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Orbyte AI isn’t following the road; it’s paving it.
At Orbyte AI, our vision is to revolutionize blockchain security by making smart contract auditing fast, accessible, and AI-driven. We aim to create a safer Ethereum ecosystem where users can confidently engage with decentralized applications, knowing that their investments and transactions are protected from malicious actors. By combining artificial intelligence with real-time contract analysis,Orbyte AI strives to become the go-to platform for identifying scams, filtering safe contracts, and enhancing trust in the blockchain space.
Explore the future of blockchain security with Orbyte AI where AI-driven audits and real-time analysis bring trust and transparency to the blockchain.
AI scans and compares newly deployed contracts to detect similarities with past contracts.
Identifies clone contracts that may be linked to previous scams.
Helps users recognize potential risks based on historical contract data.
Identifies and categorizes successful contract types based on historical performance, spotting patterns that could signal future opportunities.
Currently Updated
Allow users to request and receive AI-powered audit reports of smart contracts directly within Telegram via the $ORA bot. ✅
$ORA Trading Bot (Beta) goes live, ensuring safe transactions by scanning contracts before trades execute. i
Expanding to the BASE Network. i
Expanding to the BSC (bep20) Network. ii
Real-time alerts and contract monitoring system deployment. i
Users can set up notifications for risky contract activity. ii
Enhanced tracking for contract trends and security changes. iii
Release of a detection system that identifies and flags cloned or copy-paste contracts. i
Helps users recognize suspiciously similar projects that might be scams. ii
Database expansion to categorize and monitor these contracts. iii
Implementation of a tool to analyze wallet interactions and detect exposure to high-risk contracts. i
Provides users with risk insights based on past transactions. ii
Enables proactive decision-making to avoid compromised wallets. iii
Orbyte AI stands as a significant advancement in blockchain security, offering AI-powered tools for smart contract auditing and risk assessment. Its comprehensive features aim to protect users from potential threats, fostering a safer and more transparent blockchain environment.
Paste your contract address to receive a standard and detailed AI audit report. Currently, only Ethereum (ERC-20) contracts are supported.
Get started with your first audit by generating a basic report.
The audit report is divided into 5 sections, each providing detailed insights about the contract.
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Orbyte AI offers several key features:
Smart Contract Auditing: Utilizes AI to analyze and identify vulnerabilities in smart contracts.
$ORA Trading Bot: An AI-driven trading bot designed to optimize trading strategies.
Custom Alerts & Tracking: Provides personalized alerts and tracking for specific contracts or wallets.
Similar Contract Identifier: Identifies and compares similar contracts to detect potential issues.
Wallet Risk Scanner: Assesses the risk associated with specific wallets.
Behavioral Analysis – Identifying suspicious functions or logic that could enable rug pulls, hidden minting, or admin backdoors.
Machine Learning & AI – Continuously learning from newly deployed contracts, refining its ability to detect emerging threats in the blockchain ecosystem.
Blockchain Data Monitoring – Tracking on-chain activities to detect unusual interactions, liquidity changes, and abnormal transaction behaviors.
Contract Code Extraction – AI pulls the smart contract source code from blockchain nodes.
Deep Code Inspection – The AI scans and categorizes contract functions based on risk level.
Risk Assessment & Scoring – The AI assigns a security rating based on vulnerabilities, scam likelihood, and compliance with best practices.
Automated Report Generation – A detailed security report is generated, outlining potential risks, unsafe functions, and recommended fixes.
Continuous Learning & Updates – The AI model evolves as it analyzes new contracts, improving accuracy over time.
This Python script scans Solidity smart contracts for example blacklist functions. It looks for common blacklist patterns such as:
function blacklist(address user) – A function that adds users to a blacklist.
mapping(address => bool) private _blacklist; – A private mapping for blacklisted addresses.
require(!_blacklist[msg.sender]) – A restriction preventing blacklisted users from making transactions.
⚠️ If any of these patterns are found, the script flags the contract as potentially malicious.
How the AI Analyzes the Contract:
Scans the contract code for high-risk patterns (e.g., blacklist(), mint(), onlyOwner transfer etc..).
Reduces the security score based on the detected vulnerabilities.
Assigns a risk level:
Low (Safe ✅)
Medium (Caution ⚠️)
High (Danger 🚨)
Generates a security report listing detected issues and the contract’s risk score.
This is a simplified example, but real AI models would use machine learning and deep code analysis for even more accurate results.
import re
def detect_blacklist_function(contract_code):
"""
Scans Solidity smart contract code to detect blacklist functions.
"""
blacklist_patterns = [
r'function\s+blacklist\(', # Standard blacklist function
r'mapping\s*\(address\s*=>\s*bool\)\s+private\s+_blacklist', # Private blacklist mapping
r'require\s*\(\!\s*_blacklist\[', # Blacklist check in functions
]
for pattern in blacklist_patterns:
if re.search(pattern, contract_code, re.IGNORECASE):
return "⚠️ Blacklist function detected! This contract may restrict certain addresses."
return "✅ No blacklist function detected. Contract seems safe."
# Example Solidity contract snippet
contract_example = """
contract Example {
mapping(address => bool) private _blacklist;
function blacklist(address user) public {
_blacklist[user] = true;
}
function transfer(address to, uint256 amount) public {
require(!_blacklist[msg.sender], "You are blacklisted!");
// Transfer logic here...
}
}
"""
# Run the detector
print(detect_blacklist_function(contract_example))
import re
import random
class SmartContractAnalyzer:
def __init__(self, contract_code):
self.contract_code = contract_code
self.risk_score = 100 # Default safe score
def detect_vulnerabilities(self):
"""
Identifies suspicious patterns in the smart contract code.
"""
vulnerabilities = {
"Reentrancy Attack Risk": r"call\.value\(|transfer\(",
"Blacklist Function Detected": r"function\s+blacklist\(",
"Owner-Only Fund Withdrawal": r"onlyOwner.*transfer\(",
"Hidden Minting Function": r"function\s+mint\("
}
detected_issues = []
for issue, pattern in vulnerabilities.items():
if re.search(pattern, self.contract_code, re.IGNORECASE):
detected_issues.append(issue)
self.risk_score -= random.randint(10, 30) # Reduce risk score
return detected_issues
def generate_report(self):
"""
Generates an AI-powered security report based on contract analysis.
"""
issues = self.detect_vulnerabilities()
risk_level = "Low" if self.risk_score > 70 else "Medium" if self.risk_score > 40 else "High"
report = {
"Contract Security Score": self.risk_score,
"Risk Level": risk_level,
"Detected Issues": issues if issues else ["No major risks found ✅"]
}
return report
# Example Solidity contract (simplified for demonstration)
sample_contract = """
contract Example {
address private owner;
function blacklist(address user) public { }
function mint(uint256 amount) public { }
function withdraw() public onlyOwner { msg.sender.transfer(address(this).balance); }
}
"""
# Run AI contract analysis
analyzer = SmartContractAnalyzer(sample_contract)
security_report = analyzer.generate_report()
print(security_report)
Analyze any wallet in seconds.
Our scanner detects interactions with risky or fraudulent contracts, uncovers past suspicious activity, and highlights the wallet’s best trades. Get a clear view of recent transactions by time frame, track total trade volume, and understand a wallet’s full trading behavior—all in one place.
Risk Detection Scans wallet interactions to detect connections with suspicious or fraudulent smart contracts.
Top Trades Overview Highlights the most successful trades the wallet has made.
Recent Trades Timeline Displays recent transactions organized by time frames (e.g., 24h, 7d, 30d).
Total Trade Summary Shows the total number of trades made by the wallet for a complete activity snapshot.
Bundle Snipe Detection Checks if the wallet has been involved in any bundle sniping activities, helping identify potential MEV or bot-like behavior.
Smart Contract Auditing
$ORA Trading Bot
Similar Contract Identifier
Wallet Risk Scanner
Custom Alerts & Tracking
Contract Address: 0xDB1EF9750796dF4e0eF7962fCf1B104FE4fE4538
Name: Orbyte AI
Symbol: $ORA
Total Supply: 1.000.000.000
Team Tokens: 30.000.000 | 3%
LP Amount: 1.5 ETH
LP Lock Span: 1 Year | 365 Days
LP Lock Source: UNCX Network
Team Tokens: 6 Months via UNCX Network Locked/Vested
Total Tax: 4/4
Tax Distribution: | 2% Marketing | 2% Development
Max Wallet at start before renounce: 2%
Max Txn (Buy/Sell) at start before renounce: 2%
Ownership: Renounced
Functionality: The "Reduce Tax" feature allows setting the tax rate with a maximum of 4% and a minimum of 0%. This mechanism is intended for future exchange listings.
Set alerts for high and low-risk contracts, tracking deployments in real-time for better security insights.
Users can set up alerts to track specific contract types.
Notifications for high-risk /low -risk contract deployments.
Personalized risk tracking for enhanced security.