SplitKey

Scan QR Wallet sends only your public key

Server finds tweak Rust engine brute-forces the suffix

Apply on device Private key never leaves your phone

1 Chain

2 Suffix

3 QR Code

4 Search

5 Result

Configure Search

Your address will end with this suffix

Address suffix

0/8

Max results

Scan with Saltix Wallet

Open Saltix wallet → Scanner → Point at this QR code

Waiting for wallet connection...

Searching...

Rust engine is brute-forcing addresses on the server

Checked

Speed

0 addr/sec

Elapsed

Found

Results

Open these in Saltix wallet to apply the tweak

How to use this tweak

Open the result in your Saltix wallet and tap "Apply to Wallet" to create a vanity address. Or enter the 16-char hex tweak manually when importing/restoring a wallet.

LIVE DEMO

Watch it work

Real-time simulation of the vanity address brute-force process.

generator — saltix

$saltix --vanity-split --pubkey 02a1... -n ton -w v4 -s COOL -t 8

Searching across 3,000,000+ addresses per second...

UQ...

0 checked 0 addr/sec

PROTOCOL

How Split-Key works

Traditional vanity generators iterate private keys on the server — exposing them. Split-Key uses only public key arithmetic. The server never has the ability to reconstruct your private key.

Export Public Key

Your wallet derives the compressed public key from your seed phrase. Only this public key leaves the device — via QR code or manual entry. The private key and seed never leave your phone.

EC Point Iteration

The Rust engine starts from your public key P and iterates: P[n+1] = P[n] + step*G. This is pure point addition — no scalar multiplication per iteration, achieving 3M+ addresses per second.

Apply Tweak Locally

When a matching address is found, the server returns a tweak value (u64). Your wallet computes: new_privkey = old_privkey + tweak (mod n). The resulting key pair owns the vanity address.

Server iterates: P[n] = your_pubkey + n × G Match found: address(P[n]) ends with suffix Wallet applies: new_privkey = old_privkey + tweak (mod n)

QR FLOW

Seamless wallet integration

The generator creates a session with a QR code. Your wallet scans it, sends the public key, and polls for results — all automated.

Wallet

public key

Server

tweak value

Vanity Address

Private key never transmitted. Server only performs public key arithmetic.

SUPPORTED CHAINS

Six blockchains. Two curves.

Full native support with proper derivation paths, address encoding, and wallet contract formats for each chain.

TON Ed25519

The Open Network

AddressBase64 URL-safe

WalletsV3R2, V4R2

Speed~3M addr/sec

BTC secp256k1

Bitcoin

AddressBase58 / Bech32

TypesLegacy, SegWit, Taproot

Speed~470K addr/sec

ETH secp256k1

Ethereum

Address0x hex (EIP-55)

SuffixCase insensitive

Speed~470K addr/sec

TRON secp256k1

TRON

AddressT... Base58Check

PrefixAlways starts with T

Speed~450K addr/sec

SOL Ed25519

Solana

AddressBase58

DerivationSLIP-0010

Speed~620K addr/sec

SUI Ed25519

Sui

Address0x hex (64 chars)

DerivationSLIP-0010

Speed~600K addr/sec

SECURITY MODEL

Traditional vs Split-Key

See why Split-Key is fundamentally more secure than traditional vanity generators.

Traditional Generator

Server generates private keys
Private keys transmitted over network
Server operator can steal funds
Must trust the service completely
~15 addresses/sec (PBKDF2 overhead)

Saltix Split-Key

Server sees only public key
Only tweak value transmitted back
Mathematically impossible to steal
Zero-trust — verify, don't trust
~3M addresses/sec (point addition)

ADVANCED

Prefix Privacy Layer

An optional extra security layer for secp256k1 chains. Even the public key you send is adjusted — the server can't determine your original key.

1. You enter secret prefix (hex) on phone 2. Wallet computes: adjusted_pubkey = pubkey + prefix × G 3. Server searches from adjusted_pubkey (can't reverse prefix) 4. Final tweak = prefix + server_offset