
ALT Good Morning, Everyone 🌅 An Android phone is making decisions inside Tetris. In the Laya Tetris demo from @Acurast, the game generates five possible placements for each piece. An AI model running on the phone evaluates the options and selects one. Each decision takes around 0.2 to 1 second on the phone CPU. The game then executes the selected move. What makes this demo interesting is that you can see which phone handles each decision, inspect its hardware information, and verify its on-chain record. For $ACU, the bigger question is whether developers will find lasting uses for smartphone-based compute beyond demonstrations. Would you trust a phone-powered AI model to make decisions in a real application? Try the demo yourself: laya.acurast.com

ALT Good Night, Legends🌙 Why can two phones online for the same time earn different rewards? At @Acurast, uptime is only part of the picture. Each Processor is benchmarked on RAM, CPU and storage. RAM carries 46.15% of the benchmark weight. Single-core and multi-core CPU each carry 23.07%, while storage carries 7.69%. A Processor that executes a deployment during an epoch receives 10% additional weight on its benchmark metrics for that period. This can increase its share of $ACU rewards, but it does not guarantee a fixed payout. Base benchmark rewards do not require staking. Staking unlocks a separate reward pool. Which would matter most for your phone, RAM, CPU or deployment activity? https://hub.acurast.com/rebellion?ref=ixm1wd

ALT Good Night, Builders 🌙 The camera becomes the first gate in this meme launch model By making in-app photo capture mandatory, @onlystreetsfun connects meme creation directly to moments people encounter in the real world. The concept shifts the starting point from uploading an existing image to capturing something worth naming. That gives the launchpad a distinct creative direction, although originality and content moderation still need clear answers. Explorer: onlystreets.fun




























