About Spyxpo
(Spye-eks-poh)
Think differently, advance exponentially.
What is Spyxpo
Spyxpo is a research and development group that started in 2016. We design and build our own technology in 9 sectors, including aerospace, software and cloud, computers, robotics and energy.
Current programmes include Magnetar in aerospace, and EchoH₂ and Voltide in energy and mobility. We try to keep what we build affordable, so that access does not depend on someone's background or circumstances.
Two things fund the research: licences for our patents, sold to organisations and individuals, and sales of electric cars, electric bikes, computers and machinery kits to governments, organisations and individual buyers.
Mission. We use technology to work on problems that are hard and worth solving, including climate change, poverty and disease. That is what we want the work to be measured against.
Vision. Advanced technology priced and distributed so that anyone who needs it can get it.
Commitments
- We design what we build so that people without specialist training can use it.
- We keep prices low enough that new technology reaches people who could not otherwise afford it.
- We pick problems we think are worth the effort, even when they are harder to sell.
- We would rather ship something people can use than something that only demonstrates well.
Team
Mantresh Khurana
Founder, MD & CEO
A self-taught programmer and engineer from Bihar, Mantresh founded Spyxpo in 2016 to make advanced technology accessible to everyone.
“The biggest problems need better technology, and it has to reach people who can't pay a premium for it. I started Spyxpo to build that.”
Sectors
Software & cloud
Spyxpo Technologies
The group's incorporated entity. Builds the software, cloud, and AI platforms, and operates spyxpo.com.
Open source · Frameworks · Libraries · IoT · Cloud computing · Storage · Networking · Analytics · Healthcare · Finance
Aerospace
Spyxpo Aerospace
Launch vehicles, propulsion, avionics and flight systems, including the Magnetar programme and everything downstream of it.
Avionics systems · Propulsion systems · Flight control systems · Navigation systems · Spacecraft · Aircraft · Drones · Engines · Flight simulators
Defense & safety
Spyxpo Defense and Safety
Surveillance, detection, access control, and protective systems for defence and public-safety users.
Surveillance systems · Intrusion detection · Access control · Missile detection · Biometric systems · Exoskeletons
Pharma & life sciences
Spyxpo Pharma
Medical devices, diagnostics, and life-sciences instrumentation, built on the group's engineering base.
Diagnostics · Medical devices · Laboratory instrumentation · Health data platforms
Construction & infrastructure
Spyxpo Constructions
Infrastructure, facilities, and the built environment the group's other divisions manufacture and test in.
Infrastructure · Industrial facilities · Building automation · Structural systems
Computers
Spyxpo Computers
Personal and professional computing hardware, from workstations and servers to wearables.
Workstations · Servers · Laptops · Tablets · Smartphones · Wearables
Robotics & automation
Spyxpo Robotics
Autonomous machines, manipulators, and the control stacks that run them.
Autonomous systems · Industrial robots · Manipulators · Control systems · Computer vision
Energy & mobility
Spyxpo Energy
Power generation and storage, and the electric mobility built on it, including the EchoH₂ and Voltide programmes.
Power generation · Energy storage · Electric vehicles · Vehicle control systems · Charging infrastructure
Communications
Spyxpo Communications
Terrestrial and satellite communication systems, networking hardware, and the protocols between them.
Communication systems · Satellite links · Networking hardware · Wireless protocols
Each sector runs as a division of the Spyxpo Group. One company in the group, Spyxpo Technologies Private Limited, is incorporated and the rest are divisions with entities planned. The group structure page says which is which.
Values
- Start from the problem
- We work out what a problem needs before borrowing a solution, and design something new when the existing ones fall short.
- Patent it, then share it
- We patent what we invent and release software as open source where we can.
- Own the work
- Whoever designs something stays responsible for it after it ships, fixes included.