The Company has begun preparing for demonstration and evaluation engagements with U.S. government representatives and qualified international defense stakeholders, following strong interest for defense solutions against small unmanned aerial systems generated during recent industry events.

Transition from Development to Demonstration

The completion of the LSAD prototype represents a critical transition from engineering development to real-world validation and performance demonstration. The system is designed to address rapidly growing threats across counter-unmanned aerial systems (counter-UAS) operations, electronic warfare environments, and the defense of critical infrastructure and forward-operating assets.

Laser Photonics anticipates that this phase will include controlled demonstrations, technical validation sessions, and operational feedback from defense stakeholders.

Expanded Product Configurations and Scalable Platform Development

In parallel with completing its primary LSAD prototype, the Company has initiated assembly of multiple additional LSAD configurations at its Lake Mary, Florida facility, further advancing its strategy to deliver scalable, mission-adaptable defense solutions. These configurations include:

Pallet-mounted system for fixed and flat-surface deployment applications;

Crawler-mounted system designed for autonomous or remote-mobile operations;

Manual roller system with stabilizers, optimized for flexible field deployment; and

Additional modular configurations supporting varied operational environments.

This multi-configuration approach is designed to address a broad range of mission requirements, enabling deployment across fixed-site defense installations, mobile and forward-operating units, and autonomous and semi-autonomous mission environments.

In addition, the Company is developing both Trade Agreements Act (TAA)-compliant models and non-TAA-restricted configurations, allowing Laser Photonics to address a wider spectrum of procurement channels including U.S. government and allied-nation requirements, as well as foreign military and international security markets not subject to TAA constraints. This dual-track approach is intended to enhance the Company's flexibility in pursuing domestic, allied, and global opportunities while aligning with varying regulatory and acquisition frameworks. The Company believes these expanded configurations and compliance options strengthen the LSAD platform's versatility and global market applicability.

Department-Level Recognition and Growing International Interest

This milestone builds on the Company's recent selection as a top submission within the Counter C5ISR-T category under the Department of War's Mission Engineering and Integration Activity (MEIA) Vulcan Call for Solutions. As part of that process, Laser Photonics has engaged directly with government engineers and mission specialists evaluating next-generation battlefield technologies. The Company believes the successful completion of the LSAD prototype strengthens its position as it pursues potential follow-on prototyping opportunities, expanded testing initiatives, and pathways toward deployment and production.

Following its participation at Special Operations Forces (SOF) Week in Tampa, Florida, Laser Photonics has also seen increased engagement from international defense organizations seeking advanced counter-drone capabilities, and is currently coordinating private demonstration opportunities with select foreign partners who expressed interest during the conference. The Company believes this growing demand underscores the global urgency of counter-UAS defense solutions, the increasing adoption of directed-energy technologies, and the need for scalable, cost-effective deployment platforms.