As organizations advance into 2025, the cybersecurity landscape is evolving rapidly, driven by the rise in digital operations and the corresponding increase in sophisticated cyber threats that necessitate advanced defensive measures. The urgency of this situation is underscored by Forrester’s 2025 Predictions Report, which forecasts that cybercrime costs will reach a staggering USD 12 trillion by 2025. This exponential rise
The defense sector is undergoing a significant transformation as it increasingly adopts private 5G and 4G LTE cellular networks, often referred to as Non-Public Networks (NPNs) in 3GPP terminology. This transformation is reflected in projected cumulative spending, which is expected to reach $1.5 billion between 2024 and 2027. Both permanent 5G installations at military bases and portable systems for tactical
Abside Networks, an American company headquartered in Concord, Massachusetts, has emerged from relative obscurity to actively pursue business opportunities in the US military’s 5G sector. Established over a decade ago, this innovative company specializes in wireless networking equipment that complies with open radio access network (RAN) standards, including 5G radios and various components. A small team of experienced designers and
The US Department of Defense (DoD) has recently unveiled its ambitious strategy to deploy private 5G networks at approximately 750 military bases worldwide, both domestically and internationally. The DoD’s outlined strategy seeks to establish advanced Open Radio Access Network (Open RAN) 5G networks, highlighting the crucial role of 5G technology in enhancing the capabilities, efficiency, and security of military operations.
The US Department of Defense (DoD) is embarking on a groundbreaking initiative to deploy Open RAN 5G networks across approximately 800 military bases. This strategic move aims to revolutionize military communications and bolster national security through advanced and secure technology. By leveraging these networks, the DoD aims to enhance the efficiency, agility, and interoperability of its Joint All-Domain Command and
In a significant move highlighting its pivotal role in the U.S. technological landscape, Intel has secured a $3 billion grant under the CHIPS and Science Act, an initiative heralded by the Biden-Harris Administration. This funding aims specifically at bolstering Intel’s Secure Enclave program, which is designed to produce advanced semiconductors for the United States government. The grant underscores Intel’s ongoing
In a cutting-edge demonstration aimed at enhancing the U.S. Navy’s communication infrastructure, Hughes Network Systems and Boost Mobile, both subsidiaries of EchoStar, showcased advanced 5G network capabilities. This groundbreaking trial was orchestrated to display remote network orchestration, wide area network (WAN) resiliency, and secure Radio Access Network (RAN) sharing between two naval bases. The bases involved in this demonstration were
In the rapidly evolving landscape of telecommunications, the quest for secure, reliable, and efficient connectivity solutions remains paramount, particularly for sectors like defense and security that operate under stringent conditions. Enter Kontron, a prominent player in IoT and Embedded Computing Technology, and Amarisoft, a specialist in software solutions for telecommunications. Their partnership promises to deliver a robust private 5G solution
In an era where energy security is as crucial as national security, groundbreaking research conducted by the National Renewable Energy Laboratory (NREL) marks a significant step forward. The marriage of 5G technology and renewable microgrids could revamp our approach to energy management and crisis response. While the concept of microgrids is not new, their integration with 5G could herald a
In the emergent landscape of modern electricity distribution, the question of how to seamlessly integrate cutting-edge communication technologies with energy systems is of paramount interest. The National Renewable Energy Laboratory (NREL), with funding from the U.S. Department of Defense’s FutureG program, has been scrutinizing the dynamics of 5G technology and its impact on power systems. This is most pertinent for
The world’s internet infrastructure is largely dependent on an intricate network of undersea cables that span the globe. These are the lifelines of international data flow, connecting continents and facilitating the majority of intercontinental communication. A disturbance to even one segment of this complex system can lead to drastic consequences for global connectivity. This was exemplified by a recent incident
Raytheon, a leading defense technology company, has recently been awarded a significant $20 million contract to develop a state-of-the-art multi-chip package for use in ground, maritime, and airborne sensors. This next-generation package will incorporate cutting-edge commercial devices from industry partners such as AMD, driving advancements in performance, power consumption, and weight reduction, ultimately enhancing the capabilities of sensor systems used
