Karel to Showcase Its Integrated Tactical Communication Architecture at SAHA 2026
Digital transformation in the defense industry has brought with it the challenge of managing high-volume, multi-layered data flows. Today, although dozens of radios, sensors, and mission systems operate simultaneously within a modern armored vehicle, these systems often remain isolated “data islands,” limiting situational awareness in operational environments.
One of Türkiye’s leading technology companies, Karel, will present its Integrated Tactical Communication Architecture at SAHA 2026, to be held between May 5-9. Leveraging 40 years of engineering expertise and deep know-how in communication technologies, Karel addresses this fragmented structure with its In-Vehicle Integrated Communication Gateway solution, COMLINE, which unifies all systems under a single digital backbone tailored to the needs of the modern battlefield.
The Core Challenge in the Field: Fragmented Data, Limited Awareness
Traditional approaches in defense communications have long focused on data transmission speed. However, in today’s multi-layered operational environment, the inability of subsystems operating with different protocols to integrate effectively has become one of the most critical challenges faced by personnel in the field.
Within an armored vehicle, numerous components, from radio systems and sensors to mission computers and user terminals, are typically integrated as independent “bolt-on” systems. This approach results in fragmented information reaching decision-makers at critical moments, ultimately slowing decision-making processes.
Karel transforms this fragmented architecture through its integrated communication approach, consolidating all data flows into a centralized and manageable structure. At the core of this architecture, the COMLINE In-Vehicle Integrated Communication Gateway brings together hardware and software layers in a flexible framework, enabling secure and uninterrupted voice, data, and video communication across diverse protocols and electronic subsystems.
Extending Communication from Vehicle to Field: COMBAT and MOBAT Integration
The integrated architecture extends beyond in-vehicle communication. Fully compatible with wearable technologies, particularly Karel’s Operational Headset Team system MOBAT, the system expands operational communication across the battlefield when combined with the COMBAT Private 5G Mobile Network solution.
Leveraging the high bandwidth and low latency advantages of 5G infrastructure, the system establishes a real-time, high-resolution, and secure communication network between command elements inside vehicles and units in the field. This creates a closed-loop, end-to-end controllable communication layer.
As a result, real-time video transmission, location-based tracking, and tactical application sharing can be maintained seamlessly even under the most demanding operational conditions, transforming raw data into meaningful and actionable intelligence.
Interactive Experience Zone at SAHA 2026
At SAHA 2026, Karel will present this integrated architecture within an interactive experience zone, allowing participants to engage directly with the system.
Visitors will have the opportunity to observe how different subsystems on a vehicle are managed from a single center, how the architecture integrates with solutions such as MOBAT, and how 5G infrastructure enhances operational speed, flexibility, and effectiveness in the field.
“Integration Capability is the Defining Factor of Next-Generation Operations”
Karel Defence Technologies Group President Yavuz Bayız commented: “In the defense ecosystem, technological superiority is now measured by the level of integration between systems. At Karel, we develop integrated architectures that ensure uninterrupted and secure communication among all elements in the tactical field, accelerating decision-making processes. With our 40 years of engineering expertise, these solutions provide an indigenous and secure communication infrastructure that reduces external dependency. Our In-Vehicle Integrated Communication Gateway solution directly addresses the need for integrated management in the field with its future-ready architecture. At SAHA 2026, we will share this approach with all stakeholders in the defense ecosystem. Superiority in the future operational environment will be defined by integration among systems.”
Karel’s Avionics System Solutions Also at SAHA 2026
Karel will also introduce its avionics system solutions at SAHA 2026, drawing attention with critical components developed for air platforms.
Among these are the Backup Flight Indicator (BFI), Full Authority Digital Engine Control (FADEC), and Countermeasure Dispensing System (KTAS), which provide essential capabilities in ensuring flight continuity, engine management, and protection against threats.
Advanced Technology Solutions for Today’s Operational Environment
Karel Advanced Technologies, the company’s next-generation technology initiative, will also be present at SAHA 2026 with solutions designed to meet the needs of modern operational environments; systems that are compact, lightweight, low-power, and rapidly deployable in a cost-effective manner.
With its independently operable multi-channel architecture, wide instantaneous frequency coverage, and high-speed sampling and signal processing capabilities, the company’s digital receiver developed over the past two years can respond effectively to the needs of modern missiles and manned/unmanned platforms.
The company also highlights its DRFM-based jamming system, featuring minimal signal delay and a wide range of jamming techniques, as ready for deployment in various applications. Additionally, Karel will showcase expendable devices and systems developed for testing radar, RF seekers, and electronic support systems on unmanned platforms during both development and operational phases.
