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Openai/693e3237-e0a8-8009-9b13-5dc0743b3d0c
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==== ### ==== ISAC’s constant monitoring of agents’ vitals is already here. Current reality: * Smartwatches track: - Heart rate - Blood oxygen - ECG - Stress levels * Military-grade wearables can monitor: - Hydration - Fatigue - Heat injury risk * Battlefield IoT systems already transmit vitals to command centers What’s missing: Reliability under combat conditions (blood, shock, trauma confuse sensors). Verdict: Fully feasible, already deployed in limited military and emergency contexts. ===== “Hostiles detected.” ===== Current reality: * AI-assisted video analysis can: - Detect humans - Identify weapons - Track movement patterns * Acoustic gunshot detection exists (ShotSpotter) * Drones + computer vision already assist troops Limitations: * Urban clutter * False positives * Occlusion (walls, smoke, darkness) * Hard to determine intent ISAC’s accuracy and confidence are exaggerated. Verdict: Feasible, but far less reliable than portrayed. ===== ISAC’s ability to keep agents connected in a collapsed city is very realistic. ===== Current reality: * Mesh networks * Satellite uplinks * Mobile ad-hoc networks (MANETs) * Encrypted military comms Used today by: * Special forces * Disaster response teams * Protestors and journalists in blackouts Verdict: 100% feasible. ===== ISAC locking or unlocking SHD tech is plausible. ===== Real analogs: * Hardware attestation * Secure enclaves * Kill-switches in military drones * Zero-trust architectures But: * Total lockout based on rule violation is dangerous * In real life, humans override these systems constantly Verdict: Technically feasible, politically controversial. ===== ISAC combining: ===== * Surveillance * Infrastructure data * Agent reports * Civilian systems This already exists in intelligence agencies—but not cleanly. Problem: Data fusion works well in stable environments. It collapses under: * Missing data * False reports * Sensor loss * Adversarial deception Verdict: Possible, but fragile.
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