In Kerala, a brother-sister duo has introduced drone innovations that help farmers increase their agricultural output by up to 35%, while significantly cutting down fertiliser usage, transforming local farming practices.
- Drone-based precision farming boosts yield by 25-35%
- Fertiliser use cut by 75%, increasing sustainability
- Startup has served more than 3,500 farmers so far
What happened
Devika and Devan Chandrasekharan, siblings from Kerala, created Fuselage Innovations in 2020 to revolutionize farming with drone technology. They developed two cloud-connected drones—Niriksh and Fiya—that assist farmers by detecting crop health issues early and applying targeted sprays only where needed. This precision farming approach reduces waste and input costs while enhancing production.
With sensors on their drones, they can map fields and identify pest infestations or nutrient deficiencies, enabling timely interventions. Over two years, this method has helped farmers increase their crop yields by 25-35%, reduce fertiliser and nutrient use by 75%, and triple their profits. Fuselage Innovations has already supported more than 3,500 farmers through its service model.
Why it feels good
This innovation is a powerful example of technology meeting real-world needs, especially after Kerala’s devastating floods eroded fertile land. By efficiently managing resources, farmers are not only improving their livelihoods but also practicing more sustainable agriculture. Using drones reduces unnecessary chemical application, helping preserve soil health and the environment.
The work of these sibling engineers highlights the positive impact of local ingenuity and specialized technology. Their solution offers hope by turning challenges into opportunities for small and medium-scale farmers, empowering communities with cost-effective tools that make a tangible difference.
What to enjoy or watch next
As Fuselage Innovations continues to grow, more farmers in Kerala and beyond could benefit from drone-assisted precision farming, making it worthwhile to follow their progress and potential expansions. Observers and agri-tech enthusiasts may also want to watch for new drone advancements or complementary tools that increase farming efficiency.
For those interested, understanding how cloud-connected sensors and targeted treatments work can offer insights into the future of smart agriculture. This story is inspiring for anyone curious about how practical innovations lead to increased income, sustainability, and resilience in farming communities.