Home-grown drone manufacturer Drone Anatomy is building high-end unmanned aerial systems for both defence and agriculture, aiming to close the gap between India’s operational challenges and drone technology designed for real-world use. Founded by a young engineering team, the company has evolved from a field-service provider to a Made-in-India product manufacturer, with ongoing collaborations in AI-led autonomy, hydrogen-based flight systems and tactical surveillance platforms.
In an exclusive conversation with TechObserver.in’s, Saurabh Jha, Founder and CEO of Drone Anatomy, explains how the company is balancing innovation across defence and agriculture, leveraging AI for smarter missions and building towards a long-term goal of making India a global drone hub powered by indigenous deeptech.
Edited Excerpts:
What inspired you to start Drone Anatomy, and how did the idea take shape among such a young founding team?
Drone Anatomy was inspired by a gap that still exists between on-ground challenges and effective drone applications. For nearly a decade, we worked directly in the field, providing drone services, building custom drones and repairing systems for other companies.
That experience gave us a deep understanding of what works and what fails in real operations. We asked ourselves a simple question: if we could build advanced drones for others, why not create our own world-class drones for India and the world? We stepped out of the comfort zone of services and committed to designing and manufacturing reliable Made-in-India drones that address operational challenges.
Drone Anatomy works across defence and agriculture. How do you balance innovation for two distinct sectors?
We entered agriculture to solve problems farmers face, which many companies overlook. Agriculture has its own dedicated team, while defence is handled separately with specialised requirements.
Although both sectors differ, there are similarities in reliability, endurance, secure performance and real-time data needs. This overlap ensures innovation in defence strengthens our agricultural products, while scale in agriculture supports affordability in high-end defence systems.
What technological edge or proprietary feature sets your drones apart from others in the market?
Drone Anatomy’s technological edge comes from ten years of hands-on experience in building, repairing and customising drones at every level. We understand where current technologies fail in the field.
We do not push off-the-shelf technology into problems. We engineer drones around real operational needs. This problem-first design approach ensures reliability, value and consistent mission performance.
How is Drone Anatomy leveraging AI and data analytics to enhance real-time performance and decision-making?
Today, AI is crucial for self-decision making in flight. If ground communication fails, the drone must rely on its trained intelligence to make safe and effective decisions in real time.
We integrate AI for autonomy, navigation and mission optimisation. Our edge analytics enable drones to interpret data instantly, not after landing. Smart drones do not just capture data – they understand and act on it.
What kind of collaborations or pilot projects are you currently exploring with defence or government agencies?
We collaborate with defence organisations on long-endurance VTOL platforms for high-altitude surveillance and tactical missions. We are also exploring controlled trials for airborne deployment of certain munitions with authorised partners.
In parallel, we work with government-linked institutions on hydrogen-based long-range systems and state agencies for agricultural deployment. Our model is simple: co-develop, validate in real missions and improve continuously.
How has India’s evolving drone policy impacted your growth and innovation roadmap?
India’s drone policies are increasingly supportive, helping us accelerate manufacturing and innovation. Clearer regulations and better incentives allow us to plan confidently, build faster and assure users that we operate within a stable framework. Policy improvements give us the confidence to scale and contribute strongly to India’s self-reliant drone ecosystem.
What are the biggest challenges for drone start-ups in India today, and how are you overcoming them?
The biggest challenge is scale. High-end drone R&D requires serious investment, yet few organisations are ready to support deeptech product development. This slows progress. Competition from lower-priced imports also affects margins.
Drone Anatomy sees this as an opportunity. Our experience allows us to build critical systems in-house and share R&D benefits across defence and agriculture. We are committed to long-term innovation because once scale comes, India will lead globally.
What is your long-term vision for Drone Anatomy? Do you see India emerging as a global drone hub in the near future?
Our long-term vision is to build mission-class drones where every core technology is made in India. If India wants to own its skies, they must be built by Indians, and we take that personally.
India has the talent and demand to become a global drone hub. What we need is consistent belief in indigenous deeptech. Drone Anatomy aims to lead this transformation by solving India’s challenges first and then scaling that success globally.
