Kinetica for Fast, Mission-Critical Air Domain Awareness

With the rise of asymmetric threats and congested airspace, governments need second-by-second visibility across manned, unmanned, and unidentified aerial objects. Situational awareness isn't optional—it's your first line of defense.

Trusted by

US Air ForceNorth America Aerospace Defense CommandFederal Government

Kinetica - From raw radar feeds to actionable alerts - in seconds.

Kinetica fuses billions of sensor signals into a single operating picture—live, contextual, and interactive.

Billions of daily inputs

Kinetica ingests and fuses radar pings, ADS-B, NOTAMs, ATS routes, and allied feeds - handling massive volumes of real-time data with ease.

Billions of daily inputs
24/7 operations with <1s latency
Fully distributed, resilient ingest

Mission-Proven Infrastructure for Air Defense at Scale

Battle-tested speed, resilience, and precision—trusted by NORAD, FAA, and the U.S. Air Force.

Massive Data Throughput

4–5 billion records processed daily, trusted by NORAD, FAA, and USAF.

Advanced Geospatial Analytics

Enforce flight paths with built-in, real-time geospatial intelligence.

Configurable SQL Workflows

Defense teams customize operations with SQL-defined automation.

True Real-Time Performance

GPU-accelerated engine delivers instant insights—not near-real-time estimates.

Sovereign-Ready Deployment

Air-gapped or cloud-integrated deployments for maximum control and security.

Secure Your Airspace with Kinetica

Whether you're defending national borders or protecting sensitive installations, Kinetica gives your mission teams the clarity, precision, and real-time speed to act before threats escalate.

Ready to take control of your air domain awareness? Connect with us today to learn how Kinetica can help you secure your skies.

Frequently asked questions

What ingest scale has Kinetica demonstrated for air-domain workloads?
Kinetica processes 4-5 billion records daily in deployments trusted by NORAD, FAA, and the U.S. Air Force. Continuous analytics on live data streams run with sub-second latency around the clock.
How does Kinetica turn raw radar/ADS-B feeds into clean tracks?
A custom 4-Sphere algorithm matches XY radar coordinates, ADS-B, and allied feeds against predicted track paths in real time, with spatial indexes to accelerate the search and kinematic analysis to classify entities. Real-time track stitching uses predictive modeling and spatial-temporal correlation to reconstruct flight paths across blind zones and overlapping coverage — no post-processing.
Can analysts express airspace alert rules without writing custom code?
Yes. Kinetica triggers real-time alerts using SQL-defined rules to detect path deviations, altitude anomalies, TFR violations, and geofence breaches. Workflows are configurable directly through SQL rather than bespoke microservices.
How does Kinetica support replay and historical analysis at scale?
Operators can search and correlate years of historical data alongside live streams — replaying tracks, identifying hidden links, and surfacing subtle signals across 5B+ records. Pattern-of-life analytics span days, weeks, or months to surface surveillance loops, staging behavior, and deviations from norms.
How is Kinetica deployed for sovereign or air-gapped requirements?
Kinetica deploys in fully air-gapped environments as well as cloud-integrated configurations for maximum control. Fully distributed, lockless ingest means no head-node choke point on the data path.

To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions. Cookie Policy