Mission Control Software for CubeSat
Mission Control Software (MCS) provides an easy-to-use monitoring and control access to any space mission.
Software defined Radio for Cubesat
Sensing and Communication Applications using powerful and advanced FPGA Technology CubeSats have revolutionized the way scientific community perceive space.
RiGEL UCAV On SWaP Platform
The nation moves into a new era of defence through unparalleled intelligence, surveillance, and reconnaissance (ISR).
Agastya: A DNN Robot
Agastya, an AI robot built on over a decade of DNN research, revolutionizes space security with autonomous drone and aircraft swarms operating without GPS, communication, or pilots.
Our Industry
At Kristellar, we are at the forefront of innovation, combining the realms of aerospace and cyberspace to redefine the boundaries of technological advancement.
Our mission is to push the limits of human potential, enabling exploration, connectivity, and security in these dynamic domains. Join us as we embark on a journey of discovery and progress. Together, we will shape the future of space exploration with advanced technological innovations and research.
"Kristellar Aerospace is a leading aerospace company renowned for its excellence in the industry. With a stellar track record, we specialize in satellite design, integration, and mission support services. Our team of highly skilled professionals combines expertise with innovation to deliver cutting-edge solutions. We are committed to providing exceptional customer service, ensuring prompt and reliable communication at every stage of the project."
Our Products
Our Projects
PROJECT ORiONß
Advancing sustainable human and robotic presence in space by developing AI-driven autonomous systems for 6U LEO satellites, multi-payload integration, and IoT-enabled M2M communication, while exploring translunar space and galactic cosmic radiation for innovative deep-space solutions.
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RiGEL UCAV On SWaP Platform
The RiGEL UCAV leverages advanced machine and deep learning to enhance ISR capabilities by synthesizing vast sensor data more efficiently, while optimizing size, weight, and power (SWaP) to maximize payload efficiency and enable cutting-edge performance in defence operations.
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