PUNE — May 2, 2026 : Pune-based deep-tech firm Olee Space has delivered a Directed Energy Weapon (DEW) system to the Indian Army, marking the first operational deployment of a laser weapon developed by India’s private sector. The delivery represents a shift in defence procurement, with privately engineered high-energy laser systems entering active service alongside traditionally state-developed platforms.
System Design and Technical Architecture
The Olee Space DEW system is designed as a modular platform with scalable power output ranging from 2 kilowatts to 50 kilowatts, allowing adaptation to varied operational requirements. The system offers an engagement range between 1 and 7 kilometres and is configured for rapid-response scenarios, with engagement occurring at the speed of light and response times of under three seconds.
A central feature of the system is its universal compatibility architecture. It is engineered to integrate with existing radar networks, electro-optical/infra-red (EO/IR) sensors, and artificial intelligence-based tracking systems already deployed across global defence platforms. Core subsystems—including beam combining, optics, gimbal control, and thermal management—have been developed in-house.
More than 70 percent indigenous components support domestic manufacturing objectives while maintaining export flexibility. The system’s per-shot operational cost is reported to be under one dollar, positioning it as a cost-efficient alternative to kinetic interception systems.
Platform Configuration and Mobility
The initial unit delivered to the Army is configured as a compact laser platform mounted on an unmanned ground vehicle (UGV). The UGV measures approximately 5 feet by 3 feet and weighs less than 250 kilograms. It is powered by a diesel engine and has an operational range exceeding 130 kilometres.
The platform is designed for autonomous and remote-controlled operations. It incorporates artificial intelligence and machine-learning algorithms that enable autonomous navigation, target identification, and engagement. Deployment can be executed through a single-command activation system.
The UGV-mounted configuration enables deployment in environments where conventional armored systems may face mobility constraints, including urban areas, forested regions, and rugged terrain.
Operational Role and Capabilities
The DEW system is primarily designed for counter-unmanned aerial system (C-UAS) operations, perimeter security, and close-combat applications. It can neutralise, dazzle, or functionally disable drones, vehicles, equipment, and personnel using focused laser energy.
The absence of traditional munitions allows continuous engagement without logistical constraints associated with ammunition supply. This enables what the company describes as a “zero cost per kill” model in drone swarm scenarios, where multiple low-cost aerial threats can be engaged without proportional increases in operational expenditure.
The system also supports coordinated swarm deployment. Multiple UGV units can be networked to operate collectively, securing defined perimeters or tactical zones across different terrains.
Development Background and Testing
Olee Space, founded in 2023 by James Solomon and Suman Hiremath, focuses on defence photonics, including free-space optical communication (FSOC), quantum-encrypted networking, and directed energy systems.
In February 2026, the company introduced a 2 kW AI-powered laser sniper system integrated onto a UGV platform, described as one of the most compact systems in its class. That system underwent field trials with defence stakeholders, leading to the current production-level delivery.
In January 2026, the company also demonstrated an indigenous wireless laser communication link capable of achieving 10 gigabits per second over 20 kilometres under Indian atmospheric conditions, with approximately 85 percent indigenous content.
Funding and Industrial Context
In August 2025, Olee Space secured approximately $3 million in seed funding led by Rockstud Capital to expand manufacturing capacity and advance development in laser communication, directed energy, and quantum photonics technologies.
The company reports that its manufacturing approach enables cost reductions of 60 to 70 percent compared to comparable international systems, while maintaining high domestic content.
The DEW delivery complements ongoing work by the Defence Research and Development Organisation, which has developed larger, static directed energy systems. In contrast, Olee Space’s platform introduces a mobile, compact alternative designed for tactical deployment.
Deployment Status and Future Outlook
The system has completed field evaluations and is currently in operational service with Indian forces. It is under further assessment for wider deployment across multiple operational units.
Olee Space has indicated ongoing discussions with domestic defence stakeholders and international partners regarding additional deployments and potential export opportunities. The platform is positioned for use in multi-domain environments, including border security, urban defence, and distributed battlefield operations.
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