Company
A sensing company first.
SkyAlpha Systems develops indigenous counter-drone technology. We started with the part of the problem everything else depends on: knowing, reliably and early, what is in the air.
- Built
- In-house
- Domain
- RF sensing
- First system
- Guardian
- Stage
- Prototype
01
Mission
What the company exists to do, stated plainly enough to be held to.
To build indigenous, world-class airspace awareness and counter-drone technology — and to build the hard parts ourselves.
Reliable detection, identification, tracking and eventually autonomous neutralisation of unmanned aerial threats, achieved by combining sensing, signal processing and machine learning into systems an operator can actually use under pressure.
The systems are modular, scalable and export-ready, designed and developed domestically. Technological self-reliance is not a slogan attached to the work; it is the reason the work is structured the way it is.
02
The long view
Where a sensing layer leads once it exists.
The long-term objective is an end-to-end autonomous platform capable of detecting, defending against and neutralising drone-based threats at any scale — from a single intruder over a substation to a coordinated swarm across a front.
Sensing comes first because nothing downstream is possible without it. A countermeasure is only as good as the picture that triggers it, and a poor picture makes an expensive mistake fast.
Guardian is the foundational sensing layer of that platform. Every capability we add later — fusion with other sensors, autonomous response, coordinated multi-site defence — is designed to sit on top of it rather than beside it.
03
Approach
A narrow entry point, deliberately chosen, with room above it.
Counter-drone is a crowded field internationally and a thin one domestically. Most players build large integrated systems; far fewer specialise in the RF detection and signal intelligence that those systems depend on. That is the gap we entered through.
- P1
Prototype
A working proof of concept assembled from commercially available components: detect drone RF activity, identify the emitters that matter, classify them, and estimate the direction the signal arrived from.
- P2
Field-validated system
A proprietary design replacing the evaluation hardware, refined for accuracy, reliability and use by someone who is not an engineer. Field tested, then deployed as pilots with the first customers.
- P3
Product family
A modular line sharing one architecture — distributed sensor networks, multi-sensor fusion, and the countermeasure layers that a sensing foundation makes possible.
04
Who we build for
Domestic and international, military and civil.
- 01
Armed forces
Army, Navy and Air Force requirements for counter-drone capability in both operational and strategic deployments.
- 02
Law enforcement and internal security
Police forces, border security organisations and specialised counter-terror units operating in domestic environments.
- 03
Critical infrastructure
Airports, seaports, power generation, oil and gas facilities, government installations and large public venues.
- 04
International partners
Export to allied and partner nations, contributing to global security while establishing India as a source of advanced defence technology rather than a destination for it.
05
Working here
Small team, unusually deep problems.
The work spans RF hardware, FPGA signal processing, GPU inference and operator software — often in the same week, frequently in the same conversation. It suits engineers who want to see a signal travel the entire distance from an antenna to a decision.