Bounty X

revamped UI, streamlined functionality #soon

Revamping the website as per community request...bear with us

use our MCP Server scanner for free, scan your AI vulnerabilities you know what, fuck it , lets make this a plug-in dev-mode-on

@c_call_me_papi @0xytocinX yes, @0xytocinX lets do spaces , bring bug bounties to SOL using TEE for payments

@bountyXAI @0xytocinX Maybe do a spaces with them! Would be nice

use our cybersecurity AI , ask for recommendations, run scans, figure out bug bounties. the platform is free scan smart contracts , scan your infra, ask recommendations. we will bring bug bounties to web3 using TEE for commission @0xytocinX can we run this shit

smart contracts vulnerabilities can be easily exploited by hackers to trigger attacks which can cause users to lose their sol/eth, we have built a sc scanner which you can use for free and scan your code before you move it to production #ai #sol bountyx.ai

there are not many mcp server scanners available , specially for free, configure the template and use it to analyze the vulnerabilities for your MCP Severs #ai #security #vulnerability Prompt injection testing OAuth token validation JWT security analysis Model manipulation test

@martypartymusic @ethereum what if you have a free scanner available that does the scan and ai agent recommends how to fix those #Web3 #Security

What is the major flaw in @ethereum you may not be told about by Tom Lee that has accounted for 80% of blockchain exploits and remains unfixed and unable to be fixed. The re-entrancy bug in Ethereum refers to a vulnerability in smart contracts that allows an attacker to repeatedly call a function before the previous execution completes, potentially draining funds or manipulating contract state. Below is a detailed explanation of the technical issues associated with the re-entrancy bug: 1. What is Re-entrancy? Re-entrancy occurs when a smart contract calls an external contract or sends $ETH to an address, and that external contract or address re-enters the original contract by calling one of its functions again before the initial execution is complete. This can lead to unintended behavior, such as multiple withdrawals of funds. Ethereum smart contracts often use functions like call(), send(), or transfer() to send $ETH or interact with other contracts. These external calls can trigger the recipient contract's fallback function (or other logic) before the calling contract updates its state. If the contract's state (e.g., balances or flags) isn't updated before the external call, the attacker can exploit this by re-entering the function. Consider a vulnerable contract: (Solidity code) contract Vulnerable { mapping(address => uint) public balances; function withdraw() public { uint amount = balances[msg.sender]; require(amount > 0); (bool success, ) = msg.sender.call{value: amount}(""); // External call require(success, "Transfer failed"); balances[msg.sender] = 0; // State update after call } } An attacker deploys a malicious contract with a fallback function that calls withdraw() again: contract Attacker { Vulnerable vulnerable; constructor(address _vulnerable) { vulnerable = Vulnerable(_vulnerable); } fallback() external payable { if (address(vulnerable).balance >= 1 ether) { vulnerable.withdraw(); // Re-enter } } function attack() external { vulnerable.withdraw(); } } When withdraw() sends $ETH (or any erc-20) to the attacker's contract, the fallback function triggers, calling withdraw() again before balances[msg.sender] is set to 0. This allows the attacker to drain the contract's funds. Note: This bug will be exploited forever and will risk anything substancially valauble from being passed through a Ethereum Smart Contract. This renders Ethereum as a "psuedo" Store of Value, simply holding "zipped" Layer 2 transactions with a 7 day escrow window. But dont be misled, Ethereum will never be the Execution Engine that powers the internet. It is a Proof Of Stake Store Of Value at best. But Bitcoin is a better Store of Value and Solana and SUI are exponentially better Execution Engines. You probably dont know about this critical bug in Ethereum that has led to massive losses and limited the use of Ethereum in applications due to the insane amount of defensive code required to protect any functionality from the bug. But within the engineering world, we know about it, have abandoned Ethereum as development tool and have moved to more modern environments and chains with real languages and without re-entrancy risks. But Tom Lee wont tell you that. He is shilling.

customized cybersecurity ai agent run scans and give security recommendations is pretty neat, on top of it working on building agents that will help fix these vulnerabilities not only in code but also in infra that is something we strive to do

Maybe our friends over at @0xytocinX would like to share some of whats planned too :)

Dex has been paid! We appreciate each and every one of you for the support and would like to share some cool things that we have coming up. In the meantime please test out our scanners and check out our gitbook! More to come shortly! solscan.io/tx/iwMvvP67keu…

@DreamSohoPin @asym_grg The though process is there, we also agree that not paying the dex unless a certain criteria is met is a sign of poor faith on a team. So we are in the process of paying the dex at the moment.

@asym_grg @bountyXAI Paying DEX means dev or team are serious Not pump and dump That’s all

Dev tokens have been locked app.streamflow.finance/contract/solan…

@DreamSohoPin We will be paying the dex shortly.

@bountyXAI Did you pay DEX ?

Check us out below bountyx.ai

We are now live. 3XN6SAL7BvwX26Q11NnVodJrv5a2Z77V6XPKAFwwpump

Advanced scanner for Rust/Anchor programs on Solana. Detects missing signer checks, PDA vulnerabilities, CPI issues, and Solana-specific security flaws.

Specialized scanners for Solidity smart contracts. Detects reentrancy, integer overflow, access control flaws, and EVM-specific vulnerabilities.

BountyX is an enterprise-grade automated security testing platform that combines advanced vulnerability scanning with artificial intelligence to deliver comprehensive security assessments.