@SignOfficial Last week I watched a coordinator node reject a perfectly valid task assignment three times in a row. The executing agent kept retrying. Nothing was broken, technically. The task parameters were clean, the agent was qualified, the slot was open. But something in the handoff was opaque — the coordinator had no way of signaling why it was holding, and the executor had no way of knowing whether to wait or escalate. It just looked like a stall from the outside.

That's the kind of failure $SIGN Token is supposed to address, and I think it does — partially. The idea is that signed decision signals carry enough context for downstream participants to interpret intent, not just outcome. A rejection isn't just a rejection; it's a categorized, attributable communication. That changes behavior. Agents stop retrying blindly and start routing differently.

What I'm less sure about is whether the protocol holds under load. When fifty coordination events are firing simultaneously, the value of any individual signal depends on how consistently the rest of the network interprets it. Incentives only work if verification is cheap enough to actually happen.

The real test isn't whether SIGN Token reduces confusion in a clean pipeline. It's whether it holds when the system is degraded and participants are acting on incomplete state. That's the scenario I want to run next.#signdigitalsovereigninfra