For decades, we have developed data and video analytics software for organizations in an astounding range of industries—from defense to healthcare and more. Each customer is different, and every project brings unique challenges. We take the time to develop an in-depth understanding of our customers’ needs to develop creative, customized artificial intelligence and machine learning solutions using the best of what exists. If it does not exist, we invent it. Take a look at some of our work, then contact us to build your customized solution.
Our ACES software is a multi-tiered ATR solution, with custom, patented algorithms capable of detecting tiny unresolved distant targets, mid-range objects, and counting wheels, identifying weak spots, and providing targeting information for closer targets.
ZEUS delivers rapid, zero-shot classification of unmanned aerial systems and their payloads, giving warfighters real-time insight into platform type, payload, and potential threat. Designed to adapt as adversaries evolve, ZEUS enables instant integration of new targets without retraining, keeping operators fast, flexible, and mission-ready at the tactical edge.
ODIN is an AI-powered decision support tool that turns battlefield data into real-time, actionable insight on friendly forces, adversary activity, ISR coverage, and mission progress. The result is faster, more informed decision-making that helps operators maintain tempo and execute missions with greater confidence. Learn how ODIN helps operators make faster and smarter decisions in real time.
Counter-UAS demands capabilities that adapt across range, threat, and operational context. CoVar delivers AI-enabled solutions that provide early warning, reliable classification, and actionable insight to support informed decisions throughout the engagement timeline.
Legacy UAS architectures tie mission capability to specific airframes and payloads, making upgrades slow, costly, and inflexible. BullsEye shifts this paradigm by decoupling software from hardware, enabling rapid mission adaptation and AI-powered ISR through software-driven updates rather than new systems.
For military drones to work their best, artificial intelligence and machine learning solutions have to run in extreme conditions—on the edge, in the sky, and on low-power hardware. Understand how we right-size our network architectures and deploy our solutions to low-size, low-weight, and low-power systems.
The next great breakthrough in medical research is out there, buried under billions of pieces of medical data, waiting to be discovered. We partnered with the Renaissance Computing Institute (RENCI) and the National Institutes of Health (NIH) to build ROBOKOP, a user-friendly natural-language search engine for medical researchers.
Computer vision can help ensure that the people and machinery are working safely, efficiently, and correctly. We partnered with Anadarko to deploy the first real-time computer vision tools on offshore rigs to improve safety and save money.
When the Defense Advanced Research Projects Agency (DARPA) wanted to combine information from disparate sensors, we built the first persistent object tracking software to fuse natural language with raw sensor data. Learn how our HERMIT software combines known target behaviors, analyst communications, and disparate sensor data to make sense of the world.
When the U.S. Army needed to detect buried threats at increased distances, we provided the data wrangling, analytics, and basic research support to prioritize funding decisions and identify promising combinations of sensors to achieve the Army’s mission. Learn how our fundamental science yields actionable intelligence to help solve complex problems.