Unified APIs
Significant reduce your development time and increase code reuse. Thanks to unified APIs for onboard, cloud and web/mobile applications.
Interoperability
Work with any programming language, companion computer, payloads, sensor, actuator and cloud service to build drone application for any vertical.
Drone Simulator
Powerful simulator to help you test your complete drone application, without access to drone hardware, or the need to step outdoors.
Enterprise Scalability
Variety of deployment options, built-in security and scalability features, allow you to plan and deploy solutions to meet complex enterprise requirements.
Drone Navigation under 10 lines of code
FlytBase is helping developers, with no prior drone expertise, to start building custom drone applications in no time. All the complexities of drones are abstracted out in the form of easy-to-use, intuitive APIs.
#include <cpp_api/navigation_bridge.h>
Navigation nav;
nav.take_off(3.0);
# create flyt_python navigation class instance
from flyt_python import api
drone = api.navigation()
# wait for interface to initialize
time.sleep(3.0)
# takeoff over current location
drone.take_off(6.0)
var msgdata={};
msgdata[“takeoff_alt”]=5.00;
$.ajax({
type: “POST”,
dataType: “json”,
data: JSON.stringify(msgdata),
url: “https:///ros//navigation/take_off”,
success: function(data){
console.log(data.success);
console.log(data.message);
}
};
var takeoff = new ROSLIB.Service({
ros : ros,
name : ‘//navigation/take_off’,
serviceType : ‘core_api/TakeOff’
});
var request = new ROSLIB.ServiceRequest({
takeoff_alt: 5.00
});
takeoff.callService(request, function(result) {
console.log(‘Result for service call on ‘
+ takeoff.name
+ ‘: ‘
+ result.success
+’: ‘
+ result.message);
});
rosservice call /flytos/navigation/take_off “takeoff_alt: 3.0”
Drone Navigation under 10 lines of code
FlytBase is helping developers, with no prior drone expertise, to start building custom drone applications in no time. All the complexities of drones are abstracted out in the form of easy-to-use, intuitive APIs.
#include <cpp_api/navigation_bridge.h>
Navigation nav;
nav.take_off(3.0);
# create flyt_python navigation class instance
from flyt_python import api
drone = api.navigation()
# wait for interface to initialize
time.sleep(3.0)
# takeoff over current location
drone.take_off(6.0)
var msgdata={};
msgdata[“takeoff_alt”]=5.00;
$.ajax({
type: “POST”,
dataType: “json”,
data: JSON.stringify(msgdata),
url: “https:///ros//navigation/take_off”,
success: function(data){
console.log(data.success);
console.log(data.message);
}
};
var takeoff = new ROSLIB.Service({
ros : ros,
name : ‘//navigation/take_off’,
serviceType : ‘core_api/TakeOff’
});
var request = new ROSLIB.ServiceRequest({
takeoff_alt: 5.00
});
takeoff.callService(request, function(result) {
console.log(‘Result for service call on ‘
+ takeoff.name
+ ‘: ‘
+ result.success
+’: ‘
+ result.message);
});
rosservice call /flytos/navigation/take_off “takeoff_alt: 3.0”
Why use FlytBase IoD Platform?
Most Advanced Platform
Designed for widest compatibility and scalability
Time to Market
Develop and deploy complex solutions 10x faster!
Focus on Business Logic
Let FlytBase manage the complexities of hardware
Secure
Enterprise-grade security built into every element
Stable
Used by 1000’s of developers across the world
Rich Documentation
Detailed documentation, API reference and code templates
Dedicated Forums
Active forums for quick help with any issue
Priority Support
We are there to ensure that your work gets done
Why use FlytBase IoD Platform?
FlytOS
Setup companion computer real quick
FlytOS is an drone operating system which is built on ROS (Robot Operating System) and Linux, making it an ideal platform for research and commercial drone applications. It interacts with the drone / autopilot (flight stack) and exposes high level FlytAPIs in ROS, C++, Python, REST and Websocket. These rich set of APIs allow for easy development of onboard business logic as well as remote monitoring and control through web and mobile apps.
FlytOS
Setup companion computer real quick
FlytOS is an drone operating system which is built on ROS (Robot Operating System) and Linux, making it an ideal platform for research and commercial drone applications. It interacts with the drone / autopilot (flight stack) and exposes high level FlytAPIs in ROS, C++, Python, REST and Websocket. These rich set of APIs allow for easy development of onboard business logic as well as remote monitoring and control through web and mobile apps.
FlytSIM
Simulate and test drone apps
FlytSIM provides a 3D software simulation environment for FlytOS. Applications developed using FlytAPIs can be tested in FlytSIM, before deploying on actual drones. This offers developers a pleasant drone application development experience while keeping it safe, and saving them huge amount of time and effort.
FlytSIM
Simulate and test drone apps
FlytSIM provides a 3D software simulation environment for FlytOS. Applications developed using FlytAPIs can be tested in FlytSIM, before deploying on actual drones. This offers developers a pleasant drone application development experience while keeping it safe, and saving them huge amount of time and effort.
FlytCloud
Get real-time access and control over cloud
FlytCloud provides APIs for real-time secure access to drone navigation, payload, and telemetry over 4G/LTE. It also provides easy integration with a variety of 3rd party apps to help developers create custom workflows to suit different business needs.
FlytCloud
Get real-time access and control over cloud
FlytCloud provides APIs for real-time secure access to drone navigation, payload, and telemetry over 4G/LTE. It also provides easy integration with a variety of 3rd party apps to help developers create custom workflows to suit different business needs.
Virtual Drone
Drone simulator on cloud
One click access to simulator instance for drone developers. Test cloud applications in a safe and secure environment, resolve issues and accelerate your development process.
Virtual Drone
Drone simulator on cloud
One click access to simulator instance for drone developers. Test cloud applications in a safe and secure environment, resolve issues and accelerate your development process.
FlytAPIs Reference
API reference documentation for FlytBase
Find details of all the FlytAPIs with their description, parameters and usage examples. API bindings are available in C++, Python, JS REST, JS Websocket, ros-cli, roscpp and rospy.
FlytAPIs Reference
API reference documentation for FlytBase
Find details of all the FlytAPIs with their description, parameters and usage examples. API bindings are available in C++, Python, JS REST, JS Websocket, ros-cli, roscpp and rospy.
FlytSDK
Drone SDK for Web and Mobile
FlytBase Drone SDK (aka FlytSDK) for Mobile/Web Applications provides the right tools for developers to jumpstart their Drone App building process. Using the available Drone APIs (aka FlytAPIs) developers can build a variety of drone applications as per their requirement.
The SDKs have Web and Android libraries pre-integrated. So, the developers don’t need to worry about including related libraries or initializing the socket connection. They get a basic setup ready with a template for the REST or Socket calls.
FlytSDK
Drone SDK for Web and Mobile
FlytBase Drone SDK (aka FlytSDK) for Mobile/Web Applications provides the right tools for developers to jumpstart their Drone App building process. Using the available Drone APIs (aka FlytAPIs) developers can build a variety of drone applications as per their requirement.
The SDKs have Web and Android libraries pre-integrated. So, the developers don’t need to worry about including related libraries or initializing the socket connection. They get a basic setup ready with a template for the REST or Socket calls.
FlytPi
Developer Starter Kit
FlytPi Starter Kit is a turnkey companion computer pre-loaded with FlytOS Commercial Edition and FlytCloud Subscription. FlytPi is compatible with Pixhawk, Pixhawk2/Cube, DJI A3/N3, Matrice 100, Matrice 600 and Matrice 210.
FlytPi
Developer Starter Kit
FlytPi Starter Kit is a turnkey companion computer pre-loaded with FlytOS Commercial Edition and FlytCloud Subscription. FlytPi is compatible with Pixhawk, Pixhawk2/Cube, DJI A3/N3, Matrice 100, Matrice 600 and Matrice 210.
Other Resources
Other Resources
Turnkey POC Solutions in 2 to 6 Weeks
Engage our Applications Team to build/configure a complete PoC to meet your custom requirements, better and faster. Deliverables of a PoC include, custom web/mobile/cloud application, FlytOS licenses, FlytCloud subscription, consultation on drone hardware and payload selection, and support for complete integration.
Turnkey POC Solutions in 2 to 6 Weeks
Engage our Applications Team to build/configure a complete PoC to meet your custom requirements, better and faster. Deliverables of a PoC include, custom web/mobile/cloud application, FlytOS licenses, FlytCloud subscription, consultation on drone hardware and payload selection, and support for complete integration.