Fortify Teams with Notre Dame to Enhance Army C2 with 5G Tech
Fortify and University of Notre Dame Join Forces for Army Contract
In an exciting development in the field of communication technology, Fortify, a dynamic full-stack Radio Frequency (RF) and Microwave (MW) device company, has secured a notable contract from the United States Army's C5ISR Center. This collaboration, which also involves partners like RTX and the University of Notre Dame, is geared toward enhancing Command and Control (C2) systems through state-of-the-art 5G technology.
Leveraging Advanced Technology for Tactical Communication
The primary goal of this contract is to design and develop a groundbreaking prototype of the GRadient-INdex (GRIN) lens antenna system specifically tailored for tactical 5G networks. This innovative solution is expected to significantly improve the bandwidth and latency performance of existing C2 systems, which are currently dependent on traditional wired networks. As a result, military operations will gain greater flexibility and efficiency in high-pressure situations.
Field Testing and Development
The prototype will undergo rigorous field testing under the supervision of the U.S. Army’s C5ISR Center, which is part of the Combat Capabilities Development Command (DEVCOM). This organization focuses on addressing critical needs within the Army, particularly in communications and radio frequency technology.
Leadership Comments on the Collaboration
Chief Customer Officer and Co-Founder of Fortify, Karlo Delos Reyes, expressed enthusiasm regarding this contract, stating, "This contract presents a significant opportunity for Fortify to demonstrate the disruptive potential of our GRIN lens technology." He further emphasized that by utilizing their expertise in dielectric lensing, Fortify aims to redefine the capabilities available in tactical communication.
Overcoming Limitations of Current Systems
Current C2 systems face inherent limitations due to their reliance on wired technology. This dependence restricts mobility and operational flexibility, especially in combat scenarios. The innovative wireless solutions developed by Fortify and its partners are expected to revolutionize how tactical operations are conducted. By using passive lensing technology, they will enhance bandwidth and gain to meet the stringent performance standards set by the U.S. Army.
Collaboration with Experts
Fortify has partnered with Dr. Patrick Fay and Dr. Jonathan Chisum, renowned professors from the University of Notre Dame with vast experience in Department of Defense (DoD) research. Their collaboration stems from Fortify's proven expertise in dielectric lensing as well as previous successful partnerships.
Commitment to Supporting the Warfighter
Josh Martin, CEO and Co-Founder of Fortify, shared his excitement about working with Notre Dame and RTX, stating, "We're thrilled to be collaborating to bring next-generation tactical communication systems to life." He reiterated Fortify's commitment to providing technology that improves both mission effectiveness and the survivability of warfighters.
About Fortify
Fortify is at the forefront of RF and MW device innovation, with a manufacturing platform that enables the production of superior communication and radar systems. Their dedication to technology and development makes them a key player in military communications.
Frequently Asked Questions
What is the main objective of the contract awarded to Fortify?
The primary objective is to enhance Command and Control systems through the development of advanced 5G communication technology.
Who are the partners involved in this project?
Fortify is collaborating with RTX and the University of Notre Dame for this contract.
What technology will Fortify utilize to improve tactical communications?
Fortify will utilize the GRadient-INdex (GRIN) lens antenna technology to enhance bandwidth and reduce latency in communication systems.
What is the C5ISR Center's role?
The C5ISR Center focuses on the research and development of critical technologies for the U.S. Army, specifically in communications and radio frequency applications.
How can I learn more about Fortify?
For further information about Fortify and their innovative products, visit their official website.
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