Pi Network Tests AI Computing on Nodes During Upgrade Phase

Pi Network news today reports it has begun testing a new concept that blends artificial intelligence with its blockchain infrastructure. The experiment comes as the project continues a major protocol upgrade across its Mainnet nodes. The upgrade process is currently moving through multiple versions. Node operators are required to update their software step by step.

Pi Core Team says all nodes must complete the upgrade to version 20.2 before March 12. This upgrade forms part of a larger roadmap. That will eventually take the network from version 19 to version 23. While the technical upgrades continue. Pi developers are also exploring a new direction. The network is now testing whether its global node system can support distributed AI computing.

Mandatory Node Upgrades Continue 

Pi Network confirmed that its protocol upgrades must happen sequentially. Node operators cannot skip versions. Instead, they must update their systems in the following order: 19.1, 19.6, 19.9, 20.2, 21.1, 22.1, and finally 23.0. For now the focus remains on version 20.2. All Mainnet nodes must complete this upgrade before the March 12 deadline. 

Nodes that fail to update may lose connection with the network. This step-by-step upgrade ensures stability. It also prepares the network for upcoming technical changes planned by the development team. At the same time, Pi Network is quietly testing another idea that could expand the role of its node infrastructure.

Pi Nodes Tested for AI Computing Tasks

During the upgrade phase, Pi nodes are also being tested for AI-related workloads. A case study conducted in collaboration with OpenMind explored how node computers could handle basic artificial intelligence tasks. In the test, node operators ran software on their computers to process object recognition tasks. The system analyzed AI-generated images and returned results within seconds.

This experiment shows that Pi nodes may be capable of more than just validating blockchain transactions. Instead, they could potentially contribute computing power to AI systems. The idea relies on a simple concept. Many computers around the world run Pi nodes. But their processing power often remains idle. By using that unused CPU capacity, the network could create a large distributed computing system.

A Vision for Decentralized AI Infrastructure

Some community members believe this model could reshape the future role of Pi Network. If scaled successfully, node operators might eventually provide AI computing power and receive Pi tokens in return. In simple terms, users could run their computers, contribute processing power and earn rewards.

Pi founder Chengdiao Fan also recently explained why the project is exploring AI integration. According to Fan, AI is already transforming global economic systems. As automation replaces certain types of human labor. New systems may be needed to distribute economic value more fairly. Blockchain, Fan argues, could help address this shift. By combining verified digital identities with decentralized networks. Blockchain systems may support more inclusive economic participation.

Looking Ahead

Pi Network believes its infrastructure could play a role in this transition. The team already claims to have more than 350K nodes and millions of KYC-verified users worldwide. While the vision excites many supporters, challenges remain. Some users continue to report delays in the network’s KYC verification process. These operational hurdles highlight the gap between long term ambitions and current technical progress.

Still, the ongoing experiments suggest that Pi Network is thinking beyond traditional crypto use cases. If the AI computing tests prove successful. The project could move closer to building a decentralized AI infrastructure powered by everyday users.

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