Defining the Future with
We conduct research to build core technologies that will power the future intelligent autonomous systems.
We build products to help other researchers/developers accelerate development of next-generation drones.
We run an exciting internship program for young hackers to have fun exploring the world of autonomous systems.
Robot localization, path planning and building and interpreting map of the environment.
Robust control of mobile robots using nonlinear and adaptive control techniques.
Mission planning, trajectory planning, decision making and obstacle avoidance.
Onboard image processing for visual odometry, visual servoing, obstacle detection, object recognition, etc.
Communication between multiple robots for cooperative tasks using centralized or collaborative planning and decision making.
Simultaneous Localization and Mapping for navigation in an unknown environment.
Intelligent robots using AI techniques for planning, perception and learning.
Reconfigurable control strategies for reliable operation in case of partial failure of actuators.
Redundancy in hardware and software with fail-safe mechanisms for safe and predictable operation of robots.
FlytOS is a framework for building high-level drone applications. It is based on Linux and ROS (Robot Operating System) making it an ideal platform for research and commercial drone applications
The vision of FlytOS is to provide a standardised and scalable platform that is drone agnostic, has a solid foundation and simplifies development of commercial drone applications.
JOIN US AND LEAD THE DRONE APPLICATION DEVELOPMENT REVOLUTION.
Flyt is by design open for developers with facility to build drone applications using its open APIs.
FlytPOD is unique flight computer for drones which has a hybrid architecture consisting of a real time component and a companion computer tightly coupled together. It is designed for FlytOS and provides the quickest way to power your drones with this platform.
It has onboard navigation sensors, a WiFi router and several interfaces for custom payloads, radio receivers and special sensors etc. It comes with PX4 and FlytOS preloaded for an out-of-the-box ready-to-fly experience.
After a successful Beta program for FlytPOD we are now moving into production. Support us on our crowd funding campaign as we go live on Indiegogo soon.
We will give you a headstart in developing your commercial drone applications and support you along the way for successful deployment. We offer several services to help commercial drone makers and developers to implement their drone applications by efficiently using FlytOS framework. These range from payload integration, advanced onboard algorithms, custom web/mobile apps to cloud integration etc.
LET’S JOIN HAND AND PUT A DENT IN THE DRONE APPLICATION UNIVERSE!
Nanopilot is a generic navigation and control module with a wide range of navigation sensors (accelerometers, gyroscopes, magnetometer, pressure sensors, GPS) and a powerful processor. All these are packaged in extremely small size and weight, which makes it an ideal autopilot for micro aerial vehicles, and similar systems.
Plot 38, Survey 258, Cross Road 14, Lohegaon Road, Khese Park, Pune, Maharashtra 411032