Startup projects 2024

The project involves a winged kamikaze drone that operates without GPS in the designated area. It identifies enemy targets using a forward-mounted camera and artificial intelligence, and sends queries to the base based on the images. The operator directs the drone towards a target. The drone neutralizes the target using its onboard explosive.
The VTOL drone is designed for radioecological monitoring. After the areas in Karabakh have been cleared of mines, conducting radioecological monitoring there requires a lot of time and effort. We have developed a system which allows us to save a significant amount of time.
The project is a mini kamikaze quadcopter drone. After takeoff, it autonomously identifies targets and, according to the operator’s wishes, attacks and destroys both moving and stationary targets.
The Rescuer UAV is designed for locating the position of injured personnel on the battlefield and sending their coordinates to the command center, as well as delivering up to 1 kg of combat payload and initial medical supplies. Additionally, the UAV can manually return to its unit if GPS is affected by external interference.
The project involves an electric and remotely operated robotic machine, designed for use in areas that could pose a threat to human life. It is intended for mine detection and reconnaissance operations conducted through unmanned aerial vehicles.
Its purpose is to ensure the safe movement of personnel in mine-contaminated areas. It operates through an easily portable control unit and sensors placed in the sole of the boot. When a mine is detected, the device transmits a signal to a speaker or headphones.
We are working on a nano (micro) class unmanned helicopter project designed for use in search, rescue, and surveillance operations in confined and restricted areas, suitable for both military and civilian use. The project includes a flight control computer, a handheld controller, and a ground station. Kamikaze versions with swarm flight capabilities are also available.
A device that ensures the ecological cleanliness of water and prevents people from drowning.
The device is designed to convert unstable voltage from 30-360 volts (50-680 volts linear) to a stable 230 (380) volts 50 Hz and eliminate reactive components. It operates in both single-phase and three-phase networks, with a response time of zero seconds, ensuring stable output during sudden voltage changes.
"TerraScan" is a mine-detecting robot that identifies explosives and transmits data to an interactive map. The robot, which moves easily across large areas, offers an innovative solution to safeguard human life. The "TerraScan" prototype provides high effectiveness at a low cost.
Combat-purpose drones that are easily portable for soldiers, AZ X, and compact anti-drone systems. The user quickly activates the equipment, bringing it into combat-ready mode. Remotely controlled drones strike distant targets with precision, neutralizing them.
SenseSpace is an alternative coordinate determination system that ensures continuous operation of drones and robotic systems when GPS is disrupted. It is equipped with advanced anti-jamming technology. Additionally, a high-frequency military radio communication system is available, providing individuality and independence in the country’s military networks.
Polygraf AI delivers advanced AI solutions for data verification and privacy, using specialized language models focused on privacy-centric understanding. It modernizes outdated DLP systems with context-aware AI to prevent data breaches and strengthen data governance. 
We offer a sustainable approach to pest control by reducing the use of toxic substances. Our eco-paraffin is a revolutionary solution that uses purified paraffin products to combat pests. The Smart Paraffin System ensures the safety of both people and the environment while preserving the health of plants.
Our platform allows clients to test the security of their systems with the help of professional hackers. When hackers identify vulnerabilities based on rules set by the client, they receive a reward. At the same time, clients use the information they gain to strengthen their security strategies and reduce future risks.
Our drone (M1) will be used for military operations, such as reconnaissance and loitering munition. It will be equipped with Artificial Intelligence system. 
The robot, designed to combat marine debris, collects waste from the sea surface. Its small size allows it to reach difficult areas and gather waste in a special bag attached to its back. The bag is made of non-toxic material and is capable of collecting oil and liquid waste.
Laser communication, or free-space optical communication (FSO), involves transmitting data using a focused beam of light, often through the atmosphere or space. The laser beam acts as a carrier wave that can carry digital signals over long distances.
The model satellite consists of a payload that collects data from sensors and transmits it to the ground interface. The satellite is divided into two parts: the carrier and the payload. After being launched to a height of 700 meters by a rocket, the two parts autonomously separate at 400 meters and descend by parachute. Telemetry and video footage are transmitted to the ground station.

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