Audrius Berzanskis's Contact Details

Audrius Berzanskis's Company Details

MagiQ Technologies

Somerville, MA, US • 20 - 49 Employees
Aerospace/Defense

About MagiQ Technologies Headquartered in Somerville, Massachusetts, MagiQ Technologies was founded in 1999 with the express purpose of researching and developing marketable applications leveraging optical processing. Led by a seasoned team of commercial engineers and research scientists, MagiQ is achieving success for a broad range of customers in aerospace & defense, telecommunications, network security, and energy exploration. Leading organizations including US Department of Energy, DARPA, US Army, Air Force, NASA, and others rely on MagiQ Technologies to better communicate, safeguard, and secure their worlds. Headquartered north of Boston adjacent to the vibrant communities of Harvard University and MIT, MagiQ Technologies is located at 11 Ward street, Somerville, Massachusetts.MagiQ SolutionsMagiQ Technologies solutions are engineered to meet a variety of industry-specific optical processing and communications challenges to safeguard, secure, and yield significant business results. MagiQ AIMS Radio communications are the lifeblood of our military and are critical to successful defense operations. The MagiQ Agile Interference Mitigation System (AIMS) provides advanced, real-time interference mitigation that brings critical communications "back-to-life" in dense electromagnetic, and often hostile environments where little to no communications was possible before.MagiQ CSRDetecting and fixing wireless interference problems is extremely challenging and expensive for wireless telco providers. MagiQ's Clear Spectrum Recovery Technology (CSR) provides a practical, proven solution to RF interference that cancels interference emitted from competing sources.MagiQ GeoLite SensorsImproving the quality of seismic monitoring data is critical and can increase energy extraction by as much as 25%. MagiQ GeoLite Sensors are a multi-component 3C Fiber Optic sensors for advanced, accurate seismic and micro-seismic data acquisition.