XeroCoin XRO
XeroCoin Network
Secure. Fast. Transparent.
A lightweight SHA-256 blockchain built for real-world use.
XeroCoin is a decentralized, open-source cryptocurrency designed for efficient digital transactions with predictable tokenomics and a clean integration path for modern services.
Proof-of-Work
SHA-256 Compatibility

Mine with widely available hardware while maintaining straightforward security assumptions.

Predictable
Fixed Supply Model

A capped supply and consistent halving schedule keeps issuance easy to understand.

Efficient
Modern Addressing

Bech32 (XRO...) improves UX and helps reduce common address-format errors.

XeroCoin
XeroCoin
Abstract
What XeroCoin is

XeroCoin is a decentralized, open-source cryptocurrency designed for secure, fast, and transparent digital transactions. The project emphasizes sustainability, decentralization, and ease of integration into real-world applications.

This landing page is intentionally whitepaper-aligned: concise, technical, and easy for exchanges, pools, and integrators to reference.

Quick Facts
Network at a glance

10-minute blocks • 5000-block halvings • 20-block coinbase maturity • 6 recommended confirmations.

Build on XeroCoin

A clean, predictable PoW chain with modern addressing and simple economic rules — ideal for community-driven innovation.

Technical Specifications
Parameters
ParameterValue
Total Supply 100,000 Xero
Block Reward 10 Xero (initial)
Halving Interval 5000 blocks
Mining Algorithm SHA-256
Block Time 10 minutes
Difficulty Adjustment 120 minutes
Coinbase Maturity 20 blocks
Transaction Confirmations 6 blocks
Address Format Bech32 (XRO...)
RPC Port 25169
P2P Port 25170
Stability
Difficulty cadence

A 120-minute adjustment window aims to balance responsiveness with reduced volatility.

Security
Coinbase maturity

20 blocks helps reduce risks from short reorg scenarios in early network conditions.

UX
Bech32-first

Cleaner QR codes, better error detection, and consistent modern wallet support.

Network Architecture
How the network operates

The XeroCoin network operates through decentralized peer-to-peer communication. Nodes interact using the designated P2P port (25170), while JSON-RPC communication for wallets, miners, and explorers uses RPC port 25169.

This separation keeps operations clean for infrastructure operators and developers.

Consensus & Mining
Proof-of-Work fundamentals

Mining utilizes the SHA-256 algorithm, ensuring compatibility with established hardware and tooling. Blocks target a steady 10-minute cadence, with difficulty adjustments every 120 minutes.

A minimum of 6 confirmations is recommended for strong transaction finality.

Tokenomics
Predictable issuance, capped supply
Fixed Supply
100,000 Xero maximum

XeroCoin features a fixed total supply of 100,000 Xero. Emissions begin at 10 Xero per block and halve every 5000 blocks.

Long-term
Scarcity with clarity

The schedule is easy to communicate publicly, while supporting long-term scarcity and miner incentives.

Get Started
Three paths into the network
Wallet
Hold & transact

Use a Bech32-enabled wallet to receive XRO addresses and send fast, transparent payments.

Miner
Secure the chain

Point SHA-256 hardware at your preferred pool or solo setup. The network is designed for straightforward mining operations.

Developer
Integrate services

Build explorers, payment rails, and merchant tooling using JSON-RPC and standard UTXO patterns.

Roadmap
A pragmatic rollout
Phase 1
Network Foundations

Mainnet stability, reference wallets, explorer + API endpoints.

Phase 2
Ecosystem Growth

Merchant tools, pool partnerships, integration documentation.

Phase 3
Real-world Integration

Payment rails, community apps, long-term governance model.

FAQ
Common questions
Supply
Is the supply capped?

Yes. XeroCoin targets a fixed total supply of 100,000 Xero with a halving schedule every 5000 blocks.

Mining
What hardware can I use?

Any SHA-256 compatible mining setup.

Addresses
Why Bech32 (XRO...)?

Improved readability and error detection with a modern standard.

Confirmations
How many confirmations?

Minimum of 6 confirmations is recommended for typical security assumptions.