High-Performance Drone Detection

Radar for Data Center Security

Zero downtime starts with zero blind spots. MESA® radars secure the airspace.

Airspace Risk Doesn't Stop at the Perimeter

Gates no longer define exposure. Drone activity originates beyond your control as launch points shift, approach paths evolve, patterns are learned and blind spots are exploited. Data center security, uptime, and cyber integrity are at risk.

Radar extends awareness beyond the boundary, enabling detection and classification of anomalous aerial behavior, including drones. It tracks movement patterns near high-value data center assets and supports coordinated incident response and investigation.

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Clarity without Complexity

MESA radars extend awareness with accurate detection, continuous operation, and seamless integration—zero compromise.

Reliable Detection

Detect RF-silent, low-signature, and hovering drones that slip past conventional sensors. Track multiple objects, including swarms.

Continuous Operation

Solid-state, low-SWaP design runs 24/7 on rooftops, towers, and perimeter assets. All weather. All lighting. Built for sustained performance.

Integrated by Design

Open architecture enables high-fidelity data sharing into C2, VMS, and SIEM platforms. Supports optical cuing and alerting.

Better data. Better detection.

Patented MESA technology preserves data fidelity where others lose it.

Accuracy

Precision threat tracking near the perimeter and on-prem assets, even with clutter or in complex terrain.

Classification

AI/ML models distinguish objects, reducing false alarms.

Mobility

Deploy on trailers and mobile platforms for rapid coverage across dynamic or temporary environments.

Integration

High-integrity data supports multi-sensor fusion and strengthens system-wide detection and response.

Radar Systems Built for Data Center Security

EchoShield

Medium range
Multi-object/ domain
Approach corridors

EchoGuard

Short range
Multi-object/ domain
Perimeter coverage

EchoFlight

Un/tethered drone surveillance
UAV-mountable

EchoWare

™

Central control
Multi-radar coordination
Single track ID

Fielded. Proven. Trusted.

Data Center Drone Detection FAQs

How does MESA radar technology improve drone detection?

Echodyne’s patented MESA (Metamaterials Electronically Scanned Array) architecture generates high-fidelity radar data, maintaining detail and tracking accuracy where conventional radar systems degrade.

Unlike conventional electronically scanned radars, MESA enables more precise beam control and rapid target updates, allowing it to detect, acquire, and track drones more quickly and accurately—even in cluttered or complex environments common in data center security.

When a drone is detected, teams must decide whether to ignore, adjust operations, or escalate response. Higher-quality data improves classification, reduces false positives, and enables faster, more confident decisions.

How does radar improve drone detection for data centers?

High-fidelity radar, such as MESA, provides accurate and consistent detection and tracking across the full airspace, including areas where RF and optical systems are limited. It strengthens data center perimeter security by serving as a foundational sensing layer within multi-sensor drone detection systems.

Can radar detect drones that emit no signal?

Yes. Radar detects physical objects in motion, enabling reliable detection of RF-silent, autonomous, and low-signature drones, often missed by RF-based or Remote ID systems.

Why use radar instead of RF or cameras for drone detection at a data center?

RF and optical systems rely on signal or visibility. Radar operates independently of both, providing continuous detection and tracking for data center perimeter security in cluttered, low-visibility, and complex environments. High-fidelity radar data also enhances the effectiveness of cameras and other sensors through cueing and integration.

How does radar support response and mitigation?

Radar data integrates into command and control (C2) systems, enabling coordinated response actions, sensor cueing, and operational adjustments. High-fidelity data supports faster, more informed decision-making during detection and response, and supports critical incident review.

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