Axellio Inc.
Categories
Information Technology
About
Axellio is a small, innovative, non-traditional U.S. defense business, based in Colorado Springs, CO. Its mission is to control data overload in time-series analysis systems that monitor for threats to our infrastructure through innovative storage and distribution solutions. Building on its 20 years’ experience in high-speed, high-volume storage systems, Axellio developed an innovative software solution that simultaneously captures, stores, analyzes, and distributes any streaming data exceeding 100 Gbps in a scalable with an extremely small footprint.
Integrating seamlessly in existing analysis infrastructures, Axellio improves the performance, accuracy, and useful life of any real-time monitoring and forensic analysis system. Our software solutions are delivered on commercial off-the-shelf (COTS) and for virtual and cloud environments. Axellio addresses the most demanding, large scale data analytics, analyzing more data with less hardware, scaling from portable solutions to datacenter size deployments.
For network cybersecurity, Axellio’s PacketXpress® provides packet capture, distribution, and analysis that improves the performance, accuracy, and depth of real-time monitoring and forensic analysis. It allows you to monitor more traffic economically for complete visibility and to detect sophisticated attacks reliably and prevent missed events under high traffic load. By allowing for back-in-time access to all traffic for days or weeks, analysts can analyze, triage, and resolve incidents with complete event details and validate countermeasures with actual event traffic before deployment.
For Radio Frequency (RF) analysis for markets such as electronic warfare (EW), intelligence, surveillance, and reconnaissance (ISR), or Signals Intelligence (SIGINT), Axellio’s SensorXpressTM extends the time to capture the electromagnetic spectrum at the widest instantaneous bandwidth. Being frequency, protocol, and hardware agnostic, SensorXpress records more spectrum for longer time periods while collecting and storing more spectrum data for post-mission analytics. Its dense form factor allows for disconnected operation during forward tactical missions.