IRISnet (IRIS)

Overview

IRISnet is a blockchain network built to help different blockchains and software services work together. Its main blockchain is called the IRIS Hub, and its native token is IRIS. People use IRIS to pay network fees, help secure the chain through staking, and take part in decisions about the network. Developers can use the Hub to build applications that move assets between chains or connect blockchain activity with services running outside a blockchain. (irisnet.org)

IRISnet is part of the wider Cosmos ecosystem, where independent blockchains can exchange information through shared communication standards. Its focus extends beyond moving tokens. The project also provides tools for registering and calling services, issuing digital assets, and building applications that use Ethereum-style smart contracts. That mix gives IRISnet a role as both an interchain network and an application platform. (irisnet.org)

History & Team

From business services to an interchain hub

Bianjie, a Shanghai-based technology company established in 2016, was the core development team behind IRISnet. The project’s early work drew on Bianjie’s interest in distributed applications for fields such as healthcare and finance. Harriet Cao and Haifeng Xi are identified as founders of IRISnet. The original project materials also describe Tendermint and Wancloud as strategic partners in developing its infrastructure. (github.com)

The IRIS Hub launched in 2019. Its early design paired a proof-of-stake blockchain with a service layer for applications that needed work done outside the chain. Later development added broader support for interchain transfers, non-fungible tokens (NFTs), and Ethereum-compatible applications. The network’s May 2024 upgrade added a liquid staking module and a way to link certain native assets with ERC-20 token contracts through governance. A March 2025 upgrade separated several IRISnet-built functions into reusable modules, making them easier for other projects to integrate. (forum.irisnet.org)

IRISnet’s published token plan assigned part of the initial supply to a private sale and separate portions to the Bianjie and Tendermint development teams. It also reserved tokens for the IRIS Foundation and ecosystem development. This helps explain how the project planned to fund both its early construction and work across the wider network. (github.com)

Technology & How It Works

The Hub and its validators

The IRIS Hub was built with the Cosmos SDK, a toolkit for creating independent blockchains. It uses proof of stake: validators run network software, check transactions, and agree on new blocks. IRIS holders can delegate tokens to validators rather than operate a node themselves. A validator’s voting power reflects the IRIS bonded to it by the operator and delegators. (irisnet.org)

This structure gives token holders a direct way to support the network’s operation. Validators and delegators share rewards drawn from newly issued tokens and transaction fees. Bonded tokens also carry voting power in on-chain governance. A holder who delegates can vote on a proposal directly; when a delegator does not vote, the validator’s vote can represent that stake. (irisnet.org)

Moving assets and calling services

Inter-Blockchain Communication, or IBC, is the standard IRISnet uses to communicate with compatible chains. It lets applications move supported assets between independent networks. IRISnet also has an NFT module for creating unique digital items and recording their ownership. Its interchain NFT work extends that idea to transfers between compatible chains. (irisnet.org)

A second part of the design is iService. A provider can define a service, register an address for it, set a price, and respond to requests sent through the Hub. For example, an application could ask an outside service to process information and then receive a recorded response. This lets the blockchain coordinate an exchange while the service performs its work off-chain. IRISnet’s service module includes a fee system that holds payment during a request and releases it when the provider responds within the required time. (irisnet.org)

The Hub also supports the Ethereum Virtual Machine, or EVM. That gives developers a way to deploy Ethereum-style smart contracts alongside IRISnet’s Cosmos-based features. Following the 2024 upgrade, governance can approve ERC-20 contracts linked to native assets, allowing conversion between the two forms at a one-to-one ratio. These features offer different ways for applications to connect with the same network. (irisnet.org)

Tokenomics & Utility

IRIS began with an initial supply of 2 billion tokens. The project’s published genesis allocation set aside 25% for a private sale, 15% for the Bianjie development team, 10% for the Tendermint development team, 15% for the IRIS Foundation, 30% for ecosystem development, and 5% for a Cosmos Hub airdrop. The plan included vesting periods for the two development teams. These figures describe the initial distribution, rather than a fixed limit on future supply. (github.com)

New IRIS can be issued as staking rewards. The network’s minting documentation describes an annual inflation rate that governance can change. Rewards and transaction fees support validators and delegators, giving participants an incentive to keep the chain running. Because issuance continues under the network’s rules, readers should understand the original 2 billion as a starting amount. (irisnet.org)

The token has several practical roles. It secures the Hub when staked, pays for transactions, and supports participation in governance. IRISnet’s service design also uses IRIS for service fees. Governance proposals can address network settings and upgrades, so bonded holders have a way to influence how the system develops. These uses tie the token to the network’s daily operation as well as its longer-term direction. (irisnet.org)

Ecosystem & Use Cases

IRISnet offers tools for applications that need more than a single chain can provide. An app may use IBC to move an asset, issue an NFT on the Hub, or use iService to request work from a provider outside the blockchain. Its token and NFT modules let developers create assets with recorded ownership and transfers. The EVM adds another route for teams already familiar with Ethereum-style contracts. (irisnet.org)

Uptick’s NFT marketplace is an example of an application built around IRISnet’s asset tools. Launched on the network in 2021, it has supported native NFTs and work on cross-chain NFT transfers. Another project, FindTruman, reported building AI-based game-creation tools whose generated assets could be issued as NFTs on IRISnet. Such projects show how the Hub’s general-purpose features can serve creative applications. (forum.irisnet.org)

The network’s service model was also designed with conventional business software in mind. Instead of placing every calculation or business process on a blockchain, a provider can do that work elsewhere and use the Hub to coordinate requests and results. This approach can suit applications that combine existing systems with public-chain records. It makes the service layer one of IRISnet’s clearest differences from a chain focused only on asset transfers. (irisnet.org)

Advantages & Challenges

IRISnet’s main advantage is its range of connection tools. IBC supports communication with compatible blockchains; iService connects applications with outside providers; and EVM support gives smart-contract developers another familiar option. Developers can also draw on modules for tokens and NFTs. The 2025 modular update made several IRISnet functions available as separate components, extending their potential use beyond the Hub itself. (irisnet.org)

That range also creates a challenge: applications must bring these pieces together in ways people find useful. A cross-chain product needs compatible networks and working connections. A service-based product needs providers to register, respond, and maintain their services. The network therefore depends on activity from developers, validators, service providers, and users—not just on features existing in its software. (irisnet.org)

Governance is another important part of the design. Staking gives bonded holders a voice in proposals, including changes to network parameters. At the same time, voting power follows bonded stake, so participation across validators and delegators matters to how broadly decisions are shaped. (irisnet.org)

Where to Buy & Wallets

IRIS is available for purchase on Gate’s spot exchange in regions where Gate offers the relevant service. Gate identifies an IRIS trading pair on its platform. Access to an exchange and its features depends on the user’s location. (gate.com)

Keplr supports IRISnet and its native token. IRISnet has also named Cosmostation and Leap Wallet as options for managing native IRIS. A wallet connected to the IRISnet chain can provide an address for receiving tokens and, where supported, tools for staking and governance. The network and address selected for a transfer need to match the form of the asset being sent, especially when assets have moved between chains through IBC. (keplr.app)

Regulatory & Compliance

Rules affecting IRIS depend on the jurisdiction and the activity involved. In the European Union, the Markets in Crypto-Assets regulation, known as MiCA, sets requirements for many crypto-asset offers and service providers. In the United States, tax rules cover digital-asset transactions and rewards; the Internal Revenue Service includes staking rewards in its digital-asset guidance. U.S. securities analysis also considers the facts of particular crypto activities, including how staking services are arranged. (eur-lex.europa.eu)

IRIS has no established token-specific Shariah classification. A Shariah assessment would need to consider how the token is used, the rights it gives holders, staking rewards, and the activities it supports. Malaysia’s Securities Commission Shariah Advisory Council provides an example of this approach: for digital tokens within its jurisdiction, it examines the use of issuance proceeds and the rights and benefits attached to a token. Its framework does not by itself assign IRIS a halal or haram status. (sc.com.my)

Future Outlook

IRISnet’s direction follows from the tools it has built. Its 2024 upgrade expanded staking and native-token conversion features, while the 2025 upgrade made project-built modules easier to reuse. Those changes give developers more ways to combine Cosmos-based transfers, Ethereum-style contracts, NFTs, and off-chain services. The value of that work to the ecosystem will be seen in the applications and connections that people continue to build with it. (medium.com)

The Hub’s governance system also gives participants a path to adjust network settings and approve further changes. As interchain applications develop, IRISnet’s lasting role will depend on how well its service model and interoperability tools meet real application needs. (irisnet.org)

Summary

IRISnet is a Cosmos-based proof-of-stake network centered on connecting blockchains, digital assets, smart contracts, and off-chain services. IRIS supports that network through fees, staking, and governance. The project’s defining idea is that an interchain hub can coordinate both asset movement and useful work done beyond the blockchain. (irisnet.org)