us to learn more!

Excited to share how @lendvest_io is driving DeFi security forward with Olympix's proactive tools!By integrating our static analysis and mutation testing, they were able to:1⃣Slash security costs significantly vs industry.2⃣ Empower core devs to implement security in-house3⃣Streamline audits and focus on most critical vulnerabilitiesThis approach represents a new standard in how DeFi projects can approach security - economically, efficiently, and with developers at the forefront. Congratulations to the Lendvest team! 🚀Read the case study here:https://t.co/mhgo1IuhNC

Great thread on randomness vulnerabilities! Weak randomness is a huge risk factor in smart contract security. We at Olympix recently tackled this in an article where we analyzed how weak entropy sources can lead to exploits. It’s crucial to leverage secure randomness methods like VRFs (Verifiable Random Functions) to ensure unpredictable outcomes. Thanks @NethermindSec for shedding light on this topic! https://t.co/lU1CmocplM

😄 The meme hits home, we gotta say that Olympix helps both security researchers AND projects by: 1️⃣ Providing clear severity classifications. 2️⃣ Automating vulnerability impact assessment. 3️⃣ Ensuring consistent reward structures. Whichever side you're, you win, the ecosystem win : ) No "is it really critical tho? 🤔" debates needed! 🤝

At Olympix, we wave goodbye to low severity findings just like that 👋 Our tool enables you to find critical and medium vulnerabilities that actually matter for the protocol's security. No drive-through findings here - only thorough analysis that helps protect users' funds.

🚨🚨 Olympix Alert! 🚨🚨@tapioca_dao seems to have been hacked through private key compromise resulting in a $4.7M loss of user-owned assets.The attacker exploited the system to mint a significant quantity of USDO, which was then swapped for USDC. Additionally, they withdrew and liquidated TAP tokens from several vesting contracts.The stolen funds were bridged from @arbitrum to @BNBCHAIN.🔍 TXs:https://t.co/qeedxTqi6c🔍 Attacker wallet address (BNB Chain):https://t.co/24QgUU1tDu

🚨🚨 #OlympixAlert 🚨🚨@RDNTCapital on @BNBCHAIN and @arbitrum appears to have been a victim of a potential private key compromise, and a live, ongoing attack is underway. A malicious actor compromised 3/11 of their multi-sig wallets and drained over $50M in user-owned assets by calling the transferFrom function.🔍 Affected smart contract address (BNB Smart Chain):https://t.co/fVRvC301X8🔍 Attacker addresses (BNB Smart Chain):https://t.co/9kKtI9PAzQ🔍 Attack TX (BNB Smart Chain and Arbitrum):https://t.co/Sifr5nwsiShttps://t.co/bx5kHoX5avUsers are advised to exercise caution and DO NOT interact with the protocol right now.

🚨 $1.63M in Preventable Losses – Could Your Protocol Prevent the Mishap? 🚨Three recent attacks on @BankrollNetwork , @DeltaPrimeDefi, and @CPLTOKEN, totaling over $1.63M in losses, could have been prevented with more robust security measures.At @Olympix_ai, we help teams avoid these critical vulnerabilities:🔐 Bankroll Network lost $230K due to a lack of input validation in the buyFor() function – an easily avoidable flaw that allowed manipulation of internal variables. Proper contract validation with Olympix would have mitigated this attack.🔑 DeltaPrime suffered a $6M loss from a private key compromise, allowing an attacker to upgrade proxy contracts. Implementing stringent private key management practices is a must for any protocol.💸 Caterpillar Coin lost $1.4M from a price manipulation vulnerability. With Olympix's comprehensive security audit, such loopholes in liquidity management could have been identified and resolved early on.☠ Don't wait for an exploit—build with confidence using Olympix. Secure your contracts and protect your assets.https://t.co/jhQqZPgw0r

DeFi teams use Olympix, so should you, anon.

At @Olympix_ai, we wrote a detailed technical assessment of the @Penpiexyz_io's $27.34M re-entrancy exploit which you can read here : ) https://t.co/Yjd5un92IH

Olympix @code extension if you're a Solidity auditooor. 😎 https://t.co/XqjR82MfVH

🚨🚨 #OlympixAlert 🚨🚨 Earlier today, @Bedrock_DeFi, a BTC liquid restaking protocol suffered an exploit, resulting in a loss of ~$1.7M as a result of erroneously allowing the creation of uniBTC at an equal value ratio with the platform's native cryptocurrency.

🚨🚨 #OlympixAlert 🚨🚨@OnyxDAO, a Compound V2 fork on the Ethereum network, seems compromised, resulting in a net loss of $3.2M using a Compound V2 inflation attack.🔍 Attacker's Address:https://t.co/uj3KxlFDC8🔍 Victim Contract Address:https://t.co/qkKDZZ9zHC

🚨🚨 #OlympixAlert 🚨🚨 @rehold_io's wallet private keys allegedly appear to have been confiscated by one of the co-founders, who withdrew $700,000 from the company's values. As a result, the company has migrated its web domain to a new address to maintain trust.

Great analogy! 🧩 And like master puzzlers, @Olympix_ai has the expertise to quickly spot patterns, identify missing pieces, and see the big picture. We don't just solve the puzzle - we strengthen it.

$33.6M could have been saved if they used Olympix! 💡In our latest newsletter, we explore into major exploits, including:1⃣ @Penpiexyz_io's re-entrancy attack - $27M lost 2⃣@NovaXM2E's price manipulation - $25K lost3⃣ @Converge's input validation flaw - $210K lost4⃣ @astroport_fi's IBC vulnerability - $6.4M lostLearn how it all happened and how it could’ve been prevented.📜 Read our complete analysis belowhttps://t.co/Sd9Ft7d011

🚨 Just published: "Penpie Exploit: A Technical Post-Mortem Analysis"On 3rd Sept. 2024, Penpie Finance, a DeFi protocol built on top of Pendle Finance, was exploited for ~$28M in user-locked funds due to a re-entrancy vulnerability in their smart contracts. 👨‍🏫 The security team at @Olympix_ai studied the exploit, traced down the attacker, and wrote a quick hack analysis. This $27.3M hack is a critical case study for DeFi developers and security professionals. What you'll learn: 1️⃣ A detailed breakdown of the re-entrancy vulnerability. 2️⃣ Analysis of the sophisticated attack method. 3️⃣ Audit history and missed red flags. 4️⃣ Key lessons for Solidity developers and auditors. Read the full article here: https://t.co/ameaCxYtgW📜 This analysis is crucial for anyone working on or auditing DeFi protocols. Let's discuss the findings and how we can improve our collective security practices!

Using Olympix!

🗓 Happy Monday! 📢 New Article Alert: Safeguarding DeFi's Lifeline We're excited to announce our latest article on Web3 security: "Securing the Bridge: Understanding Oracles, Oracle Manipulation Attacks, and Countermeasures." 🔎 In this comprehensive analysis, we explore: 1️⃣ The critical role of oracles in smart contracts and DeFi. 2️⃣ Anatomy of oracle price manipulation attacks. 3️⃣ Real-world attack scenarios using flash loans. 4️⃣ Vulnerable oracle implementations and their risks. 5️⃣ Robust mitigation strategies and code fixes. 🔎 Key highlights: 🤜 Detailed breakdown of oracle types and functions. 🤜 Step-by-step walkthrough of a price manipulation attack. 🤜 Code examples of vulnerable oracles and secure implementations. 🤜 Advanced security measures like TWAPs and circuit breakers. 👩‍💻 Whether you're a developer, auditor, or DeFi enthusiast, this article provides crucial insights to fortify your projects against one of the ecosystem's most potent threats. 🛡 At @Olympix_ai , we're committed to empowering the Web3 community with cutting-edge security knowledge. Stay tuned for more in-depth analyses and practical security tips. 📰 Read now on @Medium: https://t.co/RMB0CXQBlS

What's particularly concerning is that many of these incidents could have been prevented with rigorous smart contract auditing and continuous security monitoring. This is precisely why we developed @Olympix_ai.

🚨🚨 #OlympixAlert@Official_iVest on @BNBCHAIN appears to have been attacked for about $172,000 due to a bug in their smart contract.🔍Token Smart Contract Addresshttps://t.co/k6Y7UmvBF4🔍 Attack TX:https://t.co/EXYWVJtoNXStay safe. https://t.co/iEWq6tgFYj

Team @Olympix_ai has landed at @StanfordCrypto 2024 in NYC, full of enthusiasm for securing the future of finance.📈 As the Web3 ecosystem grows, the need for robust security measures has never been more critical.👋 If you're attending the conference, be sure to stop by us to learn how Olympix can help your project or organization navigate the complexities of Web3 security.

That's where @Olympix_ai comes into play. Check it out yourself. 😁 https://t.co/XqjR82MfVH

Audits aren't a one-and-done deal. Every change, no matter how small, needs scrutiny. Olympix catches these post-audit tweaks before they become costly mistakes.

🔏 Olympix secures your smart contracts faster than you can say 'blockchain.'https://t.co/rYc0rX5BoE https://t.co/PPy1OZn0ro

Breaking: The new blockchain just dropped. It's 100% secure because it doesn't exist. You can't hack what isn't there. 🧠🔐 While our non-existent blockchain might be unhackable, your genuine assets need absolute protection. At @Olympix_ai, we've got your back in the world that does exist. 🫡 Check out our security audit tool: https://t.co/HxN7QYPaxz Real solutions for real Web3 challenges. 🛡️💪

🥷A Web3 security knight has just landed! @Olympix_ai https://t.co/lgm4zqLUOl

gm. Wishing everyone a productive week and hopefully without hacks.- Olympix Intern. https://t.co/4vLFTQGzeF

Green = Secure. Olympix Mornings. ♥️

🚨🚨#OlympixAlertAttention @DoughFina Users: Exploit Alert!Dough finance has been exploited for roughly ~$1.8 million in USDC! Here's a breakdown of the situation based on available information:❓What Happened?The exploit stemmed from unvalidated calldata within the ConnectorDeleverageParaswap contract. The contract didn't properly check the data it received during flash loan calls, allowing the attacker to manipulate it for their benefit.https://t.co/8FsV2Zo0bMThe exploit involved unvalidated calldata, allowing the attacker to manipulate data and steal funds.The stolen funds (around $1.8 million) are currently held in the EOA (Externally Owned Account) below.https://t.co/xoZH8Y7HTphttps://t.co/EgvqMp2zpc😬 Who's Affected?Those who had funds deposited in Doughfina, particularly those related to the exploited contract, might be impacted.✅ Who's NOT Affected?AAVE Users.👉 What to Do?1⃣ If you have funds on Doughfina, consider withdrawing them to a secure wallet, especially if they were in the potentially affected areas.2⃣ Monitor official announcements from the Doughfina team for further updates and guidance.3⃣ Avoid interacting with the Doughfina protocol or any suspicious contracts until the situation is resolved.

Dough Finance Loses $1.8M in Flash Loan Attack, Highlighting DeFi Security Issues

🚨🚨 #OlympixAlert it appears that @compoundfinance's website (https://t.co/KgSwd91FxD) has been compromised by malicious actor(s) and are using the updated DNS entry to host phishing links. ❌ Users are advised not to interact with the website and wait for an official update. 🛡️ The core Compound Protocol remains unaffected.

😃 It's an Exciting Day at @EthCC!🛬 The team @ChanniGreenwall and Marcelo Rodriguez just landed at EthCC.We're excited to meet all the amazing BUIDLers and teams in the space to learn more about you and how @Olympix_ai can help strengthen your on-chain security.✌️✌️ https://t.co/G3EmNcLR3O