As some of you might have noticed, we announced the production release of FlytOS about a week ago. FlytOS provides a framework to quickly start building your drone applications, such as, video streaming, cloud connectivity, machine learning, computer
Read more…After months of extensive testing, we are happy to announce the first stable release of FlytOS. This allows you to use Pixhawk/APM/PX4 with a wide range of companion computers (Intel Edison, Nvidia TX1, RasPi 3, Odroid, etc.) and quickly start buildi
Read more…We are excited to announce the release of FlytSIM v0.4-2, which offers several new features, complete FlytAPI compatibility, performance optimisations and minor bug fixes.
To download FlytSIM, please visit: http://flytbase.com/flytos/#flytsim
Instructi
Read more…We are excited the announce the release of a major update to FlytOS, with new features, bug fixes and safety add-ons. As always, please update your drones on priority!
To download FlytOS, please visit: http://www.flytbase.com/flytos
For instructions on
Read more…Over last few years, the core technologies of stabilization and control of drones, turning them into fully-autonomous systems (way point navigation), have matured and have received wide adoption. A variety of drones and off-the-shelf autopilots are a
Read more…We have been building FlytOS to serve as a framework for companion-computer based drone applications development. FlytOS is now available for download here: http://flytbase.com/flytos/
It is built on ROS, and offers C++, Python and ROS APIs for naviga
Read more…FlytOS is a framework for building high-level drone applications, such as, aerial delivery, precision agriculture, surveys, photography, industrial inspections, disaster management.
It is built on ROS (Robot Operating System) and Linux, making it an i
