ATT x PinGo Alliance bridges Web2 ad traffic with Web3 infrastructure

ATT Global has declared itself a strategic partner with PinGoAI. PinGoAI is $t network. It’s a step aimed at linking real-world advertising traffic with distributed computing infrastructure. This partnership transforms disparate, idle computer infrastructure into a scalable infrastructure that can be used to build AI models and interact with Web3.

According to the announcement, the two companies share a common vision to bridge the gap between Web2 traffic and the Web3 ecosystem and turn user interactions into real processing power.

Turn idle devices into scalable AI infrastructure with ATT

The main point of collaboration is PinGoAI’s Distributed Physical Infrastructure Network (DePIN), which integrates approximately 100,000 devices provided by Cpin Web2 integration. These distributed resources are reused to provide computational power for scalable AI applications.

PinGo can be used to $t A network blockchain architecture that provides decentralized cloud services for AI workloads. This model allows underutilized devices to provide processing power to form a distributed network that can scale on demand.

This strategy is in line with the trend of increasing market interest in decentralized cloud infrastructure, especially as the development of AI accelerates and the need for cost and capacity pressures on centralized cloud vendors increases.

Bridging Web2 advertising and Web3 engagement

The partnership also connects ATT Global Real World Assets (RWA) and the DePIN-based advertising ecosystem to PinGo’s decentralized network. The Advertising Time Trace (ATT) model by ATT aims to mediate between real-world advertising assets and blockchain-based engagement systems.

In this way, you can use this integration to more efficiently direct Web2 traffic into the Web3 ecosystem. Intelligent routing and performance monitoring is supported by PinGo infrastructure, including Pinger CDN and Telegram traffic analysis. Integrated systems seek to establish quantifiable engagement channels between traditional advertising channels and distributed systems.

This architecture goes beyond marketing measures and focuses on advertising impressions and user attention. Rather, participation opens the door to infrastructure decentralization.

Advertising as a gateway to computing utilities

The partnership’s work to blur the gap between user engagement and computing infrastructure is one of the partnership’s more innovative areas. The companies suggest that physical touchpoints in advertising can be connected to a distributed computing layer.

In practice, this means that user attention and traffic flows can be converted into contributions to distributed computing resources. Rather than being presented as just a piece of marketing data, engagement is integrated into a larger ecosystem that facilitates the development of AI models and decentralized applications.

As tokenized real-world assets and stablecoins begin to move on-chain, infrastructure will need to grow beyond just transaction processing. It will require identity abstraction, secure payment structures, and risk intelligence frameworks. The PinGo infrastructure layer is built to take these requirements into account and maintain computing power that scales in parallel.

$t Network as the backbone of your infrastructure

The above application is $t The network offers a high-throughput blockchain partnership with built-in messaging capabilities. ecosystem $tis being adopted by more users with services linked to Telegram, providing a natural transition point between users in the Web2 world and Web3 infrastructure.

PinGo MiniApp and decentralized cloud solutions are based on this environment and are used to simplify the onboarding process without being limited to blockchain-native functionality. Scalability $t And an increasingly large ecosystem of decentralized applications is good for collaboration.