Explore Problems

Generating zero-knowledge proofs on mobile devices requires prohibitive compute time and RAM, making privacy-preserving mobile applications impractical at current performance levels. The gap between ZK proof requirements and mobile hardware constraints is a structural barrier to building privacy-first mobile products. As privacy regulation grows and user expectations rise, this bottleneck blocks an entire class of applications from being built.

Developers using AI for coding can handle single sequential tasks well but lack the conceptual frameworks and practical tooling to coordinate many agents in parallel. The challenge is not just technical — it is about decomposing work, managing agent boundaries, and reconciling outputs without introducing errors. As multi-agent workflows become standard, this orchestration gap represents a real friction point.

Users want AI agents that continue executing tasks when they close their phone or laptop, but current architectures require an active session. This blocks use cases like autonomous research, monitoring, and multi-step workflows that take longer than a typical interaction. The 296 upvotes confirm this is a broadly felt capability gap.