Palladyne AI to Participate in the Defense and Space Infrastructure Panel at the 38th Annual Roth Conference

Palladyne AI Corp. (NASDAQ: PDYN and PDYNW), a U.S.-based technology firm specializing in defense and industrial solutions, is set to participate in the Defense and Space Infrastructure Panel at the 38th Annual Roth Conference. The panel will be moderated by Roth Capital analyst Suji DeSilva, with CEO Ben Wolff speaking on Tuesday, March 24, 2026, at 9:00 a.m. Pacific Time. In addition to the panel discussion, the company is scheduled to hold one-on-one meetings with investors on both March 23 and 24.

Palladyne AI develops innovative, patented embodied AI technology aimed at enhancing autonomous systems. Their offerings include advanced avionics, collaboratory autonomy solutions, and precision-engineered components tailored to meet the rigorous standards of the U.S. government and public sector. With a focus on data sovereignty and security, Palladyne AI is committed to delivering solutions that are resilient and trustworthy, particularly in complex and high-risk environments.

The company's embodied AI solutions facilitate real-time sensor fusion and adaptive AI models, enabling distributed tasking and coordinated operations across air, ground, maritime, and industrial domains. This platform-agnostic approach allows for flexibility without vendor lock-in, promoting seamless integration for autonomous and collaborative operations.

For more details or to register for the webcast, interested parties can visit Palladyne AI's website at www.palladyneai.com. Investors can also reach out to key contacts for further inquiries, including Brian Siegel from Hayden IR, or Heath Meyer for media-related communications. Palladyne AI is set to highlight its commitment to advancing defense capabilities at this prominent industry event.

As Palladyne AI Corp. (NASDAQ: PDYN and PDYNW) prepares to participate in the Defense and Space Infrastructure Panel at the upcoming 38th Annual Roth Conference, there are several factors investors should consider when evaluating the company’s market potential and investment attractiveness.

Palladyne AI has positioned itself uniquely in the defense and industrial technology sectors, offering advanced solutions that align with the growing demands for security and autonomy in governmental and public-sector operations. The delivery of embodied AI-powered collaborative autonomy solutions and advanced UAV engineering services places Palladyne at the forefront of an emergent field. With increasing global military spending and the emphasis on technological superiority, particularly in drone and autonomous systems, Palladyne's capabilities may translate into substantial growth opportunities.

The CEO's participation in a significant industry panel led by a reputable analyst, Suji DeSilva, underscores the importance of Palladyne’s strategic direction and its responsiveness to market needs. Investors should pay close attention to the insights shared during the panel, especially regarding trends in defense spending and the integration of AI in military applications. Such platforms offer companies like Palladyne a chance to highlight their technological advantages and stimulate investor interest.

Additionally, the scheduled 1x1 meetings with investors provide a platform for direct dialogue, which can yield valuable qualitative insights about the company's operational strategies and future roadmap. Given the current advancements in artificial intelligence and the increasing reliability on autonomous systems, Palladyne's technologies may yield a high return on investment as more contracts are awarded within the defense sector.

In summary, while risks associated with government contracts and market volatility remain, Palladyne AI's innovative offerings in a rapidly evolving field make it a compelling candidate for investors seeking exposure to defense and technology sectors. Monitoring the outcomes of the Roth Conference could provide pivotal information impacting market perception and share performance going forward.