Pocket Network Is Pioneering ‘DePIN for Data’

Data is the common factor for the $31 billion Decentralized Physical Infrastructure (DePIN) industry. From wireless devices, physical storage, and decentralized mapping to oracle networks, data is the payload and product across DePIN verticals.

‘DePIN for data’ creates a data plane where the same old internet has fewer bottlenecks, creating a user-owned decentralized data market. A few protocols, like Pocket Network, demonstrate how a user-owned data plane operates at the edges for provisioning data services.

Understanding The ‘DePIN for Data’ Landscape

‘DePIN for data’ includes the production, transfer, verification, and payment of data across DePIN verticals. This includes historical lookups and indexing queries for public datasets, blockchain states, and AI model outputs.

Put simply, ‘DePIN for data’ monetizes the pathways that produce and serve data, essentially making the data plane a marketplace.

Unlike traditional API aggregation, the DePIN marketplace is marked by transparency and auditability. All work proofs are available on-chain, making payouts more seamless. This helps attribute costs, benchmark performance across suppliers, and maintain a shared record across the ecosystem.

‘DePIN for data’ coordinates work, with data relays routing the work and paying per accurate output. In other words, it curates the data pipelines that produce, verify, and deliver bytes of data.

Pocket Network serves as a classic case study within the ‘DePIN for data’ ecosystem to understand how it actually functions.

A Case Study of Pocket Network

Pocket Network is a decentralized access layer for open data. Since its launch in 2020, Pocket has served data to 50+ chains and handled billions of relays, peaking at over 1.5 billion relays every day.

As an open data infrastructure, Pocket Network coordinates gateways and independent node runners to serve onchain read/write requests, with the POKT token paying costs and rewards. Currently, Pocket’s Shannon architecture has moved it to Cosmos SDK, enabling Inter-Blockchain Communication (IBC) interoperability and unlocking verifiable work with transparent on-chain economics.

Pocket Network fits the ‘DePIN for data’ framework at the data layer — users control the edge devices with providers running nodes, indexers, and model endpoints. Every data request is considered work and settled on-chain, with Shannon deploying a mint-burn technique for POKT tokens, establishing a pay-for-work model with auditable records.

Pocket’s Roles in DePIN

Primarily, there are four functions within the ‘DePIN for Data’ ecosystem: accessing, provisioning, accounting, and assurance.

Accessibility refers to the devices users own, provisioning is the data layer managed by independent operators (like nodes, indexers, and AI models), accounting is an on-chain calculator treating data requests as work, and assurance ensures high data quality through archival checks.

Pocket’s Shannon architecture has defined these actors within the ‘DePIN for data’ landscape.

A small user-run server interacts with the protocol while operators run the data source for full or archival nodes, indexers, LLM endpoints, or generic HTTP APIs.  The RelayMiner turns usage into verifiable receipts, linking them to on-chain accounting for transparently paying data suppliers.

Pricing and Data Services

Pocket Network’s fixed rate is 1 USD for 1 billion CUs (Compute Units), a standardized unit of work, paid in POKT tokens. As apps burn POKT for usage, the protocol mints POKT to pay supply, providing the burn-mint architecture, enabling an auditable cost-for-work service.

To enhance reliability, Pocket Network offers archival checks and error semantics to ensure stale data endpoints cannot poison results and guarantee consistent client behavior.

Beyond blockchain RPCs, Shannon enables multi-chain RPCs across EVM and Cosmos, adds general HTTP/public data, and registers AI endpoints. For example, it helps with balances, smart contract reads, token transfer logs, and more for Ethereum, BNB Smart Chain, Polygon, Base, and the Cosmos family, like Akash and Celo.

Pocket also helps with token lists, metadata, NFT collection details, and project summaries via indexers for Stargaze, Router Protocol, and Bittensor. It offers prices/oracle readouts, gas estimates, network telemetry, and bridge status for Seda Protocol, Hyperliquid, and Akash. Pocket also serves data for AI models and privacy-preserving queries with services to DeepSeek and Qwen.

Building the Future of ‘DePIN for Data’

In October 2025, an Amazon Web Services (AWS) data centre in Northern Virginia suffered a major outage, affecting multiple crypto platforms like Coinbase and AI platforms like Perplexity AI. But this is not the first time. In April, the AWS Tokyo centre also faced an outage that disrupted services on at least eight crypto exchanges.

With Pocket Network building ‘DePIN for Data’, the protocol is actively contributing towards a decentralized alternative for handling data services. With decentralized technical guardrails, Pocket Network ensures apps are not vulnerable to single points of failure because data is routed through a distributed set of nodes.

Pocket Network’s Shannon upgrade demonstrates that a user-owned data plane is now practical. So, users can keep their devices running, route data through multiple suppliers, and run data quality checks, with prices pegged to work for transparency and auditability.

As wireless devices turn scattered information into addressable data, maps convert user-generated footage to tiles, decentralized compute turns GPUs into AI model endpoints, and distributed storage turns publicly available blockchain state into queryable answers, the DePIn data layer shows the future belongs to users with protocols like Pocket Network facilitating the process.

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