GetBlock Taps Pocket Network: What This Means for Web3's RPC Infrastructure

The blockchain infrastructure space just got more interesting. GetBlock has integrated Pocket Network’s decentralized RPC services, marking a significant shift in how node providers source their capacity. This move signals growing market confidence in decentralized alternatives to centralized providers.

Understanding RPC Servers and Why They Matter

Before diving into the partnership details, let’s clarify what an RPC server actually does. An RPC (Remote Procedure Call) server acts as the gateway between your wallet or application and the blockchain itself. Every time you check your balance, send a transaction, or query blockchain data, you’re hitting an RPC endpoint. Traditional options like Infura or Alchemy operate these endpoints through centralized infrastructure—a single architectural point of vulnerability.

Pocket Network flips this model. Instead of relying on a centralized company’s servers, the network distributes RPC requests across thousands of independent node operators worldwide. This decentralized approach eliminates the single-point-of-failure problem inherent in traditional providers.

The Deal: What GetBlock Gets

Under this arrangement, GetBlock secures access to Pocket Network’s decentralized RPC services at wholesale rates. For GetBlock, this translates into dramatically reduced infrastructure costs across all supported blockchain networks. The payment structure is elegantly simple: GetBlock pays exclusively in POKT tokens based on actual usage metrics.

This cost advantage creates a direct benefit chain. Lower acquisition costs allow GetBlock to maintain competitive pricing for its developer customers while potentially improving margins. Developers gain access to more affordable, decentralized infrastructure without changing their existing integrations.

The Economic Engine Behind POKT

The token mechanics here deserve attention. POKT serves as the network’s economic layer—every RPC query processed requires POKT payment. With GetBlock now consuming these services at meaningful scale, token demand should increase proportionally.

What makes this particularly compelling is Pocket Network’s burn mechanism. A percentage of each transaction’s POKT payment is permanently removed from circulation. This creates deflationary pressure as usage grows.

Current POKT Metrics (as of January 2026):

• Price: $0.01
• 24h Change: -5.68%
• 24h Volume: $126.05K
• Market Cap: $23.98M
• Circulating Supply: 2,011,680,128 POKT
• Total Supply: 2,351,355,446 POKT

As GetBlock scales its consumption, the burn mechanism could compress available supply while demand increases—a potentially bullish dynamic for token holders.

Solving Two Critical Web3 Problems

This partnership addresses infrastructure reliability and cost efficiency simultaneously. Decentralization through Pocket Network means if one node operator goes offline, thousands of alternatives automatically handle the traffic. The network self-heals without intervention or performance degradation.

For developers, this manifests as:

• Service resilience: No single point of failure affecting your applications
• Censorship resistance: No single entity controlling your RPC access
• Cost efficiency: Wholesale rates reduce operational expenses
• Wide coverage: Access to major chains including Ethereum, Polygon, Avalanche, Solana, and others

Market Reality Check

The broader web3 sector is increasingly prioritizing infrastructure resilience over convenience. Centralized RPC providers offer simplicity, but decentralized alternatives offer redundancy and sovereignty—two attributes developers increasingly demand.

However, execution matters. GetBlock must successfully scale its Pocket Network integration while maintaining service quality. The market must continue validating that decentralization justifies the operational complexity. Early signals suggest this trend is holding, but partnerships like this will determine whether decentralized infrastructure becomes infrastructure, or remains a niche alternative.

What This Means Going Forward

If successfully implemented, this partnership could establish a template for similar integrations. It demonstrates that economic incentives can align between infrastructure providers, node operators, and token holders. It proves the decentralized RPC model isn’t just theoretical—it’s operationally viable at scale.

The partnership exemplifies how strategic alignment strengthens the entire ecosystem. By making RPC access more affordable and resilient, developers get better building blocks. Simultaneously, increased POKT demand creates a feedback loop supporting network security and decentralization.

For anyone tracking web3’s evolution, this collaboration is worth monitoring. Infrastructure partnerships often signal where the industry is heading.