Partner with the Leader in Drone Detection
Become an AirSight partner to enhance your security offerings by adding best-in-class drone/drone pilot detection technology to your portfolio.
Partnership Benefits
Together for Safer Skies
Effortless Integration
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Importance of Drone Detection
Why Organizations Buy Drone Detection?
Protecting People
- Prevent accidents: Mitigate the risk of drone collisions with aircraft, vehicles, or people.
- Ensure public safety: Protect crowds and public gatherings from unauthorized drone activity.
- Safeguard critical infrastructure: Prevent drones from interfering with essential services like power plants, airports, and water treatment facilities.

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Protecting Assets & Infrastructure
- Prevent damage: Shield buildings, equipment, and critical infrastructure from drone-related incidents.
- Secure sensitive areas: Safeguard restricted areas like military bases, government facilities, power plants, airports, and communication towers.
- Mitigate disruptions: Prevent disruptions to operations and services caused by drone interference.
- Protect public safety: Ensure the safety of personnel and the general public by preventing drone-related accidents and threats.
Limiting Financial Liability
- Prevent legal issues: Avoid potential lawsuits and financial penalties arising from drone-related incidents.
- Reduce insurance costs: Demonstrate proactive measures to mitigate risks and potentially lower insurance premiums.
- Protect revenue: Minimize disruptions to operations and financial losses caused by drone incidents.
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Hardware
Scalable,
Multi-layered
The best offense is a strong defense.
AirSight’s three scalable options offer drone defense for various levels of risk, threats and budgets. Whether the drones are new, old, homemade, ghost or dark drones, our software uses a combination of passive and active sensors to detect all drone activity in an airspace.
Blog
Check Our Latest Publications
24 GHz Hybrid Beamforming: CMOS Shift in Drone Radar | Airsight
As the density of low-altitude drone traffic increases in 2026, the technical requirements for short-range tracking have shifted from simple "detection" to high-definition isolation. Traditional radar systems often struggle in urban "canyons" where signal multipath and clutter are high.
The FAA’s January 23rd Deadline: Drone Delivery & Dark Airspace
As the January 23rd deadline for public comment approaches, the drone industry is navigating a pivotal regulatory shift. The FAA’s first national Programmatic Environmental Assessment (PEA) for drone package delivery represents a foundational effort to "normalize" low-altitude commercial...
Drone Security at the World Cup: Why Coordination Matters More Than Detection
In 2026, the FIFA World Cup will become the most distributed sporting event in history — spanning three countries, 16 host cities, dozens of stadiums, fan zones, training facilities, and team hotels. For security leaders, the challenge isn’t just scale. It’s complexity.
RCS & FPV Stealth: Detecting Carbon-Fiber Drones | Airsight
In the world of drone detection, we are witnessing a "stealth revolution" that has nothing to do with expensive military coatings and everything to do with material science. While security teams are often looking for the "large radar shadow" of a commercial DJI Matrice, the most dangerous threats...
CW vs. FMCW Radar: Detecting Drone Propeller Micro-Motions | Airsight
While the industry often focuses on detecting the "body" of a drone, true security lies in the rotors. The micro-motions of multi-rotor propeller blades produce a unique micro-Doppler signature that acts as an acoustic-like fingerprint, allowing for high-fidelity classification between a bird and a...
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