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Laser Photonics’ anti-drone system selected for U.S. defence evaluation program

Industrial, Market News, Technology
NDAQ:LASE
03 June 2026 04:05 (EDT)

(Source: Laser Photonics Corp.)

Laser Photonics (NASDAQ:LASE), a company specializing in laser systems for industrial and defence applications, announced that its Laser Shield Anti-Drone (LSAD) system has been selected by the Department of War under the Mission Engineering and Integration Activity (MEIA) Vulcan Call for Solutions.

The system was recognized as one of the top submissions in the Counter C5ISR-T category, following an evaluation by government mission engineering and technical teams.

The LSAD system is designed to provide counter-drone capabilities using directed energy technology. According to the company, the system is intended to address evolving threats posed by unmanned aerial systems, particularly in complex operational environments where traditional countermeasures may be limited. The Counter C5ISR-T category focuses on technologies that can counter Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance, Reconnaissance, and Targeting-related threats.

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As part of the selection process, Laser Photonics and its affiliate, Fonon Technologies, will participate in a one-on-one technical exchange with government engineers. The session will take place during an upcoming Industry Technical Exchange Meeting, where selected organizations will present their technologies for further evaluation. The exchange is expected to emphasize technical validation, scalability, and alignment with mission requirements.

Participation in this stage provides the company with an opportunity to demonstrate the operational feasibility of the LSAD system in more detail. Government evaluators from the MEIA Missions, Capabilities, and Analysis Team (MCAT) are expected to assess how the system performs under various scenarios, as well as its potential for integration into existing defence frameworks.

Laser Photonics stated that the selection represents a key step in advancing the LSAD system through the government’s evaluation pipeline. Technologies that perform successfully in the technical exchange phase may be considered for additional stages, including prototyping, experimentation, and potential transition into operational use. The company indicated that it views the selection as validation of its approach to directed energy systems and their potential role in counter-drone operations.

The announcement also highlights the growing focus within defence agencies on countering unmanned systems, which have become increasingly prominent in both conventional and asymmetric conflict environments. Directed energy solutions, including laser-based systems, are being explored for their ability to deliver precise, low-cost-per-engagement responses against aerial threats.

“This selection by the Department of War validates the mission relevance and readiness of our LSAD directed-energy technology,” Laser Photonics’ CEO, Wayne Tupuola, said in a news release. “Being recognized as a top submission and invited to a direct technical exchange with government engineers reinforces our confidence that the LSAD is well-positioned to address critical counter unmanned aerial system (UAS) capability gaps for our warfighters.”

(Source: Laser Photonics Corp.)

The MEIA Vulcan Call for Solutions is a competitive evaluation initiative aimed at identifying innovative technologies that address key defense capability gaps. Managed under the Mission Engineering and Integration Activity, the program seeks to bring together government, industry, and technical experts to assess emerging systems in a structured and mission-focused manner. Submissions are reviewed for technical merit, operational relevance, and scalability, with top-performing technologies advancing to deeper evaluation stages.

Within this framework, the Counter C5ISR-T category plays a critical role by targeting threats that disrupt or exploit information, surveillance, and command systems. The selection of Laser Photonics’ LSAD system as a top submission in this category underscores the emphasis placed on solutions capable of addressing increasingly sophisticated drone and network-enabled threats.

Laser Photonics Corp. develops and manufactures advanced laser technologies used in cleaning, surface preparation, and precision material processing across demanding operating environments.

Laser Photonics stock (NASDAQ:LASE) closed 158.32 per cent higher in a serious rally for the stock that pushes it to a place 2 per cent higher than where it was this time, last year at US$2.40.

During Tuesday trading, LASE stock was down 16 per cent since that time last year, but the rally more than 100.

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