ATT Global has just declared that it is a strategic partner with PinGoAI, an AI and DePIN solution that uses the TON Network, a step that is aimed at linking real world advertising traffic with decentralized computing infrastructure. The partnership will convert disjointed idle computer infrastructure into scalable infrastructure that can be used to build AI models and interact with Web3.
According to the announcement, both companies share the common vision of closing the gap between Web2 traffic and Web3 ecosystems and transforming user interaction into a real processing force.
Turning Idle Devices Into Scalable AI Infrastructure With ATT
The main point in the collaboration is the decentralized physical infrastructure network (DePIN) of PinGoAI, which consolidates approximately 100,000 devices provided by Cpin Web2 integration. Such distributed resources are re-used to deliver scalable AI applications compute power.
PinGo can take advantage of TON Network blockchain architecture to deliver decentralized cloud services to serve AI workloads. The model enables less utilized devices to provide a processing capacity, forming a distributed network, which can be expanded on demand.
This strategy follows trends of increased market interest in decentralized cloud infrastructure, especially with the accelerated development of AI and the growing need of cost and capacity pressure on centralized cloud vendors.
Bridging Web2 Advertising and Web3 Engagement
The partnership also relates ATT Global real-world asset (RWA) and DePIN-based advertising ecosystem to the decentralized network of PinGo. The Advertising Time Trace (ATT) model by ATT is aimed at the mediation of real-world advertising assets and blockchain-based engagement systems.
In such a way, using this integration, it is possible to direct Web2 traffic to Web3 ecosystems more efficiently. The intelligent routing and performance monitoring is supported by PinGo infrastructure, such as Pinger CDN and Telegram traffic analytics. The integrated system tries to establish quantifiable engagement channels between the traditional advertising channels and decentralized systems.
This architecture puts advertising impressions and user attention beyond marketing measures. Instead, the participation is a door to the decentralization of infrastructure.
Advertising as a Gateway to Compute Utility
The effort at the partnership to blur the divide between user engagement and compute infrastructure is one of the more innovative areas of the partnership. The companies indicate that physical touchpoints in advertising can be connected to the decentralized layers of compute.
In reality, it would imply that user attention and flows of traffic might be converted into contributions to distributed computing resources. Engagement will be integrated into a larger ecosystem that promotes the development of AI models and decentralized applications instead of being presented as mere pieces of marketing data.
Infrastructure needs to grow beyond mere transactional processing as tokenized real-world assets and stablecoins start to move on-chain. It becomes necessary to have identity abstraction, safe settlement structures, and risk intelligence frameworks. PinGo infrastructure layer is constructed to take into account these requirements and hold the compute capacity at the same time scaled in parallel.
TON Network as the Infrastructure Backbone
The application on the TON Network offers the partnership with high-throughput blockchain and built-in messaging functionality. The ecosystem of TON, adopted by more users with Telegram-linked services, provides a natural transition point between users of the Web2 world and the Web3 infrastructure.
PinGo MiniApp and decentralized cloud solutions are based on this environment and are used to simplify the onboarding process without restricting them to blockchain-native features. Scalability of TON and its increasingly large ecosystem of decentralized applications are beneficial to the collaboration.
