Deeptech startup Vikra Ocean Tech has secured $1 million in a seed funding round led by Finvolve, with participation from India Accelerator. The capital infusion is earmarked for scaling manufacturing and strengthening the startup's sales pipeline within the Indian defence and Public Sector Undertaking (PSU) segments.
The 2019-founded venture is currently developing what it describes as India’s first fully indigenous ocean robotics stack. By focusing on both underwater and surface operations, the company aims to plug a critical gap in the domestic marine technology sector, which has historically relied on expensive foreign imports for subsea missions.
Building Subsea Mettle
Vikra Ocean Tech’s engineering focus is centered on a modular ecosystem. This includes deep-water Remotely Operated Vehicles (ROVs), Autonomous Surface Vessels (ASVs), and amphibious crawling robots. These hardware assets are supported by a unified control platform and proprietary AI-enabled imaging systems designed to function in high-pressure, low-visibility environments.
The startup has already demonstrated significant technical mettle, developing a deep-ocean camera and lighting system capable of operating at depths of up to 2,000 metres. This specific capability is vital for offshore marine exploration and hydrographic surveys, where equipment failure is common due to extreme underwater conditions. The move to build this hardware in-house is a direct attempt to cut down on the steep climb of procurement costs associated with global vendors.
Strategic Defence Push
The startup’s progress has not gone unnoticed by government bodies. Vikra has already bagged two iDEX (Innovations for Defence Excellence) grants from the Indian Army and the Indian Coast Guard. These grants serve as a validation of the startup's ability to meet the rigorous demands of the Indian armed forces.
“Subsea robotics is fast becoming a strategic priority for India across defence, infrastructure, and disaster response. Vikra Ocean Tech is addressing this need with a fully indigenous, integrated robotics stack that combines deeptech innovation with strong on-ground validation,” said Ashish Bhatia, Co-Founder of Finvolve and Founder & CEO of India Accelerator. He noted that the ability to deploy scalable, high-performance systems positions the firm to lead the domestic space.
The funding will also help the company move toward a more sustainable business model. By establishing recurring revenue streams through service contracts and annual maintenance agreements, Vikra is looking to move beyond one-time hardware sales and create long-term partnerships with industrial and government clients.
Indigenous Tech
For the founders, the objective is to prove that Indian deeptech can compete on a global stage while solving local problems. The current reliance on imported robotics not only causes a cash leak in terms of foreign exchange but also poses security and maintenance challenges for sensitive defence projects.
“Our vision is to build a globally competitive ocean robotics ecosystem from India. This investment enables us to accelerate product development, scale deployments, and deepen our engagement with defence and industrial stakeholders,” said Rajagurunathan, Co-Founder of Vikra Ocean Tech. He added that the goal is to significantly reduce the country's dependence on imported systems through solutions built for real-world conditions.
Echoing this sentiment, Co-Founder Rajeuv emphasized the operational expansion ahead. “This investment will strengthen our R&D capabilities and accelerate deployments across defence, offshore energy, research, and marine infrastructure sectors. We are committed to building reliable, world-class technologies that position India as a leader in ocean innovation.”
As the Indian government continues its push for Aatmanirbharta (self-reliance) in the defence sector, startups like Vikra Ocean Tech are finding themselves in a favorable position. The next phase for the company will involve moving from award-winning prototypes to high-volume manufacturing, ensuring that their "Made in India" robots can withstand the pressures of the deep sea while navigating the complexities of the global tech market.
