
Pi Network has a new AI reinforcement layer in its KYC process implementedto shorten the verification queue and support the ongoing push toward mainnet readiness. It enables the same technology used in Pi Fast Track KYC, making the core migration path faster and more scalable.
Pi Fast Track KYC was inaccessible to migration for new users and non-pioneers of wallet access as this option did not exist. After months of testing, it has finally been upgraded to standard KYC and is ready for migration.
The upgrade addresses regional validator bottlenecks, speeds up pending verifications, and reduces the data displayed to validators, thereby improving data protection.
The network believes that as AI increasingly takes over routine work, millions of pending cases will be processed more smoothly.
This eliminates bottlenecks without compromising accuracy and preserves the role of reviewers by limiting automation to simple inputs.
The saved human capacity could later be used for system services such as feedback loops as well as AI training and other work in Pi apps.
Work on the first validator rewards is underway. The process includes matching task phases, quality differences, and fair reward calculations that match mainnet level accuracy.
Upgrading the system also requires planning the rewards that will be paid out to millions of validators in the next and future eras. Deployment is tentatively scheduled for the end of the first quarter of 2026. Pi also released updated migration statistics. In total, 17.5 million pioneers have completed KYC and 15.7 million have already migrated to the mainnet.
About three million pioneers who have preliminarily completed KYC can still unblock themselves by conducting due diligence checks. In order to have a fully verified user, the Mainnet migration checklist must be completed.
The timing fits with broader European efforts to expand AI infrastructure. Deutsche Telekom and the Schwarz Group are planning to build one of the world’s largest KI-Gigafabriken in Germany, which is supposed to provide immense computing power.
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