IOPn is not just another blockchain; it positions itself as the foundation for what it calls the "Internet of People." At its core is a sovereign Layer-1, EVM-compatible blockchain known as OPN Chain, designed for extremely high throughput and sub-second finality. IOPn is an innovative Web3 cryptocurrency project focused on building a sovereign Layer-1 blockchain to power a borderless, decentralized ecosystem that prioritizes user sovereignty, on-chain reputation, and privacy.

IOPn is a global technology company based out of the UAE, powering frameworks for movement, identity, opportunity and ownership in the digital age. The IOPn ecosystem runs on OPN Chain, our purpose-built next-generation Layer 1 blockchain infrastructure. The platform represents a fundamental convergence of blockchain, AI, and real-world asset tokenization, with a particular focus on digital identity, citizenship frameworks, and sovereign infrastructure.

Technical Infrastructure & Revolutionary Architecture

Blockchain Type: Layer 1 (Cosmos SDK-based, EVM-compatible)
Consensus Mechanism: Tendermint BFT (Byzantine Fault Tolerance)

Core Technical Components

OPN Chain Architecture: OPN Chain is an EVM-compatible Layer 1 blockchain built on Cosmos SDK with Tendermint BFT consensus. This combination provides:

Full Ethereum smart contract compatibility
Cosmos ecosystem interoperability via IBC
Proven Byzantine Fault Tolerant consensus
Modular, composable architecture

Key Technical Features

Military-Grade Security: Build mission-critical applications on military-grade infrastructure with hardware security modules.
Sub-Second Finality: Sub-second block finality enables real-time applications impossible on slower blockchains.
Modular Design: IOPn brings together token ownership, staking, identity, and rewards into one cohesive system. The composable architecture allows developers to plug different modules together.
Cross-Chain Interoperability: Built on Cosmos SDK provides native IBC (Inter-Blockchain Communication) compatibility for seamless cross-chain interactions.