"Verifiable Network - Siloed systems to shared truth"

VeriNet is a revolutionary blockchain infrastructure that transforms enterprise data trapped in siloed ERPs into a private, scalable, and verifiable infrastructure layer for the next-generation internet.Verinet is an open-source initiative building the infrastructure for the next generation of digital ledgers — Ledger 3.0.

Unlock massive amounts of enterprise data trapped inside siloed ERPs and transform it into a private, scalable, and verifiable infrastructure layer for the next-generation internet.Our mission is to enable transparent, interoperable, and programmable business systems that reward people for maintaining honest data.

“Operating systems manages task scheduling among hardware. VeriOS manages data scheduling among blockchains.”

VeriOS is an open-source ERP framework designed for every individual and organization. It captures structured business and financial data (HR, payroll, inventory, accounting, etc.) in a consistent format and anchors it to blockchain-based decentralized ledgers.

Framework to convert any business into ERP Blockchain with modular enterprise-grade components including:

• Banking Module
• Governance Module
• Finance and Accounting Module
• HR Module
• Inventory Module
• Reporting Module

VeriFlow handles inter-ledger communication — securely relaying verified transactions and documents between independent ledgers. It uses IBC-like packet protocols for: Data synchronization and document exchange. Cross-ledger payments (e.g., stablecoins). Event-driven interoperability (offer → accept → confirm flows). In short: VeriFlow is the data pipeline of Verinet — ensuring integrity and traceability across blockchains.

Verinet is the querying and indexing layer for the open ledger ecosystem — a Google for ledgers that connects and organizes public financial and business data scattered across thousands of blockchains and ERP instances.

Each participating ledger registers under a unique namespace on Verinet. Verinet then:

Indexes and scrapes publicly available ledger data (metadata, transactions, documents).

Builds searchable indexes of financial proofs, tokens, and audit trails.

Exposes a query layer (VeriQuery) for developers and auditors to search across networks.

Think of it as the knowledge graph of the decentralized economy — where each ledger contributes verified data to the collective intelligence of the network.

Traditional Web2 ledgers face critical challenges:

• ❌ Lack of Transparency - No visibility into financial operations
• ❌ No Immutability - Records can be altered without trace
• ❌ Limited Autonomy - Heavy reliance on third parties
• ❌ Centralized Data Storage - Restricted collaboration and verification
• ❌ Absence of Liquidity Layer - Enterprise assets remain illiquid
• ❌ Duplication of Accounting - Multiple reconciliation processes

"Traditional Web2 ledgers lack transparency, immutability, and autonomy — resulting in widespread fraud, corruption, and mismanagement of accounts."

Key Features:

1. 🏦 Self-Banking Capability - Empowering businesses to operate as their own banks and internal communication hubs
2. ⚡ Autonomous Accounting - Real-time accounting and reconciliation through programmable logic
3. 🤝 Multi-Party Collaboration - Real-time verifiable workflows on a decentralized database
4. 🤖 Smart Contracts & AI - Built-in enterprise asset and liquidity management

• 📊 Chartered Accountant with 8+ years experience
• 🚀 Expertise: Process design for startups, VCFO, audit, accounting, financial consulting
• ⛓️ 7+ years blockchain research and investment experience
• 💻 Actively building full-stack and smart contract development skills

• 💻 3+ years Full Stack Development experience
• ⛓️ 2+ years hands-on smart contract & blockchain development
• 🛠️ Focused on Web3 developer tooling, documentation, and protocol adoption

✅ Live Prototype Available

• ERP RAAS partially built with live demo featuring:
  • Accounting dashboard
  • Ledger setup interface
  • Company onboarding UI

Rakesh S.J.
📧 rakesh@verinet.network
📍 Bengaluru, India

This project is licensed under the MIT License - see the LICENSE file for details.

We welcome contributions from the community! Please read our Contributing Guidelines for more information.

For detailed technical documentation, please visit our Documentation Portal.

Built with ❤️ by the VeriNet Team