Events & Activities

In the category organized by ASELSAN, we developed a secure satellite communication prototype using post-quantum cryptography and hardware-based QRNG. The system provides quantum-resistant key generation and low-latency encrypted data transmission, earning 3rd place in the competition.

Pulsar AMR was selected as a finalist with its autonomous industrial logistics capabilities, featuring real-time mapping, sensor fusion, micro-ROS–based subcontroller communication, and AI modules running on the Jetson Orin platform. The system includes dynamic path planning, obstacle avoidance, and Karakuri-compatible load handling.

We achieved 2nd place at the GSB International Youth Information Hackathon with a smart information platform designed to improve young people’s access to digital resources. The solution delivered strong social impact through a user-centric interface and real-time content recommendation features.

We developed a comprehensive energy-tech ecosystem combining real-time grid data processing, time-series analytics, machine learning models, and both mobile and web interfaces for fault detection, load analysis, and operational optimization. This AI-powered platform earned us 3rd place at the MEDAŞ E.TAP Energy Technologies Hackathon.

Within the Riders Sandbox environment, we developed autonomous control algorithms including A*-based path planning, battery management, obstacle and collision avoidance, sensor fault handling (Lidar, IMU, Barometer, Magnetometer), and multi-vehicle task control—enabling the Cezeri, Cargo, and Firefighting vehicles to complete all mission scenarios successfully. This real-time decision-making system, integrated with a 6-DOF flight model, earned us 6th place in the competition.

With our project GÖKS (Priority-Based Intersection System), we developed a real-time, sensor-driven traffic management solution designed to minimize delay for emergency vehicles such as ambulances, fire trucks, and police units at intersections. By automatically detecting priority vehicles and dynamically optimizing traffic light phases, the system earned us a finalist position in the TEKNOFEST Humanitarian Technology category.

Yengeç, developed for military reconnaissance missions, is a 6×6 autonomous ground vehicle featuring fully independent wheel control and a front-wheel lifting mechanism that enables effective obstacle climbing, providing high mobility and durability in challenging terrain conditions.