Telegram Cocoon Network: Pavel Durov Unveils Decentralized AI Platform on TON Blockchain
Telegram founder Pavel Durov announced the Cocoon Network at the Blockchain Life 2025 conference in Dubai. The Confidential Compute Open Network represents a decentralized infrastructure combining blockchain technology with artificial intelligence capabilities. This announcement marks a significant expansion of Telegram’s blockchain integration beyond messaging.
The Cocoon project is scheduled to launch in November 2025. Applications are now open for both hardware providers and software developers. The network aims to transform how AI computations operate by distributing tasks across numerous individual devices rather than centralized data centers.
How the Telegram Cocoon Network Operates
The new TON technology allows people with graphics cards to contribute computing power. These contributors receive TON cryptocurrency as compensation. GPU owners can monetize their unused hardware capacity while supporting a decentralized infrastructure.
Developer0000s can then use this distributed network for their AI applications. The system ensures users can interact with AI features like summarization and message drafting without exposing private data to centralized providers. This marketplace for computational resources operates without central control or oversight.
Privacy Protection Through the Cocoon Network Infrastructure
The design emphasizes confidential compute, meaning data processed is encrypted and the compute provider cannot directly view user inputs or requests. Durov emphasized that the system’s design focuses on protecting user privacy. Users can leverage AI capabilities without sacrificing data security.
The network processes information without exposing private data to centralized companies. This architecture addresses growing concerns about data privacy in artificial intelligence applications. This structure supports Telegram’s stated commitment to digital freedom.
Telegram as First Cocoon Network Client
Telegram will serve as the first major user of the Cocoon network. The messaging application plans to incorporate these decentralized AI capabilities directly into its platform. Telegram plans to use Cocoon inside Mini Apps and bots, giving the rollout instant reach.
Features like text summarization and message drafting will utilize the network. This integration provides Cocoon with immediate access to Telegram’s massive user base. The platform can demonstrate real-world applications from launch day.
TON Blockchain Powers Decentralized AI Computing
Durov said Cocoon will allow GPU owners to contribute computing power to the network and earn TON tokens in exchange, while developers access low-cost AI compute. The transparent pricing mechanism for computing power intends to make AI development more accessible. Competitive market dynamics replace fixed pricing from centralized providers.
This initiative marks Telegram’s continued expansion into blockchain-based services following earlier integrations of TON for payments. The TON blockchain ecosystem continues growing beyond simple cryptocurrency transactions. Cocoon represents another practical application of blockchain technology.
Market Impact of the Telegram Cocoon Network Announcement
At press time, TON trades at $2.20, with a market capitalization of $5.6 billion, down 1.5% in 24 hours, while trading volume rose 3.4%, signaling heightened investor activity following Durov’s keynote. The announcement generated an immediate market response despite modest price movement.
AlphaTON Capital issued a press release, revealing plans to make a substantial investment in GPU and data center infrastructure to power Cocoon’s decentralized AI network. Industry participants are positioning themselves to participate in the network’s launch. This demonstrates institutional confidence in the project’s potential.
Competing with Centralized AI Infrastructure
The network could change how AI computations are handled by distributing them across numerous individual devices rather than centralized data centers. Current AI infrastructure concentrates power among major technology companies. Cocoon offers an alternative model prioritizing decentralization and user control.
The Telegram Cocoon Network challenges the dominance of traditional cloud computing providers. GPU owners worldwide can participate regardless of scale or location, and this democratizes access to AI infrastructure previously limited to large corporations.
Conclusion
The Telegram Cocoon Network represents Pavel Durov’s vision for privacy-focused, decentralized artificial intelligence. Durov emphasized that Cocoon’s transparent, market-driven design will make AI compute pricing competitive and censorship-resistant. November 2025 will determine whether this ambitious project delivers on its promise to reshape AI infrastructure.
