Application: Automated Security Surveillance
Description
Automated security surveillance systems deliver real-time monitoring, AI-driven threat detection, and rapid incident response. These systems integrate ultra-HD cameras, autonomous drones, and sensors with edge AI to analyze data locally, ensuring quick decision-making and efficient resource use. Features like predictive analytics, immersive alerts, and holographic visuals enhance situational awareness and proactive security. Scalable and intelligent, this approach transforms public safety by providing seamless, automated, and reliable protection across diverse environments.
Devices
- Automatic security is designed by creating a sixth sense by instantiating a permanent AR overlay with thousands of sensors. Wireless cameras will be used as sensors and will be massively deployed. With the advancement in AI, machine vision, and their capacity to recognize people and objects, the camera becomes an omnipresent universal sensor.
KPIs
| KPI | Value | Notes |
|---|---|---|
| DL E2E Packet Latency | Moderate: < 50 ms | — |
| UL E2E Packet Latency | Moderate: 10 ms - 100 ms | — |
| E2E Packet Jitter | Sensitive (ms) | — |
| DL User Experience Data Rate (Mbps) | Low: < 10 Mbps | — |
| UL User Experience Data Rate (Mbps) | Low : < 10 Mbps | — |
| Communication Service Availability | High: > 99.9% | — |
| Guaranteed Bit Rate | Non-GBR | — |
| Criticality | Safety critical | — |
| Priority Service (NS/EP) | No | — |
| Service Continuity | Required | — |
| Mobility | Fixed | — |
| Synchronization Precision | > 1 ms | — |
| Connection Density | Low: < 1000 | — |
| Communication Direction | two-way | — |
| Common Communication Mode | Unicast | — |
| Data Reporting Mode | Hybrid driven | — |
| Device Type and Form Factor | Small non-display module | — |
| Device Integration | Integrated | — |
| Device Lifespan | Short: 2 - 4 years | — |
| Device Power Constraints | Constrained: < 2 W | — |
| DL E2E Packet Reliability | Very high: < 10E-8 | — |
| UL E2E Packet Reliability | Very high: < 10E-8 | — |
| Survival Time | > 100 ms | — |
| Connectivity Service Area | Indoor and Outdoor | — |
| APIs | Both | — |
| Connectivity Type (BAN/PAN/WAN/LAN) | WAN - Cellular/LPWA/Satellite | — |
| Sidelink Connectivity | Can be beneficial | — |
| Position Accuracy | Moderate (1 m - 3 m ) | — |
| Sensing Range Resolution | Stringent (0.1 m - 10 m) | — |
| Velocity Resolution | <1 m/s | — |
| False Alarm (FA) | < 5 % | — |
| Missed Detection (MD) | < 5% | — |
| Edge Computing Service | Can be beneficial | — |
| AI/ML Service | Required | — |
| AIML: Personalization | Required | — |
| AIML: Training Data Security | Required | — |
| AIML: Service Location | Device | — |
| AIML: Ownership, Traceability and Accountability | Required | — |
| AIML: Incentivized/Distributed/Collaborative AI/ML | Required | — |
| Distributed Ledger Service | Required | — |
| Connectivity Subscription Provisioning | Pre-subscribed and reprovision-able | — |
| Number of Subscriptions Supported by the Device | 1 | — |
| Connectivity Subscription Management | Remote management (common in-vehicle telematics terminals) | — |
| User Interface for Device Management | None (not even a power switch) | — |
| Local Connectivity for Device Configuration and Management | Wi-Fi, Bluetooth, NFC, etc.; | — |
| Device Configuration and Customization | Required post-deployment | — |