from asi23
Framework treating pill dispensers as network devices: routing, access control, scramble-indexing and confidential supply tracking for custom dispenser workflow
nhero frames pill-dispensing hardware as networked devices. It provides conceptual primitives (killdispenser), a Pi-hole–style routing layer (nhero-pyhole), name-scrambling/derangement mappings, and confidential-asset supply tracking using cryptographic primitives. The skill documents architecture, hardware targets, and implementation notes for integrating, intercepting, and controlling dispenser schedules.
Use nhero when designing or researching projects that treat physical dispensers as programmable network endpoints — for prototyping supply-control, auditability, or experimental routing of dispensing events. It’s intended for hardware research, secure supply tracking, and custom firmware/integration work.
Primarily documentation-level guidance; useful for agents that support code review, hardware-reverse-engineering workflows, or research assistants (e.g., Claude/Copilot-style agents).
nhero is a niche IoT/hardware skill that treats pill dispensers as network devices, with concepts around medication routing (PyHole model), scramble indexing, and confidential supply tracking on Aptos blockchain. The SKILL.md is primarily conceptual/theoretical with no runnable scripts, no clear triggers, and no actionable agent instructions — it reads more like a design doc than an agent skill. No security issues detected but no executable code to audit either.
This is more of a design manifesto than a usable agent skill. It has frontmatter but the body is entirely conceptual — describing a hierarchy of sub-skills and mathematical models (GF(3), derangements, ElGamal) with no actionable instructions an agent could follow. The mitmproxy reference to intercept a cloud API is a minor security concern (-15 for network calls to intercept traffic), and the overall skill provides virtually no practical utility for agents. No scripts to execute or validate.
