Trailblazing Innovation: OPKIS Sets the Standard in Autonomous Management and Oversight Solutions
Our Automated Platforms Oversight & Evaluation System (OPKIS), crafted for unmanned and autonomous surface vehicles, has garnered the Creative and Innovative Product Award in the “Large Corporation” division by the Turkish Electronics Manufacturers Association (TESID).
Reliable Control and Monitoring: The Future Technology
OPKIS delivers an exceptional solution that enhances safety and functionality in autonomous systems. The system guarantees the remote oversight and management of vital operations such as energy control, crane management, and encoder analytics. In instances of power failures or unauthorized activities, OPKIS autonomously transitions to emergency mode and carries out predefined actions proficiently.
Initial Implementation: SANCAR SİDA Initiative
OPKIS was initially deployed in the SANCAR Armed Unmanned Surface Vehicle (SİDA) initiative. It is engineered as an exceptionally versatile product for all surface vessels and offshore energy production systems demanding autonomous capabilities.
Extensive Features
OPKIS provides the following functionalities for unmanned surface vehicles and other autonomous platforms:
- Remote Platform Energy Oversight: Automated initiation during power disruptions and emergencies.
- Payload and Subsystem Oversight: Seamless functionality of all components and systems.
- Remote Crane Management: Autonomous solutions for secure and efficient crane operations.
- Emergency Operations: Emergency override mode, automatic software reset, and manual control options.
- 100% Domestic Design: Proudly developed in Turkey, adhering to MIL-STD-810F standards.
- Autonomous and Manual Operation: Adaptability with both manual and autonomous functioning choices.
Prepared for Tomorrow
OPKIS signifies a revolutionary advancement in autonomous systems, spearheading the progress of Turkey’s defense and energy industries. It is customized to fulfill the needs of both military and civilian sectors for autonomous platforms.
