HASCO is excited to announce their new line of 110 GHz and 145 GHz cable assemblies, engineered for precision and stocked to support real-world timelines.

HyTech Associates is proud to announce our participation in IMS 2026 in Boston—the industry’s leading event for RF and microwave professionals. Visit Us at Booth #16076 June 7–12 | Boston, MA Discover how HyTech delivers high-performance RF solutions backed by deep technical expertise and reliable supply chain support. What You’ll Experience Live Product Demonstrations See the latest innovations from leading RF and microwave manufacturers in action. New Product Show

As autonomous technologies continue to mature, the industry conversation is shifting—from what a UAV can accomplish in a single mission to how systems are designed to operate consistently, collaboratively, and continuously in real-world environments.

Uncrewed and autonomous systems are increasingly expected to operate in environments where the RF spectrum is crowded, contested, and actively disrupted. Communications links, navigation signals, data relay channels, and sensor payloads are all competing for bandwidth often while adversarial interference is deliberately introduced.

Many UAV programs successfully demonstrate autonomy in controlled environments. The real challenge emerges when autonomy must operate continuously, across repeated duty cycles, environmental variability, and operational scale. And no region in the United States is accelerating that shift faster than California.

The real shift happening now is not about proving that drones can fly autonomously. It’s about scaling autonomy into persistent, reliable, mission-ready systems. And no region in the United States is accelerating that shift faster than California.

Esterline Research & Design’s portfolio of Low-G-Sensitivity frequency sources addresses a core challenge in RF, IF, and digital subsystems, maintaining precise oscillator performance under motion, vibration, and shock.

Autonomy has become the headline feature of modern UAV programs. Advances in AI-driven perception, navigation, and decision-making have dramatically expanded what uncrewed systems can do.