Desecure combines cameras, radar and alarm monitoring for energy facilities

Desecure Technology combines local engineering and R&D with site-specific system design and the integration of multiple technologies. Its approach brings AI-assisted video analytics, smart cameras, radar and thermal sensing into one security architecture to support early threat detection, fewer nuisance alarms and more effective operations.

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Serving energy and industrial facilities as well as other sectors, Desecure Technology is the technology and engineering arm of an ecosystem that links technical infrastructure with the 24/7 Alarm Monitoring Centre operated by Desecure Private Security.

Digitalisation and AI are shifting security from simply recording events towards integrated risk management. Businesses need reliable threat detection, alarm verification and coordinated responses, not merely more alerts. Desecure Technology, part of the wholly Turkish-owned Desecure group, addresses every stage from surveys and risk analysis to site-specific engineering, technology selection and system integration. The group's round-the-clock monitoring operation completes this end-to-end model, from early detection to verification and response coordination.

Site-specific solutions through engineering and R&D

The company's in-house R&D and engineering team develops security electronics, products and systems. Group software company Deviser contributes software and digital-product capabilities. The portfolio includes Desecure MGS, Desecure Vision, Desecure One and the Desecure Intuitive Alarm System, alongside the Mobile Monitoring Tower (MİK), Mobile Alarm Stand (MAS) and Mobile Monitoring Vehicle (MİA).

Desecure combines its own components with cameras, video-management software, sensing and communications technologies from other manufacturers. It assesses each facility's geography, physical conditions, connectivity and operational risks separately, designing flexible systems rather than limiting projects to one product or supplier.

R&D priorities include AI-assisted video analytics, radar and thermal-camera integration, mobile security systems and early fire detection. At remote solar and wind farms and energy-storage facilities, large perimeters, difficult site conditions, communications constraints and uninterrupted operation are central design considerations.

Security as part of production continuity

Desecure Technology Energy Group Coordinator Ünsal Kütaruk said: “Security at energy facilities is not merely a matter of watching cameras; it is a critical operational process that directly affects production continuity. Solar and wind power plants and energy-storage facilities need to protect large perimeters, remote locations, limited communications infrastructure and critical equipment. Our approach is to design a security architecture suited to each facility's geography and risk profile, reduce nuisance alarms with AI-assisted analytics and ensure that responses to real threats are managed effectively through professional 24/7 monitoring. Our aim is not only to detect threats early but also to make security systems more reliable, efficient and sustainable.”

Early detection and reliable alarm management

Desecure's architectures can use video-analytics scenarios including people and vehicle detection, perimeter breaches, suspicious loitering, camera tampering, abandoned-object detection and number-plate recognition. These functions are configured for the site and its technology components to identify unusual situations early and help security teams focus on priority incidents.

The Desecure Intuitive Alarm System is intended to reduce nuisance alarms caused by moving vegetation, shifting shadows and small objects. The company evaluates security systems not only through camera and analytics specifications but also through the reliability of alerts and how effectively they are managed. Reducing alarm volume can help operators concentrate on important incidents while maintaining operational quality as the number of monitored sites grows, supporting scalable and sustainable operations.

Technical-system alerts are sent to the 24/7 Alarm Monitoring Centre within Desecure Private Security, licensed by Turkey's Ministry of Interior. Operators verify alerts using live images and, when needed, coordinate audible warnings, deployment of site teams and notification of law enforcement. Desecure Technology's integration expertise and Desecure Private Security's monitoring and response responsibilities therefore complement one another.

The model aims to offer more reliable threat detection, centralised management, reportable and traceable alarm processes and long-term operating efficiency.

Employee safety and early fire detection

AI-assisted analytics are also used for employee safety. Camera-based systems can check the use of hard hats, reflective vests, gloves and protective eyewear, and detect entry into hazardous areas, risky proximity between people and moving vehicles, falls and inactivity. The company says these functions support early identification of accident risks and preventive action. DEOSGB, another part of the ecosystem, performs a separate role providing occupational health and safety services.

Early fire detection is another priority. Thermal cameras and AI-assisted analysis monitor temperature changes to identify unusual conditions at power plants, transformer and electrical-panel rooms, storage areas and industrial facilities. Combining radar, thermal imaging and movable-camera systems helps monitor large sites through different sensing methods.

Physical security, technological applications for worker safety and operational risk management are thus considered within a system architecture designed around the facility's requirements.

Solutions presented at EIF 2026

Desecure Technology presented its AI-assisted security technologies at the 20th EIF Energy Transformation Fair, held at Antalya ANFAŞ Fair and Congress Centre on November 5–7, 2026. A gold sponsor of the event, the company attended with Desecure Private Security and DEOSGB to introduce its integrated approach to energy-facility security.

About Desecure

Under the wholly Turkish-owned Desecure umbrella, Desecure Technology undertakes engineering, R&D, system design and integration in security technology. It combines AI-assisted video analytics, cameras, thermal imaging, radar, sensing and mobile-security technologies according to each facility's needs.

Deviser focuses on software development and digital products. Desecure Private Security provides regulated private-security services and round-the-clock alarm monitoring, verification and response coordination through its Ministry of Interior-licensed centre. DEOSGB provides occupational health and safety services. The ecosystem aims to support early threat detection, more reliable alarm management and operational continuity across energy, industry, logistics, mining, healthcare, education and tourism.

Source and images: Desecure Technology press release, November 9, 2026. Product capabilities and operational claims are attributed to the company.