ReDrone5G is a collaborative project between Ada Guzey Engineering and the Norwegian University of Science and Technology (NTNU), funded by Horizon Europe under the FIDAL project. Running from May 1, 2025, to February 1, 2026, ReDrone5G explores the integration of real-time video streaming capabilities into drone platforms using advanced 5G Devamı
Short Project Summary ARRAS—Adaptive Robotic Rework System for Automotive Defects—is an intelligent robotic solution developed to detect weld burrs and weld-spatter defects on automotive body surfaces and selectively sand only the areas that require treatment. The completed prototype combines machine vision, artificial intelligence, a protected movable camera, load-cell-based force control, Devamı
The ENSURE project, running from May 1 to November 1, 2025, is being implemented by our company as part of the Horizon Europe-funded dAIEDGE initiative. The project aims to develop next-generation Artificial Intelligence models using Liquid Neural Networks (LNNs) that can adapt in real time to dynamic, unpredictable environments—while remaining Devamı
We are proud to announce the successful completion of the RTwin-CAV (Real-Time Road Digital Twin for Connected Autonomous Vehicle Safety) project, developed with support from the EU-funded TARGET-X program. Building upon our previous work in 5G-enabled autonomous vehicle communication, RTwin-CAV takes a major leap forward by integrating real-time object detection Devamı
In 2022, we participated as a project partner in a pioneering urban air traffic management initiative supported by the European Union. Our contributions to this project included the development of an innovative droneport system that facilitates efficient take-off and landing operations for drones. We also designed GSM-based communication software to Devamı
2014 yılında şirketimiz, insansız kara araçları için formasyon kontrolü geliştirmek üzere çığır açan bir projeye başladı. Bu yenilikçi çalışma, Türkiye Cumhuriyeti Sanayi Bakanlığı’nın prestijli Teknogirişim Sermaye Desteği’ni aldı. Bu proje kapsamında, bu araçlar için yazılım ve formasyon kontrol algoritmalarını başarıyla tasarladık, ürettik ve geliştirdik. Çalışmalarımız, birden fazla insansız kara aracının Devamı
Funded by the European Union’s TARGET-X consortium in 2024, this project focuses on the design, manufacture, and control of autonomous truck prototypes communicating via 5G technology. The goal is to develop a control algorithm that improves both energy efficiency and safety for a convoy of trucks moving together. By leveraging Devamı