Team, you don’t need 10 different tools for security. You need one partner who actually sticks around. 1) After the audit. 2) After the mainnet launch. 3) After you integrate that new protocol at 2AM. Most firms hand you a PDF and vanish, Securr doesn’t. 😉

Impossible to Hack is a MYTH Impossible to Hack is a MYTH Impossible to Hack is a MYTH Impossible to Hack is a MYTH Impossible to Hack is a MYTH Impossible to Hack is a MYTH Impossible to Hack is a MYTH Impossible to Hack is a MYTH Impossible to Hack is a MYTH

You don’t need a bug bounty because you expect to get hacked. You need it as attackers don’t care that your audit is months old. 🚨 New contract? They’ll hit it. 🚨 New integration? They’ll test it. 🚨 Mainnet tweet? They’re watching Audits are a moment. Bounties are momentum.

This staking pool looks clean, But there’s a bug that 🤐🤐🤐 Can you spot it? 👇

Think you can hack @solana smart contracts? Here’s your playground This repo is loaded with 🔥 Solana puzzles: - Smart contract exploitation - Custom program bugs & Logic traps Perfect for hunters, learners & future exploit kings 👇 🔗 github.com/neodyme-labs/sola…

After a major exploit, what’s the first thing a team should do? 💭 🗳️ Vote below 👇

This staking contract lets users deposit, accumulate rewards, and claim them over time. But there’s a subtle bug Can you find it? 👇

Most teams launch with: ✅ Audits ❌ Bug bounties Why? Because they think audits are “complete security.” But auditors don’t follow your growth. They don’t test new integrations. They don’t stress test live contracts. Your bug bounty program does.

💭 If a protocol gets hacked … Who’s actually responsible? 🗳️ Vote below 👇

Everyone talks about Foundry. But the best smart contract hackers use way more than just forge. Here are 3 CLI tools used in real audits and bug bounties - with GitHub links 👇

In 2021: “Hey anon, claim this airdrop 👇” In 2024: “Hey, founder, we’d love to list your token. Can you sign this message on our testnet?” Phishing isn’t a pop-up problem. It’s a trust problem, and the emails are getting smarter than the contracts.

⚠️ Web3 Vulnerability: External Calls in Constructors Looks harmless. Often used for setup. But calling external contracts in a constructor can open dangerous attack surfaces, including frontrunning, broken assumptions, or even self-destruction. Let’s break it down 👇

Preparing for the OSCP? Here’s a full-blown OSCP survival guide by @syr0_. 🔹 Structured roadmap 🔹 Tools & payload references 🔹 Hands-on labs, exercises & CTFs 🔹 Real-world exploitation & privesc techniques 📂 github.com/0xsyr0/oscp

Hackers, can you find any vulnerabilities here? 👀👀

🚨 Another DeFi hack hits the headlines! 🚨 @ZunamiProtocol just lost $500K in an Access Control exploit. Want to know how it happened? Dive into our full breakdown ~> securrtech.medium.com/zunami…

Most bug bounty programs look good on paper. But in reality? ❌ 90% noise ❌ Low-effort reports ❌ No triage ❌ No follow-through At Securr, we built a different kind of bug bounty. one that actually works for serious Web3 teams.

Mobius Token ($MBU) Hack: Anatomy of a $2.15 Million Exploit on BNB Chain 💥🔓 - Overview of the Attack 🕵️‍♂️ - Key Details: Decoding the Smart Contract Vulnerability 🛠️ - Broader Implications & Lessons for DeFi 🔒 securrtech.medium.com/mobius…

Find the Vulnerability – Rust Edition Can you spot it? 🕵️‍♀️🔎