DigiByte is a highly secure, multi-algorithm UTXO blockchain built for scale. Operating with 15-second block times and a twelve-year history of uninterrupted uptime, the network provides a battle-tested foundation for DGB, DigiAssets, decentralized Digi-ID authentication, and DigiDollar — its native, non-custodial stablecoin, now live on mainnet.
A pure proof-of-work UTXO chain that has shipped industry firsts since 2014 — DigiShield, MultiAlgo, SegWit, Odocrypt, Dandelion++, DigiAssets and Digi-ID.
40× faster than Bitcoin and 10× faster than Litecoin. Fifteen-second confirmations mean point-of-sale payments, exchange deposits and asset transfers all finalize in the time it takes to read this sentence — without the contention or fee spikes of slower chains.
DigiByte secures blocks through five independent proof-of-work algorithms — SHA-256d, Scrypt, Skein, Qubit and Odocrypt. Each targets a different class of specialized mining hardware, and Odocrypt re-randomizes itself every 10 days to keep ASIC dominance off the table. Attacking the chain means attacking five algorithms at once.
DGB is mathematically limited to 21 billion coins, emitted on a transparent monthly-reduction schedule. No dev tax, no governance unlocks, no hidden allocations. Predictable scarcity is what makes a monetary asset credible — and it's why every byte of DGB carries demonstrable, verifiable value over time.
Since January 2014 the mainnet has produced blocks every fifteen seconds without interruption. No re-orgs at depth, no governance forks, no emergency hard forks. That uptime, paired with thousands of independently-operated nodes worldwide, is the kind of operational track record critical infrastructure needs — and almost no other chain can show.
Pulled directly from the DigiByte network every minute, bypassing all third-party APIs.
Governed by a strictly predictable issuance schedule, DGB is hard-capped at 21 billion coins and follows a fully transparent emission curve with a fixed, mathematical distribution.
Issue custom digital assets natively on the DigiByte network, from tokens and stablecoins to identity records. Every asset settles in 15 seconds and is secured by a global proof-of-work consensus.
Fungible token, collectible, certificate, voucher — anything mintable on a UTXO base layer.
Set name, supply, divisibility and IPFS-anchored metadata so wallets and explorers can render it natively.
Pay a few digis of DGB in fees, broadcast the transaction and the asset is live across the network.
Transfer to any DGB address. Rendered natively by asset-aware DigiByte wallets.
Digi-ID relies on decentralized cryptographic signatures instead of traditional passwords, securing user identity without centralized brokers.
Traditional single sign-on relies on centralized data brokers. Digi-ID is entirely decentralized. Users authenticate by signing a unique challenge directly from their device, removing third-party servers from the process entirely.
No, holding cryptocurrency is optional. While many DigiByte wallets natively support Digi-ID, users can choose to use a standalone authenticator app designed exclusively for secure logins.
Developers can use our drop-in libraries for Node.js, PHP, Python, and Go, or install the native WordPress plugin. Full resources are located in the developer hub below.
DigiDollar generates USD-pegged liquidity directly on the DigiByte mainnet by locking DGB in on-chain reserves. There is no issuer, no custodian and no admin key — only the same proof-of-work network that has secured DGB since 2014.
Minting and redeeming DigiDollar happens entirely inside the official DigiByte Core wallet, where your DGB is locked in a vault secured by your own keys. There is no other trusted flow, no partner site, no bridge.
USDT and USDC are IOUs issued by a centralized company that holds off-chain reserves. DigiDollar has no issuer and no custodian. Every unit is backed by DGB time-locked directly on the DigiByte blockchain, and mint/redeem is enforced by consensus rules — not by a company's promise.
Each DigiDollar is backed by time-locked DGB collateral held in on-chain reserves. The USD/DGB price is delivered by a MuSig2 Schnorr oracle roster: multiple independent oracles co-sign each update with a single aggregated Schnorr signature, so the network validates the feed cryptographically without trusting any single publisher.
Mint by locking DGB into a DigiDollar reserve output using a DigiDollar-aware wallet or DigiByte Core v9.26.4+. Redeem by burning DigiDollar to unlock the underlying DGB. All operations settle in the next 15-second block — no bridges, no wrappers, no off-chain intermediaries.
Access a reliable, battle-tested RPC with fixed, predictable fee structures. DigiByte provides the foundation to deploy nodes in minutes and build on a genuinely decentralized network.
// Send 100 DGB via Core RPC (Node.js, no external deps)
import http from 'node:http';
const body = JSON.stringify({ jsonrpc: '1.0', id: 'web', method: 'sendtoaddress',
params: ['DXXXXXXXXXXXXXXXXXXXXXXXXXXXX', 100] });
const req = http.request({
hostname: '127.0.0.1', port: 14022, method: 'POST',
auth: 'rpcuser:rpcpass',
headers: { 'Content-Type': 'application/json', 'Content-Length': body.length }
}, res => {
let d = ''; res.on('data', c => d += c);
res.on('end', () => console.log(JSON.parse(d)));
});
req.write(body); req.end();# Listen for new blocks (Python, requests)
import requests, time
URL = "http://rpcuser:rpcpass@127.0.0.1:14022"
last = 0
while True:
info = requests.post(URL, json={
"jsonrpc": "1.0", "id": "py", "method": "getblockchaininfo", "params": []
}).json()["result"]
if info["blocks"] != last:
print("new block:", info["blocks"])
last = info["blocks"]
time.sleep(5)curl -u rpcuser:rpcpass --data-binary \
'{"jsonrpc":"1.0","id":"sh","method":"getmempoolinfo","params":[]}' \
-H 'content-type: application/json;' http://127.0.0.1:14022/From early SegWit activation to multi-algorithm consensus. Every protocol upgrade has been open-source, mainnet-tested, and deployed without centralized funding.
Fair launch via public mining; 0.5% premine distributed for giveaways and development.
Real-time difficulty re-targeting to ensure stable block times.
Five parallel mining algorithms to prevent hashrate centralization.
Protocol upgrade optimizing capacity and fixing transaction malleability.
ASIC-resistant consensus and privacy-preserving transaction routing.
Ecosystem-wide integration for on-chain assets and decentralized authentication.
Modernized node infrastructure built on the Bitcoin Core 26 framework, inheriting the Taproot upgrade suite.
Live on the DigiByte mainnet: a fully non-custodial stablecoin generating USD-pegged liquidity via time-locked DGB reserves, activated through BIP9 miner signaling and secured by a MuSig2 Schnorr oracle roster.
Explore DigiDollarDigiByte is a pure open-source project with no centralized organization. Global development, node infrastructure, and localization across 40+ languages are maintained entirely by self-coordinated volunteers.
Get involved: Join the ecosystem by auditing code, localizing documentation, running infrastructure, or producing educational content.
Per DIP-0002, third-party social platforms and advocacy groups have been relocated to the community-maintained DigiByte Wiki and the official GitHub Discussions forum.
Support the network's decentralized security by running a full validation node, or utilize the light wallet for portable transaction management, asset custody, and secure logins.
Complete, independent block validation.