While the investments in the defense industry of many countries in the world have increased, the importance of these vehicles in the fight sources increases from day to day with the contribution of the UAVS.
More than 80 companies from the countries took part in the “Innovation Hackathon 2025” competition organized by NATO to promote advanced technology solutions for two use in defense and security areas.
Metu Computer Engineering Department Faculty member and robotics and artificial intelligence Technologies Research and Application Center (Romer) Director Assoc. Dr. Erol Şahin and Aksaray University. Faculty member Veli Bakırcıoğlu developed a module called “Streik”, which was inspired by bees that were inspired by the defense strategy, and analyzed the approximate position of the goal after the attack on UAVs.
Selected by the jury to the top 10
The module with which data processing and artificial intelligence -supported analysis can successfully complete the exercise.
With this module, which was developed to sharpen an operational awareness on the battlefields, Turkish academics were elected to the top 10 by the military end users, sectors and academic experts from NATO, and an international jury consisting of innovation representatives.
In addition, the company was encouraged to apply for the Diana program that supports the development of double consumption technologies for NATO, which supports civilian and military purposes in the Allied countries, and academics were invited to the panel of NATO Science and Technology Organization (STO) Information systems (acts) to the research activities in connection with UAVS and related technologies and related technologies.
“The module works completely independently of the drone”
The director of Metu Romer, Sahin, said in an explanation that NATO NATO NATU -TECHT -oriented technologies to have set up the first 10 with the company with the company and the company, he said.
When Şahin points out that drones are often used in battle areas and play very critical roles, he pointed out that the greatest weaknesses of the drones against the fire opened by the ground are very fragile.
In order to increase the safety of the drones, honeybees are inspired by the Sahin defense mechanisms, Sahin gave the following information:
“A honey bee does not contain a threat to one person, they can easily kill them. However, if the honeybee gets up, there is a small vesicle on the needle that it leaves behind, and there is an alarm pheromone. We have developed modules and this module works completely independently of the drone.
After gluing this module on the drone, we can calculate the direction and influence the acceleration values taken at this moment if it is the direction and violent due to a fever opened by the ground. After you have calculated this, you can publish the position of the attacker for future forces and other drones, even if the drone falls to the ground. In this way, the enemy remains in two distinctions when they send the drone. Either he is seen by the drone camera or if he downloads it with a ball, he will mark his place. This will increase the areas of use and the advantages of drones more. “
“Our investment search work continues”
Assoc. Dr. Sahin, Nato'nun, supported the products to improve the Diana program products.
Sahin explained that the door of many means and investments will be opened thanks to the support, Sahin said: “A patent was submitted in Turkey in Turkey. Our efforts to increase the technology preparation level a little more and make it a product, and our investment search for it continues.” he said.
In the emphasis that the module is independent of the products, there are many companies that produce drones. However, if this module is installed, the drone will increasingly increase. Therefore, it will be a system that can be placed on everything as a separate product. rated.
Sahin, the module can be integrated into different air or land vehicles, he added.
“We added artificial intelligence model to increase the accuracy rate”
Bakırcıoğlu, faculty member of Akksaray University, said the module was developed with Tübsytak -supported project.
Bakırcıoğlu found that there is a trend towards autonomous systems in the world, and said: “Our system is a module that we can call these autonomous systems as a safety layer to improve its skills.” He said.
After the competition, Bakırcıoğlu said that they took part in the exercise organized by the presidency of the defense industry, said:
“In the exercise in which we participated, our module was under the live fire on the drone. When the drone was shot, the aspect and position of the attack began to publish it and began to publish this exercise and have successfully completed this exercise. However, we discovered some deviation levels of the drone.
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