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SUIND Autonomous Systems Revolutionizing farming with AI, drones and precision tech.

This Independence Day, we're proud of what "Made in India" means at SUIND.Bumblebee, our DGCA type certified autonomous ...
15/08/2026

This Independence Day, we're proud of what "Made in India" means at SUIND.

Bumblebee, our DGCA type certified autonomous spraying drone, is already helping farmers across India cut chemical use and improve yields. WASP, our upcoming autonomous surveillance and inspection platform, is built on the same vision first, GPS independent autonomy stack.

Both are designed and engineered in India, built to solve real problems in agriculture and industry, and made to compete anywhere in the world.

Happy Independence Day 🇮🇳

Behind Bumblebee: The TeamThere is a photo we keep coming back to.Everyone is at the assembly station. Three Bumblebees ...
19/07/2026

Behind Bumblebee: The Team

There is a photo we keep coming back to.

Everyone is at the assembly station. Three Bumblebees on the bench. Nobody performing for the camera. Just the team, in a room that smells like solder and fresh paint, wearing the same SUIND polo through late nights, field trips and failed tests.

That photo tells you more than any pitch deck.

Building a drone that operates where GPS fails is not something you take on because it is easy. You take it on because you believe it needs to exist. That belief carries you through the months when nothing is working and the simpler path is right there.

This team did not take it.

Chethan joined as an intern and ended up leading hardware integration. Karthik and Vivek have been through every mechanical challenge that comes with building something that must survive dust, vibration, chemical spray and uneven terrain. It is the work that determines whether everything else holds.

Zameer and Sweta build the Ground Control System operators use to plan, monitor and manage every deployment. Getting it right requires understanding how real operations run.

Thiru built operations from the ground up with no playbooks to copy from. Prabhat has tested Bumblebee harder than most would. Alex fine-tunes the machine learning layer with aerospace rigour. Harsh*th keeps the numbers honest. Raisin makes sure the world knows what is being built, without overstating it.

Kevin and Kunal saw a problem the industry was designing around. The autonomy stack that makes Bumblebee operate where others cannot is their work, built from first principles over years of research and real-world validation.

That conviction got Bumblebee type certified, commercially deployed, and running in fields across India.

And if you look closely, Kevin and Kunal are holding something that is not Bumblebee. Something new. More on that soon.

Bumblebee did not build itself. This team did.

Real engineering. Real belief. Every week.

15/07/2026

The safest spray is the one you never have to stand inside.

Traditional crop spraying often means long hours close to agricultural chemicals.

Bumblebee changes that.

With autonomous flight and onboard obstacle awareness, operators can stay at a safe distance while Bumblebee handles the mission with consistent precision.

Safer for people.
Smarter for farming.

Learn more through the link in our bio.

Would you trust an autonomous drone to spray your crops? Tell us why in the comments.

Follow for more episodes from the Know Bumblebee series.

13/07/2026

When Nitin Dattatray Pawar from Indapur was looking for a better solution for his fields, he chose Bumblebee. Today, he trusts its AI-powered autonomy to operate smoothly, even in dense vegetation, helping him farm with greater confidence.

Real farmers. Real experiences. Real innovation.

Ready to see what autonomous farming can do for your fields?

🔗 Learn more through the link in our bio.

Long before Bumblebee takes off in a remote farm somewhere in the world, it starts on a workbench like this one.Someone ...
12/07/2026

Long before Bumblebee takes off in a remote farm somewhere in the world, it starts on a workbench like this one.

Someone puts on safety glasses, picks up a soldering iron, and joins one battery connection at a time. This 13000mAh pack has to survive acre after acre of flight, harsh heat, and an entire spraying season.

Once the soldering is done, the work doesn’t stop. Each battery goes through multiple testing stages, checked against extreme heat and repeated charge-discharge cycles before it ever gets cleared for the field.

It’s a small, unglamorous step that most people never see. But it’s also why a Bumblebee can fly acre after acre without failing mid-season, and why zero incidents isn’t just a claim, it’s what happens when nothing skips this stage.

Real engineering. Real field work. Every week.

10/07/2026

Real farms aren't perfectly flat. They have slopes, uneven terrain, dense crop canopies, and irregular field layouts.

That's where many conventional drones struggle.

Bumblebee is engineered for real farming. Its vision-led autonomy adapts to terrain, crop height, and field structure while flying, helping deliver more accurate and consistent coverage.

Not every field is perfect.
Your drone shouldn't expect it to be.

Learn more through the link in our bio.

👇 Have you ever worked on sloping or uneven farmland? Tell us where in the comments.

Follow for more episodes of Drone Myths.

08/07/2026

How does Bumblebee fly differently from other agricultural drones?

Most drones follow a GPS path.

Bumblebee reads the field.

Using onboard cameras and intelligent computing, it understands terrain, recognises crop structures, detects obstacles, and adapts during flight in real time.

No constant remote commands. Just intelligent autonomous flight.

This is the future of precision agriculture.

Learn more through the link in our bio.

What do you think is the biggest challenge for agricultural drones today? Let us know in the comments.

Follow for more episodes from the Know Bumblebee series.

06/07/2026

“When my sugarcane grew too tall, I called the Bumblebee drone."

That's exactly what Gajanan Hanumant Mane from Baramati, Maharashtra, did.

Instead of struggling with conventional spraying, he chose the Bumblebee autonomous agricultural drone. After mapping the field, the drone completed the spraying operation quickly and efficiently, making the job much easier.

Real farmers. Real experiences. Real innovation.

👇Would you use a Bumblebee drone on your farm?
�Tell us in the comments, and tag a fellow farmer who should watch this.

03/07/2026

Most people think agricultural drones are already fully autonomous.

They're not.

Many drones still rely on GPS and require manual intervention when the unexpected happens:
•⁠ ⁠Obstacles
•⁠ ⁠Changing terrain
•⁠ ⁠Battery swaps
•⁠ ⁠GPS limitations

True autonomy begins when a drone can perceive and adapt to its surroundings, not just follow a predefined path.

That's the difference between GPS-guided flight and vision-led autonomy.

Watch the reel to see why this distinction matters.

What drone myth have you heard that you'd like us to bust next? 👇

29/06/2026

Every farmer knows this challenge.

As the crop grows taller, walking through the field becomes difficult. Manual spraying takes more time, more effort, and often means the crop doesn't get treated when it needs it most.

That's exactly what Prakash Pandurang Gardade from Baramati experienced.

Instead of struggling through the field, he chose Bumblebee.

Our team inspected the crop, planned the operation, and completed the spraying safely and efficiently, even in areas that were difficult to access manually.

Technology is not replacing farmers. It's helping them farm smarter.

Have you faced this challenge in your fields?

Tell us in the comments. We'd love to hear your experience.

Follow for more real farmer stories and innovations transforming Indian agriculture.

Address

No. 6, 4th Floor. 1st A Cross, MCECHS Layout, Hegde Nagar
Bangalore
560077

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