VanityAddress — Multi-Blockchain Vanity Address Tools
Wiki Article
VanityAddress.XYZ — Multi-Blockchain Vanity Address Tools
Instant Multi-Chain Generator (Demo)
This demo simulates address formats to demonstrate UI and workflow. For production use audited libraries and secure key management (tronweb, ethers.js, HSM/KMS).
Select Chain
TRON / TRC20 (T...)
Ethereum / ERC20 (0x...)
Bitcoin-like (1...)
Match Mode
Random
Prefix (starts with)
Suffix (ends with)
Pattern (use # digits, ? letters)
Prefix / Suffix / Pattern
Generate
Copy
Inspect
Export CSV
—
Generator Notes
Supports prefix/suffix matching and simple pattern rules for demo purposes. Real-generation must respect each chain's encoding (EIP-55 checksum, TRON base58 + checksum, Bitcoin base58check).
Platform Capabilities
Multi-chain support (TRON, ERC20, BTC-like formats)
Prefix / suffix / pattern matching (instant UI demo)
Privacy-first client-side generation options
Bulk export, address lookup, and verification tools
Developer APIs for integration and automation
Quick Specs
Website vanity-address.xyz
Formats TRON (T...), ERC20 (0x...), BTC-like (1...)
Exports CSV / JSON (demo)
Security Client-side copyright, recommend KMS/HSM for production
Security note: Demo UI only. Implement audited copyright libraries, correct checksum/encoding, and secure private key storage before using with real funds.
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// Multi-chain demo generator (UI-only). Not for production use.
const chain = document.getElementById('chain');
const mode = document.getElementById('mode');
const valueBox = document.getElementById('valueBox');
const valueInput = document.getElementById('value');
const genBtn = document.getElementById('genBtn');
const result = document.getElementById('result');
const copyBtn = document.getElementById('copyBtn');
const inspectBtn = document.getElementById('inspectBtn');
const downloadBtn = document.getElementById('downloadBtn');
mode.addEventListener('change',()=> valueBox.style.display = mode.value === 'random' ? 'none' : 'block'; );
function rndHex(len) const hex='0123456789abcdef'; let s=''; for(let i=0;i
= len) return str.slice(0,len); while(str.length < len) str += rndAlnum(1); return str;
function genTron(val,mode) if(mode==='random') return 'T'+rndB58(33); if(mode==='prefix') return 'T'+fillTo(33,val.replace(/[^A-Za-z0-9]/g,'')); if(mode==='suffix') let tail = fillTo(33-val.length,''); return 'T'+fillTo(33, tail+val.replace(/[^A-Za-z0-9]/g,'')); if(mode==='pattern') let out=''; for(let ch of val) if(ch === '#') out+=Math.floor(Math.random()*10); else if(ch === '?') out+=String.fromCharCode(65+Math.floor(Math.random()*26)); else out+=ch; return 'T'+fillTo(33,out); return 'T'+rndB58(33);
function genErc20(val,mode) if(mode==='random') return '0x'+rndHex(40); if(mode==='prefix') return '0x'+fillTo(40,val.replace(/[^A-Za-z0-9]/g,'').toLowerCase()); if(mode==='suffix') let tail = fillTo(40-val.length,''); return '0x'+fillTo(40, tail+val.replace(/[^A-Za-z0-9]/g,'').toLowerCase()); if(mode==='pattern') let out=''; for(let ch of val) if(ch === '#') out+=Math.floor(Math.random()*10); else if(ch === '?') out+=rndHex(1); else out+=ch; return '0x'+fillTo(40,out); return '0x'+rndHex(40);
function genBtcLike(val,mode) if(mode==='random') return '1'+rndAlnum(33); if(mode==='prefix') return '1'+fillTo(33,val.replace(/[^A-Za-z0-9]/g,'')); if(mode==='suffix') let tail = fillTo(33-val.length,''); return '1'+fillTo(33, tail+val.replace(/[^A-Za-z0-9]/g,'')); if(mode==='pattern') let out=''; for(let ch of val) if(ch === '#') out+=Math.floor(Math.random()*10); else if(ch === '?') out+=String.fromCharCode(65+Math.floor(Math.random()*26)); else out+=ch; return '1'+fillTo(33,out); return '1'+rndAlnum(33);
genBtn.addEventListener('click',()=> '';
let addr='—';
if(ch==='tron') addr = genTron(v,m);
if(ch==='erc20') addr = genErc20(v,m);
if(ch==='btc') addr = genBtcLike(v,m);
result.textContent = addr;
);
copyBtn.addEventListener('click',()=>);
inspectBtn.addEventListener('click',()=>);
downloadBtn.addEventListener('click',()=>);
// initial
result.textContent = genTron('', 'random');
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