Blockchain technology continues to evolve at a rapid pace, and major tech players are stepping in to support the growing demands of Web3 developers. Google Cloud has recently entered the fray with the launch of its Blockchain Remote Procedure Call (RPC) Service, designed to streamline interactions between decentralized applications (DApps) and blockchain networks. Initially compatible with Ethereum, this new offering promises improved reliability, low-latency access, and seamless integration for developers building on one of the most widely used blockchains today.
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A New Era for Web3 Development on Google Cloud
Google Cloud’s new Blockchain RPC Service enables developers to interact with Ethereum data more efficiently than ever before. By supporting both the Ethereum mainnet and testnets, the service provides a robust foundation for deploying, testing, and scaling DApps in real-world environments.
The service is built to be fully compliant with Ethereum’s JSON-RPC standard, ensuring that developers can integrate it into their existing workflows with minimal friction—sometimes as little as a single line of code. This level of compatibility reduces development time and lowers the barrier to entry for teams exploring decentralized application development.
As highlighted in Google Cloud’s official announcement on September 17, the initial release includes a free tier that allows up to 100 requests per second and 1 million requests per day. This generous allocation supports EIP-1474, a comprehensive set of RPC methods defined for Ethereum nodes, giving developers broad functionality without upfront costs.
Why Reliable RPC Matters in Decentralized Applications
Remote Procedure Calls (RPCs) are fundamental to how applications communicate across distributed systems. In blockchain contexts, an RPC allows a DApp frontend—like a wallet or trading interface—to query on-chain data such as balances, transaction histories, smart contract states, and more.
However, RPC reliability has long been a pain point for developers. Even minor delays or dropped requests can lead to poor user experiences, failed transactions, or incorrect state displays in DApps. During periods of high network congestion—such as during NFT mints or major token launches—many RPC providers struggle to maintain uptime and responsiveness.
For example, in June 2024, ZKsync, a prominent Layer-2 scaling solution for Ethereum, experienced severe latency and degraded network functionality due to a surge in activity combined with underperforming RPC infrastructure. Such incidents underscore the need for scalable, enterprise-grade RPC solutions like the one now offered by Google Cloud.
With its global infrastructure and proven track record in cloud computing, Google Cloud aims to bring much-needed stability to the Web3 ecosystem.
Expanding Support Beyond Ethereum
While currently focused on Ethereum, Google Cloud has confirmed plans to extend support to additional blockchains in 2025. This strategic roadmap reflects the growing demand for interoperable, multi-chain development tools that allow builders to deploy across ecosystems without managing fragmented infrastructure.
Although details about which chains will be supported next have not yet been disclosed, the move positions Google Cloud as a potential key player in the broader blockchain infrastructure space—competing with established services like Infura and Alchemy while leveraging its vast cloud network and data analytics capabilities.
This expansion could also address earlier criticisms of Google’s Web3 initiatives. In April 2025, the company launched the Web3 Portal, a suite of resources including datasets, APIs, and developer tutorials. However, some crypto commentators criticized the portal for its clunky user interface and lack of support for major ecosystems like Bitcoin.
By introducing a high-performance RPC service, Google Cloud is taking concrete steps to improve developer trust and usability—two critical factors for long-term adoption in the decentralized world.
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Core Benefits for Developers
Google Cloud’s Blockchain RPC Service delivers several key advantages:
- Low-latency access: Leverages Google’s global network to reduce response times.
- Scalability: Handles spikes in traffic during high-demand events like token launches.
- Ease of integration: Fully compatible with JSON-RPC standards; minimal setup required.
- Cost-effective entry: Free tier allows startups and indie developers to experiment at no cost.
- Enterprise reliability: Backed by Google’s infrastructure SLAs and security protocols.
These features make the service particularly appealing to teams building DeFi platforms, NFT marketplaces, gaming dApps, and cross-chain bridges that require consistent and fast blockchain access.
Frequently Asked Questions (FAQ)
Q: Is Google Cloud's Blockchain RPC Service free?
A: It offers a free tier with up to 100 requests per second and 1 million requests per day. Paid plans are expected for higher usage tiers.
Q: Which Ethereum networks are supported?
A: Both the Ethereum mainnet and popular testnets (like Sepolia and Holesky) are currently supported.
Q: How does this compare to other RPC providers like Infura or Alchemy?
A: While feature parity exists in core functionality, Google Cloud brings its global infrastructure, scalability, and integration with other cloud tools as differentiators.
Q: Will it support non-EVM blockchains in the future?
A: Google Cloud has not specified which chains will come next, but expansion beyond Ethereum is confirmed for 2025.
Q: Can I use this service for production-level DApps?
A: Yes, especially with Google’s enterprise-grade uptime guarantees. The free tier is ideal for testing, while commercial deployments may require upgraded plans.
Q: Does it support advanced features like archive node access?
A: Details on archive node availability haven't been fully disclosed yet, but standard node functionalities are fully operational.
The Road Ahead for Web3 Infrastructure
Google Cloud’s entry into the blockchain RPC space marks a significant milestone in the maturation of Web3 infrastructure. As decentralized applications grow in complexity and user base, they demand backend systems that match the reliability of traditional web services.
By offering a scalable, secure, and easy-to-use RPC solution, Google Cloud is helping bridge the gap between legacy tech stacks and next-generation decentralized platforms.
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For developers navigating the evolving landscape of blockchain development, services like this represent more than just convenience—they’re foundational tools enabling innovation at scale. Whether you're building a simple wallet interface or a complex DeFi protocol, reliable access to blockchain data is no longer optional. It's essential.
With continued investment in Web3 tools and clear plans for multi-chain expansion, Google Cloud is positioning itself not just as a cloud provider—but as a critical enabler of the decentralized future.