Forget massive data centers burning megawatts. What if the next supercomputer's already distributed across 157,000+ devices people carry daily?

That's the bet behind a Layer 1 DePIN protocol turning dormant smartphone processing power into verifiable compute infrastructure. The pitch? Slash AI hallucinations by over 90% through Trusted Execution Environment tech—basically hardware-level tamper-proof zones that verify every calculation.

Here's where it gets interesting: this isn't vaporware. The network's already crunched through 519 million computational tasks, proving idle mobile chips can handle serious workloads when orchestrated right.

The broader play mirrors how mining pools democratized Bitcoin validation—except instead of solving hashes, you're renting out your phone's downtime to train models or run inference. Early numbers suggest the security model works: TEE-secured nodes make it nearly impossible to feed garbage data into AI pipelines, a chronic problem plaguing centralized training setups.

Whether this scales beyond early adopters depends on incentive design and developer adoption. But the core idea—monetizing billions of underutilized ARM processors—could reshape how we think about both compute marketplaces and decentralized infrastructure.