Sensor Fusion

Our goal as a company is to add
Sensor Fusion
to mobile AI frameworks
enabling a much wider world of useful applications.

Adding sensors that connect via BLE, WiFi or USB type of data exchange
will enable new services that will empower new business models.
A short list of services that can be provided are as follows:
1. Detection of harmful gases around us.
2. Keeping track of our weapons and their usage history.
3. Analyzing the exhaust output of our cars to measure motor condition.
4. Adjusting our motor vehicles for fuel economy.
5. Application specific, modular additions to existing sensor arrays.
6. Emergency and law enforcement logistics optimization services.

Our latest R&D project MyWORLD uses drones (MyDRONE) to assess air pollution.
The obvious advantage over existing stationary stations
is the flexibity of airbone measurements.

To draw attention to our project and to provide children
with first hand insight to new technologies,
the first 5 prototypes have been donated to 5 schools in Ankara.

The flight paths of these initial test runs are planned by children.
MyDRONEs equipped with gas sensors take off from the school yard at noon
where all interested students can partipate in the activity.
After collecting hazardous gas data, MyDRONEs return automatically
to the school yard where students are encouraged to download
the data to our main server.

The flight paths, the schools that participate in the project and the air pollution
assessment data are going to be published on a dedicated web site soon.

Goals of MyWORLD:
5000 MyDRONEs, 3000 Primary Schools, 2000 High Schools, 1.000.000 Volunteers, 12 countries

New Technologies that are introduced to children by MyWORLD:
Drones
Microcontrollers
Gas Sensors
Flight Planning
Data Science

Number of MyDRONEs in use : 5 roaming nodes.
Total number of measurements up to date : 8.441
Number of students actively participating: 1.191
Types of hazardous gases detected: Carbonmonoxide & Carbondioxide
Latest flight plan executed by Haci Omer Tarman Highschool is given below:

As a result of our R&D we have integrated hazardous gas sensors to a drone
architecture resulting in airbourne measurement nodes.

Our R&D efforts are focused on designing very cheap air pollution detectors.
We have met our goal in this project. Each of our measuring nodes are
only 1/20th the price of a stationary measurement station.

The next phases in our MyDRONE projects are as follows:
Phase 1 of project : Working on the completion of the Air Pollution Assessment
Phase 2 of project : Inital design for the Global Warming Assessment
Phase 3 of project : Draft design for the Water Pollution Assessment