ZHCash P2P Blockchain Network

Business digitalization platform with open source.

ZHCash is built on the innovations of Bitcoin and Ethereum, combining a UTXO ledger with the Ethereum Virtual Machine. It is more than a currency: it enables organizations to track products, services, and customer interactions directly on a public ledger.

The platform is designed to automate transactions and enforce contract terms without intermediaries. For example, a car or property sale can be executed automatically when predefined conditions are met, reducing reliance on brokers and lawyers.

ZHCash launched its test network in 2018 and has been continuously evolving. It supports the Solidity programming language with ZRC standards (ERC20, ERC721, etc.) and allows businesses to deploy their own blockchain and assets with minimal setup.

Platform highlights

Operations in real-time mode and fast online transactions.
Reliable cloud blockchain platform with low fees.
Low commission for creating smart contracts.
3rd generation PoS mining with wallet nodes earning network fees.
IPoS delegation to supernode pools.
DPoS rewards for main validators.

Explore tokens

Technical information & architecture

Hybrid algorithms, predictable economics, and multi-VM smart contracts designed for enterprise automation and developer productivity.

Core facts

Block time: 120 seconds
Block size: 2 MB
Total supply: 10 billion ZHC
Block reward: 800 ZHC (~1%)
Consensus: Proof‑of‑Stake (PoS 3.0)

Virtual machines & languages

EVM + x86 virtual machine compatibility
Languages: Solidity, C/C++, Rust, Python
Standards: ERC20, ERC721, ZRC
Compatibility: Go, C#, Java

Consensus

Proof‑of‑Stake 3.0 provides energy‑efficient security and predictable finality.

DGP governance

Change blockchain parameters through on‑chain voting and smart contract governance.

Work speed

Average block generation time is 2 minutes, depending on network activity.

Token creation

Deploy tokens under widely accepted standards in multiple languages, including Solidity.

Smart contracts

Business‑ready contracts designed to automate enterprise processes and reduce costs.

UTXO + SPV

Efficient verification enables light clients to validate transactions without full nodes.

Account Abstraction Layer

AAL enables new virtual machines, reusable smart contracts, and simplified account logic.

PoS mining

2 billion ZHC mined by PoS nodes. Block reward 800 ZHC plus transaction fees.

Stake calculator

DApps

Build decentralized apps and databases secured by master smart contracts.

DPoS

Rewards for supernode validators who secure and coordinate network consensus.

Supernodes

Supernodes act as pivots and main validators with decentralized delegate pools.

IPoS delegation

Lease ZHC to supernode pools for staking rewards and network security.

Smart contract builder

Visual constructor for tokens and contracts in the main console (zhcash.org).

Open API

Developer‑friendly API for building wallets, dashboards, and integrations.

Security

Wallet protection via password, private key, and pass phrase.

ZHCash wallets

Software for operating on the platform across desktop, mobile, web, and servers.

Main console web wallet

Delegation to supernode pools, smart contract builder, token management, supernode operations, and P2P pending order exchange.

Open console

PHOTON Browser

Chrome extension for ZHCash dApps that reads blockchain data and signs transactions in‑browser.

Open in Chrome Web Store

QT graphic wallet

Desktop wallet for Windows, macOS, and Linux with fast transactions, token creation, and smart contracts.

Download QT wallets

Terminal wallet

Console wallet for servers and exchanges with flexible configuration for Windows, macOS, and Linux.

Download console wallets

Web3 & browser extension

Use Photon wallet for any browser or install from the Chrome Web Store.

Download Photon

Telegram wallet

Token and NFT‑ready wallet inside Telegram.

Open Telegram bot

PHOTON Telegram version

Launch the Photon ZHChain Wallet directly inside Telegram.

Open Photon bot

PHOTON Desktop Wallet

Desktop wallet for Photon is in development.

Coming soon

Official downloads

QT desktop

Windows macOS Linux Raspberry Pi

ZHC Lite v0.5b

Windows macOS Android

Console wallet

Windows macOS Linux

Web3 & services

Chrome Web Store Web wallet WEB CONSOLE Testnet

ZRC master contracts

ZHCash supports smart contracts for both the Ethereum virtual machine and the x86 virtual machine while keeping backward compatibility with Ethereum contracts. Developers can build in Solidity, C/C++, Rust, and Python, with support for ERC20 and ERC721 standards.

DApps & DGP governance protocol

Decentralized applications connect users and developers without intermediaries, enabling secure financial and operational workflows. ZHCash introduces advanced contract types that automate complex standing-order style transactions for enterprise use cases.

The Decentralized Governance Protocol (DGP) allows on‑chain changes to parameters such as block size with voting and immediate activation. The Account Abstraction Layer (AAL) keeps the blockchain running while enabling new smart‑contract capabilities and virtual machines.

DAO ZHCash business model

The total amount of transactional gas for developers is capped at 10 billion ZHC coins and governed by smart contracts.

ZHC distribution

2% (200 million ZHC) entered the network through primary node mining at launch.
5% (500 million ZHC) distributed to investors and developer communities during IPCO.
1% (100 million ZHC) distributed via the BOUNTY💎 program.
1% (100 million ZHC) distributed via the Airdrop program.
1% (100 million ZHC) allocated to the core team and open developer community.
20% (2 billion ZHC) mined via IPoS delegation to supernode pools.
50% (5 billion ZHC) mined by DPoS supernode validators.
20% (2 billion ZHC) mined by PoS 3.0 validators.

Exchanges and P2P platforms: ZHCEX & LATOKEN exchanges.

Roadmap

ZHCash roadmap is part of a broader blockchain infrastructure strategy built around real-world adoption, enterprise integrations, and decentralized governance.

Q1 2017
Idea inception and initial research.
Q3 2017
Team formation, company creation, and concept development.
Q4 2017
Started development of the first wallet version and partner negotiations.
2018
Website launch, whitepaper development, and initial sales.
Q3 2018
Alpha wallet release, network launch, and platform v1 development.
2019
Crowdsale, marketing, internal exchange launch, and supernode sales.
2019–2020
Mobile app, block explorer, and new partnerships for market expansion.
2020
Final development stage and beta releases of the wallet and platform.
2019–2025
Integration with electronic marketplaces and the real economy.
2025 — Core Maturity Completion
Stable ZHChain operations with long-term uptime, tens of millions of blocks, and expanded validator/supernode capacity. Strengthened DeFi modules, smart contracts, and internal financial tooling. Preparation for the ecosystem and institutional phase.
2026 — Ecosystem Consolidation & Infrastructure Upgrade
Core audit and optimization (performance, security, resiliency). Updated validator and supernode protocols, unified wallets (desktop/mobile/light), expanded API/SDK for business integrations, and stronger governance and network stability.
2027 — Web3 Services & Business Integration Layer
Launch of full B2B modules on ZHChain and broad integration into digital services, payment gateways, and marketplaces. Tools for tokenizing real assets and services with growing institutional interest.
2028 — Cross-Chain & Global Expansion Phase
Deep cross-chain integrations, liquidity bridges, and inter-network settlement. Expanded geographic adoption with multi-network assets and decentralized financial flows, plus a growing global developer and operator community.
2029 — Institutional Adoption & Real-World Scaling
ZHChain used in large business processes and payment circuits with optional enterprise and government integration. Expanded validator economics, incentives, and long-term sustainability.
2030 — Mature Decentralized Infrastructure Network
ZHCash/ZHChain as a mature decentralized infrastructure standard with a self-sustaining validator economy, full digital/real-world integration, and focus on autonomy and longevity.

Roadmap logic: 2017–2020 — inception and technical foundation. 2021–2025 — growth, resilience, and real-world operation. 2026–2030 — institutionalization, scaling, and infrastructure leadership.

Frequently asked questions

Key information for developers, validators, and enterprises.

What is ZHCash Network?

ZHCash is an open blockchain platform designed for decentralized applications, token issuance, and crowdfunding. It combines Bitcoin’s UTXO model with Ethereum’s virtual machine and smart contracts, enabling secure payments and programmable business logic.

What are the project goals?

ZHCash enables businesses to sell products and services on a public ledger while providing automatic proof of purchase and lifecycle support. The platform replaces centralized databases with on‑chain transactions and automates contract conditions, reducing the need for intermediaries.

Token creation (ERC20, ERC721) and DApps on ZHCash

Smart contracts and ZRC tokens can be created in the QT wallet or via templates from GitHub. Tokens can also be created in the main console using the smart contract builder in three steps.

Who develops the ZHCash Network?

ZHCash is developed by a community of coordinated teams. Core algorithms are maintained by ZeroHour Developers, with engineering, testing, and business model work from ZeroLab. Network validators (DAO ZHCash), international consumer societies, and the Zero Gravity Foundation contribute to implementation and adoption.

What is a supernode?

A supernode is a validator wallet holding the parent asset of the ZHCash network. The minimum stake is 20,000,000 ZHC, and only DAO members can operate supernodes. Supernodes form the backbone of the network.

What is the maximum number of supernodes?

Currently 80+ supernodes are active. The network caps the total at 112 supernodes.

What are the requirements for organizing a PoS node?

A PoS node requires a wallet holding at least 100,000 ZH (recommended 1–10 million). The node can run on Windows, Linux, macOS, or Raspberry Pi and may be deployed on a PC, server, or laptop. The wallet must stay online.

What are the requirements for organizing a supernode?

Requirements include DAO referrals, a voluntary donation for network development in exchange for a 20 million ZHC stake, a dedicated server, installation of the wallet, and validator status. Recommended server specs: 2 cores, 8 GB RAM, 200 GB SSD. The supernode must remain online 24/7 with monitored uptime.