Been idle at home for over a month, just saw @EchoHunt_ai organizing another creator event, so I thought I'd join in. When developers buy computing power, what they’re really buying is reliable delivery. Code needs to run properly, data needs protection, and devices need to stay online consistently. @Acurast turns phones into a computing network, aiming to meet these kinds of needs. It uses TEE for isolation, hardware proofs to verify devices, and task matching plus staking mechanisms to manage computing power supply. If phones are going to be used for serious business, these issues need to be addressed. ACU is involved in the whole process: developers pay for computing fees, those providing computing power earn incentives, staking serves as a guarantee for computing commitments, and token holders participate in governance. Even without devices, you can join through delegation, but you’ll still need to bear the risks. I think this design is worth a look, but you also need to calculate the costs after fees. When tasks are successfully executed, computing fees are burned; node rewards come from inflation. The actual usage-driven consumption needs to be measured alongside the new supply. So what I’m paying attention to is whether this network can become a service developers rely on. Stable performance, solid data protection, and reasonable costs are the keys to sustained use. For ACU, having people deploy tasks and pay fees daily carries more weight than one-time participation hype.