Logan Harris is CEO, President, and Founder of Spotter Global—a company specializing in compact radar and drone detection technologies.

Spotter Global imagines, designs, manufactures, and coordinates the software development of compact surveillance radars, Remote Drone ID, NetworkedIO command and control, and its Integrated Management Center.

The company was originally founded to meet the needs of U.S. Special Forces, who required a very small, wide-area radar to protect small units conducting Village Stability Operations in Iraq and Afghanistan. From that need, the first Compact Surveillance Radar—the M600—was developed to protect warfighters operating in austere environments.

In 2013, the attack on the Metcalf substation in California highlighted the need to detect threats far beyond the fence line. In response, Spotter introduced its first Compact Security Radar, the C40. Since then, the company has expanded its commercial off-the-shelf offerings to include 17 radar models covering areas from one acre to more than 380 acres, serving markets well beyond critical infrastructure—and far beyond North America.

Logan is widely recognized as the inventor of the compact surveillance radar category. With deep expertise in RF engineering and digital signal processing, he launched SpotterRF in 2009 to help prevent harm to critical infrastructure and protect warfighters.

Previously, Logan served as CTO at Wavetronix and as CTO and co-founder of ImSAR, the creator of NanoSAR. His engineering background also includes roles at IBM, TRW, Sensar Larson Davis, and Vantage.

Logan holds both Bachelor's and Master's degrees in Electrical Engineering from Brigham Young University. Known for his innovation and leadership, he has positioned Spotter Global as a trusted radar provider across government and commercial sectors.

In this episode of the Drone Radio Show, Logan talks about the growing reality of drone threats, how Spotter Global is using advanced detection and Remote ID technology to protect critical infrastructure and large public events, and what the future of airspace security looks like as agencies, regulations, and technologies continue to evolve.

Dr. Jamey Jacob is Executive Director of the Oklahoma Aerospace Institute for Research and Education and the Williams Chair in Energy Technology at Oklahoma State University. Under his leadership, OSU launched the Counter-UAS Center of Excellence, now the nation's central hub for coordinated research, development, testing and evaluation of counter-drone systems. Working closely with the Joint Force CUAS University at Fort Sill, the center assesses vendor technologies, establishes performance standards and accelerates next-generation defenses—all while addressing the growing national shortage of highly trained engineers in this mission-critical domain. With unique testing environments and deep alignment with military needs, OSU plays a pivotal role in strengthening national security and maintaining U.S. leadership in UAS innovation.

Beyond directing the Center, Dr. Jacob is a Regents Professor of Aerospace Engineering and a nationally recognized leader in emerging aerospace systems, securing nearly $50 million in research funding from federal agencies and industry partners. He has testified before Congress on the critical need for sustained investment in drone research and advanced air mobility, and he leads major initiatives including the EDA-funded LaunchPad and UAS Flight Corridor, NASA's WINDMAP weather program, OSU's work within the Tulsa Hub for Ethical and Trustworthy Autonomy, and the NIST initiative developing certification standards for next-generation aircraft. A native Oklahoman, he holds degrees from the University of Oklahoma and UC Berkeley, and is an FAA Part 107 pilot with roughly 500 flight hours.

In this episode of the Drone Radio Show, Dr. Jacob talks about OSU's efforts to advance the nation's counter-UAS capabilities; what Ukraine's drone innovations reveal about the future of warfare, and how OSU's research in atmospheric science, public safety, and wildlife applications is shaping the next generation of drone operations.

Bill Lakeland is CEO of Spexi, the world's largest decentralized drone imagery network. Spexi provides a scalable, sustainable, and cost-efficient alternative to traditional Earth imaging methods, with its network of drone pilots delivering detailed, near-real-time imagery to support disaster preparedness, smart city planning, AI model training, and gaming applications. The network has mapped over 3.5M acres in 200+ cities across the world.

Bill has over 20 years of experience in geospatial imagery, having led and exited as both a Co-Owner and Vice President of two aerial imagery firms. Before launching Spexi, he spent two decades in traditional aerial mapping, operating fixed-wing aircraft with high-resolution cameras to capture imagery for municipalities and insurers.

In this episode of the Drone Radio Show, Bill talks about Spexi's network of drone pilots and the company's efforts to provide high-resolution imagery of urban areas.