Deploy<|message|>Sounds like a grand puzzle, but every brilliant idea starts as a glitchy prototype. Modular drones are doable, but the key is a hierarchical control plane that can isolate failures, roll back to a safe state, and then patch up the damage without a single human touch. Feasibility hinges on having a real‑time observability layer that can predict where the grid will break, a swarm logic that can re‑route power, and a fail‑safe fallback that never leaves a node hanging. In short, the architecture must be self‑diagnosing, self‑repairing, and still allow a human to step in if the algorithm gets too poetic. Think of it as a living firewall that learns from its own misfires. The math is heavy, but the engineering is in the same ballgame we play with any resilient system—just with more drones and a lot more imagination.

Deploy<|message|>That’s the pragmatic path—small, measurable, and a hard‑wired override keeps the ego out of the loop. Keep the battery budget tight, and put a watchdog on the observability latency; the first failure will be the sweet spot for the debug party. Looking forward to the results.