Pocket Network (POKT)

Overview

Pocket Network is a decentralized network that helps applications read data from blockchains. A crypto wallet, for example, needs a way to check an account balance. A game may need to read the result of a transaction. These requests usually pass through a service called a remote procedure call, or RPC, provider. Pocket Network routes them across independent operators who supply data instead of relying on one provider. Its native token, POKT, coordinates access and rewards the people who run the network. (docs.pocket.network)

The network’s main use is blockchain data access, but its design can also carry requests for other open data services. That makes Pocket Network an infrastructure project: most people will encounter it through a wallet, app, or developer tool rather than use the protocol directly. (docs.pocket.network)

History & Team

From Morse to Shannon

Pocket Network’s first mainnet launched in 2020. Its original protocol was known as Morse. In June 2025, the project launched Shannon, a rebuilt protocol based on the Cosmos SDK. Shannon introduced permissionless gateways, a new way to measure and settle data requests, and support for a wider range of services. The move also gave native POKT holders new Cosmos-style wallet addresses beginning with pokt1. (pocket.network)

Michael O’Rourke was an early leader and served as Pocket Network’s CEO. The project also attracted outside funding: a strategic private sale announced in January 2022 was led by Republic Capital, RockTree Capital, Arrington Capital, and C² Ventures. Today, the Pocket Network Foundation supports documentation, public infrastructure, partnerships, and protocol development. The foundation describes its role as stewardship of the network, while independent operators provide its services. (pocket.network)

Technology & How It Works

The path of a data request

A request for data is called a relay. Suppose a wallet needs an updated balance from a blockchain. The wallet sends a request through a gateway. The gateway routes it to a supplier, an operator with infrastructure able to answer it. The supplier returns the data, and the protocol records the completed work so participants can be paid. (docs.pocket.network)

Shannon gives each participant a defined role:

• Applications consume data and fund their usage with POKT.
• Gateways accept requests and route them toward suppliers.
• Suppliers run data-serving infrastructure and respond to relays.
• Validators produce blocks and confirm activity on Pocket’s own blockchain. (docs.pocket.network)

Suppliers register the services they can provide and stake POKT to participate. During short periods called sessions, the protocol assigns eligible suppliers to serve an application. Supplier selection is not based on who stakes the most POKT. Suppliers submit claims about the work they completed, with cryptographic proofs used in settlement. This lets the blockchain track service and rewards without placing every data response directly into a block. (docs.pocket.network)

PATH and quality of service

PATH is Pocket Network’s open-source gateway framework. It manages tasks such as sessions, request routing, and checks on supplier responses. Its quality system tracks signals including response time and errors, then uses that information to guide traffic toward suitable endpoints. A development team can use an existing Pocket-powered endpoint or operate a PATH gateway for its own application. (docs.pocket.network)

Tokenomics & Utility

POKT connects demand for data with the operators who provide it. Applications stake tokens and spend from that stake as they use relays. Suppliers stake to register their services and receive POKT for completed work. Gateways also stake to take part in routing, while validators use the token in the chain’s consensus system. (docs.pocket.network)

Paying for work

Pocket measures data service in compute units, or CUs. A service’s CU setting determines how much work a relay represents. A protocol parameter then converts those units into an amount of POKT for settlement. This creates a common way to account for different services while allowing network rules to be changed through governance. (docs.pocket.network)

Shannon burns POKT from an application when its usage is settled and mints tokens to reward network participants. Under PIP-41, introduced in the February 2026 protocol upgrade, the main relay-settlement rule mints 97.5 POKT for every 100 POKT burned. The difference reduces supply through that settlement process. Other token-logic modules can add rewards, and the economic settings can be changed by governance vote. For that reason, the burn-and-mint rule is best understood as one part of the full economic model. (docs.pocket.network)

POKT also has a history of initial distribution. Pocket’s documentation says 650 million tokens were created at the July 2020 mainnet launch for the founding team, investors, ecosystem funds, and DAO treasury. The original vesting periods have since finished. (docs.pocket.network)

Ecosystem & Use Cases

Infrastructure people use indirectly

Pocket’s clearest use case is RPC access. Wallets can check balances, exchanges and analytics tools can read chain activity, and decentralized applications can request the information they need to function. Developers use an endpoint rather than operate every blockchain node themselves. Pocket Network Foundation provides a public API portal with access to more than 60 blockchains and related networks. (docs.pocket.network)

The ecosystem includes gateway operators as well as suppliers. A gateway can package Pocket’s network into an API service for customers, while suppliers focus on serving requests. In November 2025, the foundation began operating its own PATH-based gateway alongside community gateways. This arrangement shows how a shared protocol can support more than one route into the network. (pocket.network)

Shannon’s service registry can accommodate data sources beyond blockchain RPC. The project has explored AI-related requests and other HTTP-based services, while blockchain access remains its established core use. Pocket’s roadmap also describes a foundation partnership with Radix and an AI integration with PnyxAI. These efforts extend the same basic idea: match an application’s request with an operator that can serve it, then account for the work on-chain. (docs.pocket.network)

Advantages & Challenges

Pocket Network gives developers a way to draw on multiple independent data providers through a common protocol. Its gateways can route around an unresponsive supplier, and PATH offers tools for monitoring response quality. The supplier model also lets infrastructure operators earn tokens by serving real requests. Permissionless gateways allow more teams to build their own access points rather than depend on a single gateway company. (docs.pocket.network)

The model takes coordination. A developer operating a gateway must manage software and service quality; a supplier must run reliable infrastructure and handle claims about completed work. Pocket must also make participation worthwhile for operators as application demand changes. The foundation’s roadmap includes work on easier onboarding, supplier operations, and clearer network data. These are practical tasks involved in growing a decentralized service network. (pocket.network)

Where to Buy & Wallets

POKT is available on centralized exchanges including Gate and MEXC. On decentralized exchanges, it can be swapped in forms that exist on other chains: wPOKT on Ethereum, POKT on Base, and POKT on Solana. Examples listed in Pocket’s documentation include Uniswap on Ethereum, Aerodrome on Base, and Orca on Solana. Exchange access depends on the platform and the user’s location. (docs.pocket.network)

Native POKT uses Pocket mainnet addresses beginning with pokt1 and can be held in wallets such as Keplr, Leap, and Soothe Vault. MetaMask and Rabby support EVM-based versions, while Phantom supports the Solana version. Pocket provides bridges for moving tokens between its native chain and supported external chains. The form held matters because native POKT is the form used for direct participation in Pocket’s staking and protocol activities. (docs.pocket.network)

Regulatory & Compliance

POKT’s practical role is paying for network data services and coordinating participants. Its legal treatment still depends on the activity and jurisdiction involved. In the United States, securities rules can apply to a crypto-asset transaction based on how it is offered or sold, including promises made to buyers. The Securities and Exchange Commission explains that the features of an asset and the terms of a particular transaction both matter. (sec.gov)

In the European Union, the Markets in Crypto-Assets regulation, known as MiCA, sets rules for businesses that provide crypto-asset services. Its transition period for existing providers ended on July 1, 2026. This framework concerns activities such as offering trading or custody services; a platform’s authorization is separate from Pocket’s technical function as a data network. (esma.europa.eu)

Shariah assessment is a separate matter from government regulation. Pocket’s core activity involves payment for a data service and rewards for supplying that service. Whether holding, staking, or trading POKT is halal depends on the details of the activity and the Islamic finance principles applied, including treatment of interest and speculation. The protocol’s technical design alone does not settle every form of use. (docs.pocket.network)

Future Outlook

Pocket’s direction centers on making its existing service easier to use and broadening the kinds of requests it can carry. Its roadmap includes work on provider onboarding, gateway tools, public relay data, and resources for developers. It also describes research into gRPC support, which could help PATH handle more types of API and AI-related workloads. These roadmap items describe development goals rather than established network capabilities. (pocket.network)

For the token, the lasting question is how widely applications use the network’s services. More served requests create more work for suppliers and more POKT-based settlement. The protocol’s governance settings determine how that activity is translated into costs, rewards, and supply changes. (docs.pocket.network)

Summary

Pocket Network provides a decentralized way for applications to reach blockchain data. Shannon organizes applications, gateways, suppliers, and validators around a measurable relay service, while POKT pays for usage and rewards participation. Its place in the crypto ecosystem is the infrastructure between an application and the data it needs. (docs.pocket.network)