Katana Protocol

                            {
    "id": "intangible_katana_protocol",
    "name": "Katana Protocol",
    "type": "intangible",
    "inputs": [],
    "outputs": [],
    "passthru": [],
    "children": [],
    "extends": {
        "id": "comp_temperature",
        "name": "Temperature",
        "type": "component",
        "inputs": [],
        "outputs": [],
        "passthru": [],
        "children": [],
        "tree": [],
        "extends": null,
        "problem": "The system needs to know how hot it is before it becomes a different problem.",
        "description": "Temperature is a passive and active thermal sensing and reporting component providing real-time surface, ambient, and internal temperature telemetry to downstream thermal management, alert, and classification systems. The sensor array supports thermistor, thermocouple, and infrared non-contact measurement configurations depending on whether the target surface is accessible, cooperative, or aware that it is being measured. Output is delivered in degrees Celsius to the operational layer, which converts to Fahrenheit for the American market and to Kelvin for applications where the number needs to be larger and more alarming. Temperature does not regulate. Temperature observes and reports. Regulation is someone else's job and Temperature has made peace with this division of responsibility. Calibration is factory-set and field-verifiable against a reference standard that is included in the documentation and not included in the box. Operational range covers -40\u00b0C to 200\u00b0C, which is wider than any deployment scenario this component is likely to encounter and which was specified that way because the engineers did not want to have the conversation again."
    },
    "problem": "The heat is no longer a condition. The heat is now doing something.",
    "description": "Katana Protocol is the MTREES secondary thermal escalation tier, activating at sustained ambient temperatures of 105.0 degrees Fahrenheit and above, at which point the system reclassifies the atmosphere from a passive environmental variable into an active structural agent capable of executing force. At or above the Katana Protocol threshold, the air itself becomes a cutting instrument. This is not a metaphor. The thermal gradient differential between the ambient environment and the human operator's surface temperature reaches a coefficient sufficient to constitute a directional pressure event, which the Katana Protocol identifies, names, and formally documents as a strike. The Katana Protocol does not intervene in the strike. The Katana Protocol is the strike's paperwork. All atmospheric cutting events occurring at or above 105.0 degrees are logged, timestamped, and attributed to the correct thermal source. The samurai did not invent the katana. The samurai identified that the air was already cutting and built a tool to confirm the observation with better geometry. Katana Protocol operates on this same principle. The heat moves. The Protocol watches the heat move. The documentation is filed. The null pointer is returned. The heat cannot kill what returns nothing.",
    "template": "intangible"
}