Qubex Advanced Systems
We build two things: the small, powerful computer that goes inside a drone — and the ground software that commands entire fleets. Engineered in India, by people who build and fly what they ship.
In plain words
Most drones today fly on imported electronics that nobody here can open, repair, or improve. The QX mission computer replaces that — a small, powerful brain, built in India, that lets a drone see, think, and act on its own.
One operator, an entire fleet. Type what you need in plain language and watch the mission unfold live on the map — the drones handle the rest, even far beyond the operator's line of sight.
Why we exist
We started Qubex because we lived this problem on real aircraft: an industry scaling fast on top of a core it doesn't control — imported, closed, outdated systems at the heart of nearly every UAV flying today.
The answer
No one is building the brains and backbone of autonomy — mission computers, FPV systems, and control software. Qubex is.
5G and onboard NPUs now enable real-time decision-making and swarm intelligence.
Qubex unifies hardware, software, and communication into one coherent, integrated ecosystem.
Mission Computer
A next-generation mission computer running ROS on Docker, with a dedicated NPU for onboard AI — 5G-enabled for BVLOS control, with native swarm capability out of the box.
A containerized autonomy stack. Deploy, swap, and update AI modules the way modern software teams already work.
A neural processing unit purpose-built for running custom onboard AI modules — intelligence at the edge, not in the cloud.
Integrated 5G for beyond-visual-line-of-sight command and real-time data streaming. Long range is no longer the limit.
Swarm coordination out of the box — not a research project. Multi-vehicle missions become a configuration, not a rebuild.
Anti-jamming GNSS and fail-safe navigation modes. Built to keep flying when the electromagnetic environment turns hostile.
Designed for military precision. Built for civil scalability. One compute core, engineered for both worlds.
Ground Control Software
An intelligent command suite with LLM-level autonomy and effortless swarm coordination — planning, live visualization, and analytics for every drone and every mission, in one interface.
Speak the mission. The command suite translates natural-language intent into coordinated, adaptive mission logic across the fleet.
One operator, many aircraft. Formations, task-splitting, and mid-mission changes are handled automatically across the fleet.
Planning, monitoring, and analytics unified in a single view. Swarm coordination that finally feels effortless.
Enabling technologies
The robotics industry standard, containerized on Docker for modular, updatable autonomy.
Dedicated neural compute for onboard AI — perception, navigation, and decision-making at the edge.
Ultra-low-latency connectivity unlocking true BVLOS control and real-time streaming.
Native multi-vehicle coordination — collective intelligence without the research-lab complexity.
The opportunity
The global UAV market will exceed $90 billion by 2030 — and the core intelligence layer is still open for disruption.
Total addressable market, 2030 · FPV systems, flight control, GC software, and AI in drones
From war zones to warehouses, machines are taking flight — and autonomy is no longer optional.
A $90B+ market by 2030, with the core intelligence layer still unclaimed.
5G and edge NPUs — what was once research is now ready for real missions.
Global supply chains are fragile, and defence systems can't rely on black-box imports.
Who it's for
Drone OEMs and system integrators building UAVs for government tenders and civil applications — today forced onto imported controllers that are expensive, non-serviceable, and slow to adapt to changing regulation.
The platform
Unlike locked foreign systems, Qubex hardware is built to be modular, repairable, and easily updated — reducing downtime and replacement cost across the life of a fleet.
Ultra-light. Ultra-low latency. Precision control for first-person-view platforms, with an integrated AI processor.
An industrial and defence-grade compute core with onboard AI — plus a modular 5G unit for BVLOS and swarm operations.
Swap subsystems, not aircraft.
Serviced locally, in days not months.
New capability ships as an update.
Anti-jam GNSS, fail-safe navigation.
| Capability | DJI / CUAV | SpeedyBee | Pixhawk | Qubex |
|---|---|---|---|---|
| Onboard AI features | — | — | Partial | ✓ |
| Open ecosystem | — | Partial | ✓ | ✓ |
| EW resistance | — | — | — | ✓ |
| Manufactured in India | — | — | — | ✓ |
The people
Qubex is built by two founders — one who has spent years with soldering iron and flight logs, and one who has spent decades turning workshops into factories.
Founder · Mission computers, AI systems & integration
Has built and flight-tested 50+ prototypes across drones, IoT, and control systems. Two patents filed, and a national Junior Scientist Award for the Quintuple Ground Control Station. Hands-on manufacturing and integration experience in unmanned systems and autonomy modules.
Co-Founder · Operations, vendor strategy & scale
A serial MSME entrepreneur with 25+ years of operations and business management — including pioneering the world's first completely automatic cotton-bag making machine. Leads commercialization, supply chain, and production scaling.
prototypes built & flight-tested
patents filed
years of manufacturing & operations
national science award
“Qubex isn't another drone assembler. We're engineering the core intelligence layer — the part everyone said had to be imported.”
Dual use by design
Surveillance, security, and mission-critical operations — with EW resistance, fail-safe navigation, and compliance built for evolving defence norms.
The same intelligence layer, scaled for industry — dependable autonomy for the missions that keep the economy moving.
Phase 1 starts now: an affordable mission computer and ground-control software for drone manufacturers. If you're building UAVs — for a tender, a farm, or a factory — we'd love to talk. A founder reads every email.