Partner Content

Effective C-UAS demands more than laboratory precision; it requires a continuous feedback loop of real-world operational intelligence. While range tests provide the baseline, HAWK is forged in the high-stakes reality of the modern battlefield, delivering the battle-hardened agility that prototypes simply cannot match.

Experience the HAWK platform in action: the Experience the HAWK platform in action: the definitive standard for mobile, non-kinetic drone defense. While others are developing for the future, HAWK is mission-ready and deploying now. Watch our reel to see the tactical edge of battle-hardened C-UAS.

Drone threats are not just increasing they are evolving in real time. Traditional defense systems cannot keep up with the speed, scale and unpredictability of today’s sUAS landscape. What is […]

Sterling Jones, vice president of L3Harris Technologies’ Agile Development Group, outlines the company’s new Wolfpack family of kinetic and electronic warfare long-range launched effects, flight testing so far, and how […]

Robert “Trip” Raymond, a retired U.S. Air Force F-16 pilot who heads Air Force electronic warfare (EW) programs for L3Harris Technologies, discusses international and U.S. Air Force sales prospects for […]

Urban air mobility is no longer sci-fi—it’s becoming reality. This white paper explores how advanced eVTOL and AAM systems demand new approaches to reliability, safety, and security. It reveals how […]

In the high stakes world of aerospace and defense, the cyber threat landscape is evolving faster than ever. This white paper dives into the most pressing challenges facing mission-critical systems, […]

If you’re working in embedded systems, the complexity of software maintenance, security patches, and efficient deployment is only growing. This white paper shows how modern container technology can revolutionize embedded […]

L3Harris’ Viper Shield—the only modern F-16 electronic warfare system currently in production—harnesses the power of software to give pilots and commanders the edge in an increasingly contested battlespace. With an […]

Functional safety is critical for today’s most advanced applications—automated vehicles, intelligent avionics, and automated factories. But as systems grow more complex, traditional approaches like Dual-Core Lockstep become costly and impractical, […]