Ep 92: High-Power Microwave & the Rise of Electronic Shields with Epirus CEO Andy Lowery - Joe Lonsdale: American Optimist Recap

Podcast: Joe Lonsdale: American Optimist

Published: 2024-08-16

Duration: 44 min

Summary

In this episode, Joe Lonsdale interviews Andy Lowery, CEO of Epirus, about the innovative advancements in high-power microwave technology for electronic warfare. They discuss how these systems are transforming modern military defense strategies against new types of threats.

What Happened

The episode kicks off with Joe introducing Andy Lowery, highlighting Epirus as a leader in high-power microwave (HPM) systems designed for electronic warfare. Lowery describes the company's mission to address asymmetrical and irregular warfare by developing advanced electronic systems that can disable enemy electronics from a distance. He draws parallels to science fiction, likening their technology to the protective shields seen in Star Trek, emphasizing the life-saving potential of these innovations in modern military operations.

Andy shares his extensive background in defense, detailing his ten years as a Navy nuclear engineer and his decade-long career at Raytheon, where he led engineering teams on projects like the Next Generation Jammer. He explains how his experiences shaped his understanding of electronic warfare and the Defense Department's operations, ultimately guiding him to join Epirus. He expresses pride in helping to lead a company that leverages cutting-edge technology to meet the challenges of today's warfare landscape, particularly against drone and missile threats.

Key Insights

Key Questions Answered

What is high-power microwave technology?

High-power microwave (HPM) technology involves systems that can generate concentrated microwave energy to disrupt or disable electronic systems. Andy Lowery explains that their approach combines a software-defined backend with a phased array powered by gallium nitride, resulting in a powerful electronic warfare system. This technology is designed to counteract various threats, including drones and missiles, and is seen as a critical advancement in military defense.

How does Epirus innovate in the defense sector?

Epirus was founded with the goal of creating a defense company that could address the new types of asymmetrical and irregular warfare challenges. By leveraging concepts from the Next Generation Jammer, Epirus developed systems that allow for programmable responses to electronic threats. Lowery emphasizes that traditional defense primes often lack the internal innovation necessary to tackle these modern challenges, which is where startups like Epirus come into play.

What inspired Andy Lowery to join Epirus?

Andy Lowery was inspired to join Epirus due to its innovative spirit and the opportunity to apply his extensive background in defense. After spending years in traditional defense roles, he recognized the need for a company that could push the boundaries of electronic warfare technology. His previous experience at Raytheon and his desire to work on cutting-edge solutions made Epirus a perfect fit for his skills and ambitions.

What are the applications of Epirus's technology?

Epirus's high-power microwave systems are designed to protect military assets by disabling incoming threats like drones and missiles. Lowery notes that these systems can create electronic shields that safeguard planes, tanks, and bases from various attacks. The technology represents a significant advancement in defense capabilities, aiming to save lives and ensure better protection in combat scenarios.

Why is electronic warfare becoming increasingly important?

The rise of asymmetrical warfare and the proliferation of drone technology have made electronic warfare crucial for modern military operations. As Lowery points out, traditional defense strategies are facing challenges from highly networked and distributed threats. Epirus's focus on electronic warfare systems aims to address these evolving challenges, providing the military with tools to contest new types of engagements effectively.