SKY LOKUS

Engagement sequence

How it works

Model Interceptor-1 is an advanced autonomous interceptor designed to detect, track, and neutralize unauthorized drones and other aerial threats with unmatched speed and precision. Combining low-frequency acoustic detection, AI-powered optical recognition, and high-speed electric propulsion, our system operates independently of GPS, making it resilient against jamming and spoofing.

  1. 01Detect
  2. 02Confirm
  3. 03Intercept
  4. 04Neutralize
Illustrative simulation of the engagement sequence: an acoustic detection, optical/AI confirmation, an intercept path calculated with proportional navigation, and neutralization. Not operational data.
Acoustic sensor unit with a ribbed sensor head on a cylindrical housing

1Stage

Threat Detection: Hearing the Unseen

Acoustic sensing (passive detection)

  • Low-frequency monitoring: The system uses an array of high-sensitivity low-frequency acoustic microphones to detect the unique acoustic signatures of drones and helicopters (typically between 20–500 Hz).
  • Long-range awareness: Detection range up to 6 km for helicopters and 3 km for drones – before they enter restricted airspace.
  • AI-powered filtering: Machine learning algorithms eliminate false alarms (wind, animals, background noise) and classify targets in real time.
Sony FCB-EV9500L block zoom camera module

2Stage

Target Confirmation: Seeing Is Believing

  • Zoom camera captures detailed visuals for target verification.
  • AI recognition: Computer vision algorithms analyze shape, movement patterns, and other identifiers to confirm whether the object is a drone, helicopter, or false alarm.
  • Tracking lock: The system continuously monitors the target’s speed, altitude, and trajectory to predict its path.
Model Interceptor-1 following a curved intercept path towards a hostile drone marker on a tactical grid (composite illustration)

3Stage

Autonomous Interception: Fast, Precise, Reliable

  • High-speed electric pursuit
  • GPS-free navigation
  • Operational range: under 3 km
  • Adaptive flight path – calculates the optimal intercept trajectory using Proportional Navigation, the same method used in missile guidance.
Illustration of a white drone being destroyed mid-air above open terrain

4Stage

Final Approach & Neutralization

  • Real-time sensor fusion ensures the interceptor stays locked on, even against evasive maneuvers.
  • Kinetic take-down
  • If the target isn’t eliminated, the unit self-destructs to prevent sensitive tech from being captured.

Contact

Let’s talk about your airspace

Questions about Interceptor-1 or our Electronic Warfare Support? Write to us.

info@skylokus.com