Somnia and Google Cloud: a new era for blockchain gaming

Somnia, the high-performance Layer 1 blockchain supported by a 270 million dollar fund, has announced a significant collaboration with Google Cloud. The announcement, made during the EthCC in Cannes, marks a turning point for the gaming and entertainment sector on blockchain, promising to redefine creativity and possibilities for game developers globally.

Somnia: Google Cloud will enhance a cutting-edge infrastructure for on-chain gaming

The collaboration between Somnia and Google Cloud arises from the need to respond to the growing technological demands of the gaming industry, increasingly oriented towards solutions based on blockchain. Somnia has recently reached a significant milestone, surpassing 1 billion transactions on its testnet. In the last month alone, the network handled 250 million transactions, with a peak of 80 million transactions in a single day. These numbers demonstrate the scalability and robustness of the infrastructure, supported by a leading ecosystem of validators such as BCW Group, Luganodes, B-Harvest, and Kiln.

The network of Somnia is designed to meet the needs of the most ambitious game developers, offering over 1 million TPS (transactions per second), sub-second finality, fees lower than a cent, and a decentralized architecture capable of handling massive volumes of simultaneous activity. Currently, over 60 active projects have been integrated into Somnia’s testnet, including titles like Sparkball, Variance, Masks of the Void, and Maelstrom.

The words of the protagonists

Paul Thomas, founder of Somnia, emphasized the importance of this partnership:

“Collaborating with Google Cloud represents a huge step forward in building the foundations for a truly agentic and on-chain internet. Thanks to their support in validation operations, BigQuery datasets, and AI agent tools, we are redefining the way games are created and offering developers an accessible platform to build immersive and intelligent projects.”

Enhancing game development with cutting-edge technologies

The synergy between Somnia and Google Cloud is not limited to strengthening the security and AI functionalities of the network. It offers developers new opportunities to leverage a superior cloud infrastructure, advanced security, and technologies for cutting-edge AI agents. The goal is to make blockchain entertainment development more accessible and attractive for developers and entrepreneurs in the sector.

The tangible advantages of the collaboration between Somnia and Google Cloud

Google Cloud as Network Validator: Google Cloud will operate as a validator on the Somnia network, providing its enterprise-level technical infrastructure to enhance the security, reliability, and decentralization of the network.

Integrated Cloud Platform: Developers will have direct access to the cloud platform, data, and AI tools of Google Cloud, including real-time blockchain data streaming services via Pub/Sub and Somnia datasets indexed on BigQuery for advanced analysis.

Security Enhanced by Mandiant: The partnership integrates the security capabilities of Google Cloud, led by Mandiant, to offer proactive threat intelligence, expertise in protecting Web2 and Web3 infrastructures, and tailored solutions for critical events such as mainnet launches, token generation, smart contract deployment, and incident management. Particular attention is given to the security of private keys and signing processes, as well as the mitigation of risks from sophisticated actors.

Enhanced Agentic Ecosystems: Somnia will integrate Google’s AI agent ecosystem, including ADK, A2A, and MCP, to enable intelligent and interoperable agents within games and on-chain applications. This paves the way for advanced use cases such as dynamic NPCs, AI-driven market participants, and reactive gaming features that leverage Somnia’s speed and reduced costs.

James Tromans, Managing Director Web3 at Google Cloud, stated:

“Google Cloud is committed to supporting the Web3 ecosystem with secure, scalable infrastructure and powerful AI capabilities. We are excited to collaborate with Somnia to offer a scalable platform, powerful data streaming, and advanced security intelligence, supporting developers in creating agent-driven applications.”

A summer of innovation: testnet open to developers

The integration between Somnia and Google Cloud will be operational as early as this summer. Developers are invited to experiment on Somnia’s testnet, building and deploying projects that leverage these new capabilities. This is a fundamental step for the infrastructure and tools necessary for a future where intelligent agents and decentralized technologies converge, supporting developers and the industry in a new era of blockchain entertainment.

Somnia: the fastest and most efficient EVM blockchain

Somnia stands out as the fastest and most cost-effective Layer 1 EVM blockchain, capable of processing over 1 million transactions per second with sub-second finality and fees lower than a cent. Thanks to the new multi-stream consensus technology, Somnia achieves block certainty in minimal time and a higher transaction throughput. Sequential execution and compression algorithms allow handling high-density scenarios, increasing the amount of data transferred between nodes by 10-20 times. The custom database IceDB enables read/write times between 15 and 100 nanoseconds, reducing transaction costs to less than a cent.

These characteristics make Somnia the ideal platform for large-scale real-time applications in the sectors of gaming, social, metaverse, finance, and beyond, serving millions of users entirely on-chain and making the EVM more efficient than ever.

The collaboration between Somnia and Google Cloud represents a turning point for the entire sector, offering developers unprecedented tools to create safer, smarter, and more scalable gaming and entertainment experiences. With the integration of the most advanced technologies and a shared vision for the future of Web3, this partnership promises to redefine the boundaries of digital innovation.