ÜSTÜNOVA MÜHENDİSLİK VE ARAŞTIRMA GELİŞTİRME ANONİM ŞİRKETİ

ÜSTÜNOVA MÜHENDİSLİK VE ARAŞTIRMA GELİŞTİRME ANONİM ŞİRKETİ

Türkiye
Hall Number: 6
Stand Number: 6-B08

About

Ustunova Engineering and R&D Inc., established in 2016 in Ankara, is a boutique technology company providing system integration, field engineering, and program management services for the defense, automotive, electronics, and machinery sectors. The company takes part in the development of integrated solutions for complex systems, from subsystem-level to full platform integration. It is active in areas such as autonomous system technologies, model-based design methods, and smart charging software for electric vehicles. By developing real-time, sustainable, and adaptable solutions, Üstünova aims to create added value in both public and private sector projects.

Fields of Activity

Software
Otomatik Test Teçhizatı
Target Detection Systems
Electronic Warfare, Intelligence and
Image Analysis
Tracking / Monitoring
Systems Integration
Unmanned Systems
Jamming Systems
Electronic Support Measures (ESM)
Electronic Warfare (EW) Systems
Electronic Warfare Technologies
Target Acquisition, Identification and Tracking Systems
Reconnaissance, Observation and Intelligence Platforms
Training Platforms
Intelligence and EW Aircraft
Training and Simulation Systems
Electronic Warfare (EW) Systems

Products

eh-mobil-test

The EH Mobile Test System

The EH Mobile Test System is a modular, economical, and scalable solution developed to enhance the efficiency of test activities and reduce costs for Electronic Warfare, Radar, and Communication systems. In line with current technological advancements, the system focuses on verification and validation processes and is designed to easily adapt to various testing needs. Instead of being stationed at a fixed point, the system enables flexible test scenarios through payloads mounted on a mobile test support infrastructure. This approach minimizes the need for maneuvering by the target platform and facilitates accurate testing around it. It also reduces logistical challenges and enables high-precision measurements under field conditions.

gip-1

The Imagery Intelligence Program

The Imagery Intelligence Program is an AI-powered, innovative analysis platform designed for high-accuracy object detection and tracking over large geographic areas. Developed by Üstünova, it is specifically tailored to support critical missions in military intelligence, particularly in naval systems. The platform integrates object detection, geolocation and timestamping, image processing, model training, and verification. It enables the monitoring of ship traffic, coastal activity, and strategic targets using satellite imagery. With its AI-driven architecture, the system provides decision-makers with fast and reliable intelligence, enhancing operational effectiveness.

URDS_screen

Ustünova Radar Display System

t is a display system developed for modern radar systems and can be configured according to end-user requirements. Equipped with components compatible with the maritime environment, it enables easy execution of radar control functions through its user interface software running on the Windows 10 operating system. The system supports target (track) tracking and allows rapid integration with advanced camera systems. Optionally, it can operate with analog radar video signals. It can be delivered with an infrastructure that allows the sharing of radar video, plot, or track data over the network. Designed to meet the demands of contemporary radar operations, the system has been finalized based on end-user feedback.

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System Integration Laboratories (SIL)

We perform verification and validation processes for Air Defense, RADAR, Electronic Warfare, Communication, Satellite, and Space Systems through our in-house System Integration Laboratory (SEL), combining our knowledge, unique design capabilities, and domain expertise. Additionally, we offer unique applications tailored to customer needs, and the System Integration Laboratory is designed and developed accordingly.

Projects

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