Pocket Network (POKT): RPC for Web3 Applications
Firstly Pocket Network doesn’t just support blockchains — it decentralizes their access points. By providing a permissionless, incentive-driven relay network, Pocket offers decentralized RPC (Remote Procedure Call) services that power dApps across dozens of blockchains.
As reliance on centralized infrastructure like Infura grows risky, Pocket provides an open alternative designed to maximize uptime, redundancy, and censorship resistance.
What Is Pocket Network?
Pocket Network is a decentralized infrastructure protocol that connects blockchain applications to a global network of node operators. Rather than relying on a single provider, developers route their RPC calls through thousands of independent nodes, ensuring performance, transparency, and decentralization.
Developers access blockchain data using Pocket endpoints, without trusting centralized APIs
Node operators earn POKT tokens, by servicing and relaying these data requests
The protocol supports over 30 chains, including Ethereum, BNB Chain, Polygon, and Avalanche
Because Pocket turns access into a decentralized market, it gives developers the benefits of open infrastructure without sacrificing performance.
How POKT Works
POKT is the native token that incentivizes node operators, secures the network, and aligns stakeholders. It plays a critical role in the protocol’s economy and utility model.
Node operators stake POKT, to earn the right to service requests
Each relayed request earns POKT rewards, paid in proportion to node uptime and service quality
Applications stake POKT to access bandwidth, based on expected usage
The DAO uses POKT to fund grants, improvements, and network expansion
Future token models may include burning mechanisms, to manage supply growth
Since everything is tied directly to usage, the protocol naturally scales as demand increases.
Why Pocket Network Is Gaining Huge Momentum
As Web3 demands grow, Pocket’s infrastructure becomes increasingly important:
RPC is the backbone of blockchain applications, powering everything from balance queries to smart contract calls
Centralized providers like Infura have experienced outages and censorship, proving the need for decentralized access
Pocket already supports 30+ chains, giving developers multi-chain flexibility by default
Node operators span the globe, offering geo-redundancy and fault tolerance
Protocol design rewards reliability and decentralization, rather than central uptime contracts
Because of this, Pocket appeals to developers, users, and infrastructure providers who value resilience and neutrality.
Real-World Use Cases
Pocket supports infrastructure needs across nearly every vertical in Web3 — from DeFi to gaming to NFTs:
dApps query blockchain data using Pocket endpoints instead of relying on centralized APIs
Wallets use Pocket to broadcast transactions and retrieve balances, across multiple chains
DeFi protocols access block data, logs, and smart contract events, with zero reliance on single points of failure
Developers plug into Pocket via the SDK, allowing seamless relay integration
DAOs and open-source apps build on Pocket, to align their stack with decentralized values
Because Pocket replaces one of the most critical — and vulnerable — backend components, it unlocks a more resilient Web3.
Composability and Ecosystem
Pocket is designed for modular use — meaning apps can integrate it without rewriting or compromising their current stack:
RPC endpoints work with existing Web3 libraries, like Ethers.js and Web3.js
Multi-chain support enables one integration across many chains, reducing overhead
SDKs simplify implementation for developers, making onboarding fast
POKT staking models align incentives, between applications and node operators
Community tooling and dashboards offer transparency, on request volume and uptime
Because of this composability, developers can transition to Pocket gradually — or go fully decentralized from day one.
Cross-Chain and Roadmap Progress
Pocket continues to evolve, both by adding support for new chains and by improving protocol economics:
Supports over 30 chains today, including Ethereum, BNB, Harmony, Fuse, and Gnosis
Cross-chain relays are being optimized, improving load balancing and routing
Pocket V1 is in development, offering better tokenomics and app-level staking
New node coordination tools are launching, improving service guarantees
Governance is expanding through the Pocket DAO, with grants and ecosystem incentives
Because the protocol upgrades are driven by actual usage and performance metrics, Pocket evolves in response to what the network needs
Risks and Limitations
Despite strong fundamentals, Pocket still faces some key challenges:
Relayed requests can be slower than centralized RPC, depending on node quality
Network economics have led to inflation, which V1 aims to resolve
Developer awareness is still growing, limiting adoption outside crypto-native teams
Some chains lack full support or frequent upgrades, requiring ongoing integration work
POKT staking mechanics may confuse new users, without better onboarding tools
Still, for projects that care about decentralization at every level, Pocket remains a powerful — and increasingly necessary — infrastructure layer.
Summary Checklist
Pocket Network (POKT) offers decentralized RPC access across 30+ blockchains
POKT incentivizes node operators and app access, creating a usage-driven economy
Use cases include dApps, wallets, DeFi, and any app that queries chain data
Protocol is fully composable, with support for popular Web3 tools
Roadmap includes V1, better tokenomics, and improved chain support
Risks include inflation, speed variability, and onboarding friction