> System Initialization_

Autonomous Territorial
Integrity Network

Deploying asymmetric kinetic and sensor networks for contested, GPS-denied environments. Decentralized detection. Automated interception.

// Active Field Assets

SIREN

NODE v1.0

Deployable edge-AI acoustic and micro-doppler radar node.

// Hardware Schematic
  • Compute: Asymmetric Secure-Dual-Core (Cortex-M4/M0+) for separated logic and ultra-low-power standby.
  • Acoustics: Direct High-SNR MEMS microphone array running local neural inference (no cloud required).
  • Radar Fusion: 60GHz Micro-Doppler signature analysis to filter biological anomalies (birds) from Group 1 UAS.
  • Kinematics: 6-Axis Inertial Measurement Unit (IMU) for seismic tamper detection and drop-deployment sensing.
  • Network: Encrypted LoRaCSS mesh routing, bypassing highly-jammed Wi-Fi/Cellular bands.
Full Architecture →

HARPY

INTERCEPTOR

Autonomous kinetic drone interceptor guided by SIREN telemetry and onboard logic.

// Hardware Schematic
  • Compute: Integrated Secure-Dual-Core edge processing allowing real-time kinetic adjustments independent of the ground network.
  • Targeting: GPS-denied terminal guidance. Initial vectoring via SIREN mesh uplink, transitioning to onboard sensor logic for final approach.
  • Payload: Pneumatic deployment of Kevlar entanglement nets, ensuring hard-kills without explosive collateral damage.
  • Economics: A sub-$1,000 expendable kill-vehicle designed to sustainably counter mass-produced consumer drones.
Full Architecture →
// Systems & Software Stack

Our deployment relies on a unified software and networking stack designed specifically for zero-trust, heavily contested environments. By eliminating cloud processing and utilizing decentralized routing, we guarantee millisecond response times and eradicate single points of failure.

Topology
Self-Healing Mesh
Decentralized LoRa Routing
OS / Kernel
Deterministic RTOS
Bare-Metal Task Scheduling
Data Pipeline
Local Sensor Fusion
Acoustic + Doppler Correlation
Security
Hardware Enclave
AES-128 Telemetry & Boot
// The Asymmetric Threat

Economics of the Modern Kill-Web

Modern conflicts have fundamentally shifted the economics of air defense. It is mathematically and logistically impossible to trade $2M surface-to-air missiles for $2,000 modified consumer drones. The threat scales faster than legacy defense contractors can manufacture interceptors.

Shields Systems provides the counter-measure. By deploying a low-cost, decentralized mesh of acoustic sensors and kinetic interceptors, we restore the economic advantage to the defender. No radar emissions, no GPS reliance, and no multi-million dollar single points of failure.