It's like AeroVironment, known for its military drones, but also providing specialized industrial drone services like automated power line cleaning.

Imagine a Boston Dynamics that specializes in advanced drone and robotic systems for both military applications (like weapon stabilization) and unique industrial services (like power line cleaning).

• Stabilized Weapons Drone System (TIKAD / Bird of Prey): An advanced robotic stabilization system integrated into unmanned aerial systems for remote, real-time, pinpoint-accurate firing of small arms and light weapons, primarily for military and security applications.
• Insulator Cleaning (IC) Drone System and Services: A drone technology (IC Drone, ICDS2) and accompanying services designed for conducting routine maintenance of critical infrastructure, specifically focusing on cleaning electric utility cable insulators.

DUKE Robotics (DUKR) primarily sells to other companies and institutions. Its major customers include:

• Israel Electric Corporation Ltd. (IEC): This is a direct customer for DUKE Robotics' Insulator Cleaning (IC) Drone system, utilizing their technology for routine maintenance of critical infrastructure. The IEC is a state-owned company in Israel and is not publicly traded.
• Elbit Systems Land Ltd. (Elbit): DUKE Robotics has a significant collaboration agreement with Elbit Systems Land Ltd. for the global marketing, sales, production, and further development of their advanced robotic system ("Bird of Prey"). While Elbit acts as a partner and channel for sales to military, defense, home-land security, and para-military customers, DUKE Robotics receives royalties and commission fees from proceeds generated through this collaboration. Elbit Systems Land Ltd. is a subsidiary of Elbit Systems Ltd. (NASDAQ: ESLT).

Yossef Balucka, Chief Executive Officer & President

Mr. Balucka has served as CEO and President of Duke Robotics Corp. since March 2021. Prior to entering the private sector, he served for twenty-five years in various field and headquarters positions in the Israeli Navy, retiring as a Colonel. From 2014 to 2016, Mr. Balucka was a senior executive and management member for retail and customer service at Partner Communications Ltd., a leading mobile telecommunications company in Israel. Subsequently, from 2017 to 2019, he held the position of CEO of Electra Technologies Ltd., a division of Electra Ltd., which operates in integrated electro-mechanical and construction fields. Since 2019, he has provided global strategic consulting services in the defense sector for international corporations, including Elbit Systems.

Shlomo Zakai, Chief Financial Officer

Mr. Zakai brings extensive experience in similar financial positions with companies operating in international markets and related industries. Before joining Duke Robotics Corp., he served as a senior executive for financial and accounting functions at Electra Technologies Ltd. from 2018 to 2021 and was the CFO of an Israeli publicly traded company from 2012 to 2017.

Sagiv Aharon, Co-Founder, CTO & Director

Mr. Aharon is a co-founder of the company. He previously served as Chief Executive Officer and President of Duke Robotics Corp. before stepping down in March 2021 to continue his role as Chief Technology Officer and Director.

Vadim Maor, Chief Technology Officer

Mr. Maor is an experienced head of R&D and technology operations within the computer software industry, possessing strong professional skills in product and technology development (IT & SaaS) and enterprise architecture design. Since 2019, he has been providing consulting and development services as a freelance CTO for various technology companies.

Alexandra Papaconstantinou, Managing Director of Duke Robotics Hellas (Greece)

Mrs. Papaconstantinou was appointed Managing Director of Duke Robotics Hellas (Greece), the company's wholly owned Greek subsidiary, in March 2025. She possesses extensive experience in corporate management, engineering, and business development, coupled with a strong network within the public and corporate sectors in Greece. Her career includes serving as Managing Director of an industrial engineering firm from 2004 to 2019 and acting as an agent for an Israeli engineering company in Greece since 2006. Additionally, since 2019, she has been the General Manager of a real estate company.

Key Risks to DUKE Robotics (DUKR)

1. Dependence on Collaboration with Elbit Systems: DUKE Robotics' military and defense segment heavily relies on its collaboration agreement with Elbit Systems Land Ltd. for the global marketing, sales, production, and further development of its advanced robotic stabilization system (TIKAD/Bird of Prey). While Duke Robotics can now also market the system, its revenue in this segment, comprising royalties and commission fees, is significantly tied to the success and terms of this partnership. Any changes to the agreement, issues with Elbit's performance, or a termination of the collaboration could materially impact DUKE Robotics' financial performance and market reach in the defense sector.
2. Concentration of Civilian Business with a Single Customer: The company's civilian drone-based solutions for infrastructure maintenance, specifically electric utility insulator cleaning, are primarily centered around its agreement with Israel Electric Corporation Ltd. (IEC). Although DUKE Robotics has renewed its agreement with the IEC and launched its next-generation IC Drone System (ICDS2), a substantial portion of its civilian revenue appears to stem from this single customer. The loss of the IEC contract, a reduction in demand from the IEC, or increased competition specifically for this service could have a significant adverse impact on the company's civilian segment revenues.
3. Competition and Rapid Technological Change: DUKE Robotics operates in highly dynamic and competitive markets for both military/defense and civilian drone technologies. The rapid pace of technological advancements means that the company must continuously innovate to maintain its competitive edge. Larger, more established defense contractors or other specialized robotics companies could develop competing or superior systems, while other drone manufacturers or service providers could offer more cost-effective or advanced solutions for infrastructure maintenance. Failure to keep pace with technological advancements or intense market competition could negatively affect the company's ability to secure new contracts and retain existing business.

DUKE Robotics (symbol: DUKR) operates in two primary markets: military and defense, with its advanced robotic stabilization system for small arms and light weapons (marketed as TIKAD and "Bird of Prey"), and civilian infrastructure maintenance, specifically electric utility insulator cleaning, with its IC Drone system.

Military and Defense Market (Armed Drones/UAS with Weapon Stabilization)

The global military drone market, which encompasses DUKE Robotics' advanced robotic stabilization system for armed unmanned aerial systems (UAS), was estimated at USD 47.38 billion in 2025. This market is projected to grow to USD 98.24 billion by 2033, demonstrating a compound annual growth rate (CAGR) of 8.9% from 2026 to 2033.

Civilian Infrastructure Maintenance Market (Electric Utility Insulator Cleaning Drones)

For DUKE Robotics' civilian drone-based solutions focused on electric utility insulator cleaning, the global inspection drones in the electric power market stood at USD 85.56 million in 2025. This market is projected to reach USD 287.79 million by 2035, growing at a CAGR of 13.0% during the forecast period from 2026 to 2035.

Expected Drivers of Future Revenue Growth for DUKE Robotics (DUKR)

• Expanded Market for Stabilized Weapons Drone System ("Bird of Prey"): The April 2, 2025, Supplement Letter with Elbit Systems Land Ltd. broadens DUKE Robotics' ability to market the "Bird of Prey" system to military, defense, homeland security, and paramilitary customers. This expansion of marketing reach, coupled with commission fees on new sales in addition to existing royalties, is expected to drive increased revenue over the next 2-3 years.
• Growth of the Insulator Cleaning (IC) Drone System (ICDS2): The successful commencement of the 2025 insulator cleaning season with Israel Electric Corporation Ltd. (IEC) and the launch of the next-generation ICDS2 on June 10, 2025, are significant drivers. The ICDS2 features technological advancements such as extended flight time, higher payload capacity, enhanced stability, advanced radar, and improved cleaning durability. These improvements, along with a full-season operational timeline compared to the previous year's mid-season start, are anticipated to increase demand for their services and secure more contracts, driving revenue growth.
• Adaptability and Diversification of Robotic Stabilization Technology: While initially designed for Unmanned Aerial Systems (UAS), DUKE Robotics' advanced robotic stabilization system is adaptable to other military platforms and civilian applications. This inherent versatility suggests potential future revenue streams from the application of their core technology in new market segments beyond current drone systems, though specific new applications beyond current offerings are not explicitly detailed.