Autonomy & AI/ML

BlueHalo is a leader in artificial intelligence (AI) and machine learning (ML) technologies. We develop AI/ML-based products and customized solutions to address government and industry needs in application areas such as swarming, counter-UAS, advanced RF, cyber threat detection and prediction, surveillance and reconnaissance, logistics, and transportation.

Swarm Solutions (HIVE)

BlueHalo provides sUAS autonomous swarming capability previously unavailable to the warfighter. We leverage resources and expertise across all of our facilities to deliver unmatched AI/ML swarm logic capabilities, communications systems, and evolving technologies within an operationally driven system-of-systems framework. This integrated “HIVE” of proprietary, U.S.-designed and manufactured sUAS platforms will provide the warfighter with improved mission efficiency, sensor performance, and a reduction in cognitive workload.

Counter-Unmanned Aerial Systems (c-UAS) Solutions

BlueHalo is at the heart of transforming the modern battlefield with our portfolio of counter-UAS solutions.  Our fully integrated LOCUST Laser Weapon Systems and Target Acquisition and Tracking Systems deliver proprietary, best-in-class, cost-effective, control-point solutions to the warfighter with superior size, weight, power and mobility.

LOCUST is complemented by Titan c-UAS, which delivers an automated drone protection solution that requires no system expertise to operate and can be setup in 3 minutes to create a 3-kilometer protective sphere.  As new drones flood the market Titan’s AI engine keeps the skies clear.

ARGUS Solutions

As another line of defense, we offer our AI-enabled ARGUS system. ARGUS provides protection and monitoring in any environment enabling installation of a fully functioning intrusion detection system without the need for utilities or infrastructure using a self-healing mesh network of free-standing, low power sensors creating an RF-powered perimeter of detection.

Actionable Insights & Analytics (Scraawl)

Scraawl is a suite of data analytics tools designed to empower users to gain more from their data. Whether the problem set focuses on publicly available data, images and video, unstructured text, or all of the above, Scraawl has powerful tools to enhance your analyses. Scraawl leverages state-of-the-art artificial intelligence and machine learning techniques to provide actionable insights through analytics. Our team is a multi-disciplinary group of developers, researchers, and data scientists dedicated to bringing cutting edge analytics to users.

Advanced RF Solutions

BlueHalo’s Advanced RF Systems are simplifying mission operations through agile software defined antenna systems. Our Multi-band Software Defined Antenna (MSDA) enables two-way communications between multiple spatial, spectral, and temporal diverse targets. It is an LSC-band in-tile beamformer with 12+ targets, half-duplex receive/transmit (Rx/Tx) channels, and ±60 degree scan volumes in Azimuth and Elevation. The MSDA architecture is extensible across multiple mission areas and is used in both our Wide Area Scanning Parabolic (WASP) for multi-target tracking, telemetry, and control missions and our Multi-Band, Deployable Ground Terminal Enabling Resilient Communications (BADGER) system, which provides a modular and deployable large form factor phased array solution to complex SATCOM, telemetry, and electronic warfare missions.

Artificial Intelligence Transportation Operations Management

BlueHalo’s  tools for both ground and air transportation networks predict volumes, detect incidents, and automatically deploy mitigations to automate Transportation Management Center (TMC) operations for ground traffic networks. The systems work in parallel with existing infrastructure to maximize data ingestion, analysis, and usage of TMC data. In addition, Custom safety solutions and performance evaluation tools aid the deployment of connected vehicles, autonomous vehicles, and infrastructure systems. To support air traffic safety, BlueHalo’s AI tools optimize air traffic usage and detect unsafe landing approaches.