DISTRIBUTED ARCHITECTURE
Beyond a single location
Aiming to create a distributed defence network with elements positioned across different locations.
DEĞİRMENCİ SAVUNMA / KEREDE
A NEW
APPROACH TO
AIR DEFENCE.
Multi-FPV Air Defence System.
An AI-assisted, distributed and dynamic approach to low-altitude air defence.
KEREDE MULTI-FPV AIR DEFENCE SYSTEM01 / OUR FEATURED PROJECT
NEW CHALLENGES.
NEW APPROACHES.
KEREDE is a multi-FPV system project being developed for low-altitude air defence.
The project aims to combine radar detection, an AI-assisted decision layer and a distributed platform approach. It focuses on a defence architecture that can adapt to changing needs without relying on a single location.
DEVELOPMENT STATUS Prototyping and validation
SHARED DECISION LAYER
Multi-platform coordination
Aiming to bring radar and compatible sensor inputs together with AI-assisted decision software in a shared architecture.
MODULAR DESIGN
Designed for integration
An approach to a scalable defence layer that brings sensor, software and platform components together.
PROJECT NOTE
The features presented here describe project development objectives. Performance and field capabilities are planned to be validated through controlled testing.
02 / GET TO KNOW KEREDE
FROM AN IDEA
TO A NEW VISION.
Discover the project approach in our introduction video. Original Turkish-language presentation.
KEREDE / INTRODUCTION VIDEODEĞİRMENCİ SAVUNMA
03 / ABOUT US
DEVELOPING
FOR DEFENCE.
DEĞİRMENCİ SAVUNMA
We develop and manufacture products for the defence industry.
Based in Samsun, Türkiye, we focus on technologies that address current needs. KEREDE is one of the key projects reflecting this approach.
The next step is to progress from simulation to a controlled field prototype through technology, testing and development partnerships.
TECHNOLOGYMANUFACTURINGPARTNERSHIPS
04 / DEVELOPMENT ROADMAP
STEP BY STEP.
TOWARDS A PRODUCT.
The planned development process for KEREDE.
A focus on technical validation at every stage.
System architecture
Designing the architecture for radar, decision software and multi-platform coordination.
Digital simulation
Validating different scenarios in a simulation environment.
Subsystem prototypes
Integrating sensors, command-and-control and communications components in a controlled environment.
Controlled testing
Measuring performance and validating the technology at a safe test site.
Pilot and product development
Defining field-pilot and product-development requirements through user feedback.
05 / CONTACT & PARTNERSHIPS
LET US BUILD
THE FUTURE.
TOGETHER.
For partnerships in technology, test infrastructure and project development.
COMPANY DETAILS
Çalışan Bilişim ve Telekomünikasyon Tic. Ltd. Şti.
PHONE
ADDRESSCumhuriyet Mahallesi, İsmet İnönü Bulvarı No: 259-E, Atakum / Samsun
TAX DETAILS
VIEW ON MAPGaziler Tax Office · Tax ID 2260669274