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My name is Yedidiya Shalem, and today I’m proud to serve as a Technical Program Manager focused on the military and HLS product offerings at Elsight. But my story with Elsight didn’t begin as an employee – It began as a customer.
Table of Contents
Engineering Roots and Early Experience in Defense
I hold a degree in Electrical and Electronics Engineering, and over the past several years I’ve held various System Engineering positions at two of Israel’s largest defense companies. My focus was on communication systems for unmanned platforms – robotics, UAVs, and autonomous vehicles. In these roles, I was constantly challenged to design and integrate agile, scalable, and secure communication architectures, delivering robust connectivity for complex military operational scenarios.
Discovering Elsight
During my time as a System Communication Engineer, I had the privilege of collaborating with Elsight, who served as a key communication partner for several strategic projects. Over the years, this collaboration deepened. Eventually, Elsight’s technology became a cornerstone of nearly every platform and project I was involved in.
“Elsight’s Halo platform didn’t just connect systems; it empowered them.”
What struck me most was Elsight’s unmatched reliability and robustness. Their ability to aggregate multiple communication links – cellular, RF, mesh, and satellite – into a unified, intelligent, and seamless connection was transformative. Elsight’s Halo platform didn’t just connect systems; it empowered them. It provided real- time, redundant connectivity, ensuring mission success in even the most challenging, signal-deprived environments.
With Elsight’s solutions, my engineering teams were able to deliver broader, more capable systems for military use – ones that could be trusted to operate remotely, autonomously, and securely, even in deep-field or non-operational zones.
The Natural Next Step
After years of partnership, the decision to join Elsight felt completely natural. I saw in Elsight not just a product I admired – but a vision I believed in. The company’s relentless drive to push the boundaries of communication technology, its integration of AI driven connectivity management, and its mission to connect everything, everywhere resonated deeply with me.
Now, as part of the Elsight team, I have the opportunity to bring my system engineering experience and customer perspective into shaping the next generation of communication solutions – helping customers around the world achieve the same operational breakthroughs I once experienced firsthand.
FAQs
1. How does Elsight’s Halo platform aggregate multiple links to maintain connectivity in contested or remote environments?
Halo aggregates multiple communication technologies, including LTE, 5G, mesh, Wi-Fi, and SATCOM into a single, resilient communication layer. The platform continuously monitors link quality and dynamically reroutes traffic via the best available networks to maintain uninterrupted command and control, telemetry, and video transmission. This multilink architecture improves operational continuity in remote, degraded, congested, or contested environments where single network solutions may fail.
2. What certifications, security features, and compliance measures does Halo provide for military and HLS deployments?
Halo supports AES-256-CBC encryption, VPN tunneling, and multilink packet-level traffic distribution, to protect sensitive control and operational data. The platform is compliance-ready with FAA and EASA regulations, including Remote ID frameworks. Halo’s inclusion on the DCMA Blue UAS Cleared List further validates its suitability for U.S. defense and homeland security deployments.
3. What are the SWaP requirements for integrating Halo into tactical drones and autonomous platforms?
Halo is designed with low SWaP (Size, Weight, and Power) requirements to support integration into compact tactical drones, autonomous systems, and mobile robotic platforms. Its lightweight, ruggedized architecture minimizes impact on payload capacity, flight endurance, and onboard power consumption while supporting multiple simultaneous communication links and mission-critical data transmission.
