About Altnautica

Building the intelligence layer for autonomous flight

We're on a mission to democratize drone intelligence. Open-source compute for every drone, built from Bangalore for the world.

The Team

Building the dream team

Innovation and excellence as the standard. Global partners on the road to success.

Founded by Ajay Mohan, Altnautica is built on a deep technical conviction: the drone industry's next breakthrough isn't aerodynamics or batteries — it's compute. The same insight that let DJI dominate globally with a single custom chip.

We're assembling a team of engineers, strategists, and domain experts who share this conviction. With global partners and collaborators, we're building the open platform that the next generation of drone companies will build on. DJI locked it down. We're opening it up.

The Story

Why this company exists

India has produced over 200 registered drone manufacturers since the Drone Rules 2021 liberalized the market. The vast majority share a common architecture: buy an off-the-shelf flight controller, source imported components, wire everything together, flash autopilot firmware, and call it “Made in India.”

This is assembly, not engineering. These drones can spray crops and take photos. They cannot do obstacle avoidance, precision landing, computer vision, or any task that requires intelligence. When a government tender or enterprise customer requires intelligence — and increasingly they do — these startups cannot compete. DJI wins. Or the tender goes unfulfilled.

The failure is not in the frame. It is not in the motors. It is in the brain.

Altnautica exists to solve this. A single ADOS flight computer that puts a Linux-capable computer directly on the flight controller — giving any drone the intelligence to see, think, and decide. Open-source, affordable, and designed to be the platform an entire ecosystem builds on.

Milestones

Company timeline

Company founded

February 2026

Altnautica established in Bangalore. Product direction defined: ADOS flight computer as Phase 1.

Product architecture defined

February 2026

ADOS flight computer spec finalized. AI-capable compute + autopilot processor. HD video system validated. Open-source strategy adopted.

Market research completed

February 2026

Indian drone TAM/SAM/SOM mapped. Competitive landscape analyzed. Australia identified as Phase 3 deployment market.

Investor materials prepared

February 2026

Pitch deck, investor brief, financial models, cap table, and valuation methodology completed.

Angel round

2026

Raising angel funding for PCB fabrication, components, 3-5 prototype drones, testing, and competition entry.

Phase 1 prototype

2026

First ADOS flight computer fabricated. 5-8 inch demo drone flying with full compute stack. 3-5 LOIs from drone manufacturers.

Phase 2 — 75kg Heavy-Lift VTOL

2027

7.0m wingspan autonomous VTOL. 75 kg payload, 330+ km hybrid range, 800V battery + UAV generators. 299 kg MTOW. Built in India, deployed in Australia. Pre-seed round.

Location

Why Bangalore

India's aerospace and deep-tech capital.

Aerospace Hub

Home to HAL, ISRO, DRDO, NAL, and the Indian Air Force's primary R&D corridors. India's defense and aerospace ecosystem is centered here.

Drone Ecosystem

80+ drone startups, multiple incubators, and proximity to key customers in agriculture, mining, and defense procurement.

Talent Pool

India's largest engineering talent market. IISc, IIT-B, RVCE, PES — world-class institutions producing embedded systems and robotics engineers.

Regulatory Access

Proximity to DGCA regional office, Digital Sky platform operations, and QCI-BIS certification bodies. Critical for type certificate pathway.

Interested in investing?

We're raising our angel round. If you believe in open-source drone intelligence, we'd like to talk.

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