Advanced Robotics & Autonomous Systems
Delegate repetitive and risky tasks to autonomous systems.
Autonomous power in patrol, transportation and inspection
Hardware and Software Layers that Make Up the System
Each component works with a certified, redundant and central integration infrastructure at international standards.
Autonomous Patrol and Security Robots *
The robot autonomously patrols designated routes in and around the facility; It detects abnormal situations with thermal / optical cameras and sensors and transmits the event to the control center. It completes human patrols at night and in large areas.
- 360 degree panoramic HD camera and thermal night vision
- Autonomous avoidance of people and objects with LiDAR and ultrasonic sensors
- Face recognition, license plate recognition and unauthorized person/vehicle detection capabilities
- Autonomous return to the charging station and charging when the battery is low
Autonomous Mobile Robots (AMR) and Transport Robots *
Materials, equipment and cargo are transported spontaneously on mapped routes, avoiding obstacles. It reduces transportation time and manual workload in warehouses, hospitals and production areas.
- Industrial load carrying capacities from 100 kg to 1,500 kg
- Transition between floors with smart elevator and automatic door integration
- Dynamic task assignment with warehouse management systems (WMS) and ERP
- Safe compliance with human traffic in factory and hospital corridors
Inspection and Technical Inspection Robots *
Electrical rooms, tunnels, channels and dangerous areas are visited by the robot; Image, heat and gas data are collected. Periodic inspections are carried out at points that are risky or difficult for people to enter.
- Overheating detection in transformers, panels and mechanical lines with thermal camera
- Gas leak, humidity and toxic gas concentration measurements
- Crawler / multi-legged robotic bodies suitable for narrow tunnels and channels
- Automatic reporting and trend analysis of checkpoints
Drone (UAV) Based Monitoring and Control *
Drone; It displays aerial views of hard-to-reach points such as large areas, roofs, facades and perimeter lines. It provides rapid status detection with routing during a planned task or alarm. Use is subject to applicable airspace and permit legislation.
- Take-off, mission and landing systems with autonomous hangar (Drone-in-a-Box)
- Flight to the incident point within seconds in case of perimeter fence violation alarm
- Thermal damage inspection in solar power plants (SPPs) and wind turbines
- Flight recording and telemetry archive fully compliant with airspace regulations
Service and Welcome Robots *
In areas such as hotels, hospitals and offices, welcoming, directing and service transportation tasks are carried out by robots. It saves staff from repetitive work and strengthens the visitor experience.
- Interactive touch screen for guest welcome, floor and room guidance
- Autonomous delivery of refreshments, towels and orders to hotel rooms
- Multilingual voice greeting and dialogue capabilities
- Modern and sympathetic industrial design compatible with the building lobby aesthetics
Robot Fleet Management and System Integration *
All robots are managed from a single software in terms of task assignment, mapping, charging and status monitoring. It works integrated with video management software, alarm, access control and control center; robot events are included in existing scenarios.
- Multi-robot fleet traffic management, collision avoidance and task sharing
- Live video streaming and alarm triggering to VMS security software
- Turnstile and door free passage protocols integrated with access control system
- Status and location synchronization with enterprise management software via API
Advantages of Autonomous Systems
Advanced Robotics & Autonomous Systems Its investment directly reduces operational costs while increasing infrastructure security and efficiency.
Nonstop Mission
Robots operate on programmed routes day and night.
Job security
Robots enter dangerous and hard-to-reach areas instead of humans.
Operational Efficiency
Repetitive tasks become automatic; teams focus on value-added work.
Integrated Operation
Robot events are transferred to the existing security and control center.
Why FAV Technology?
Not a product vendor, but a turnkey integration and sustainability partner.
Right Platform, Right Mission
Robotic platforms without depending on a single manufacturer; We select it according to the task type, field conditions and the need for integration with your existing systems, and verify the application with a pilot study.
- Unbiased technology selection with global autonomous robot manufacturers
- Mechanical body analysis most suitable for the ground, slope and weather conditions of the field
- Open API and ROS (Robot Operating System) compatible architecture
Frequently Asked Questions
Advanced Robotics & Autonomous Systems Questions about infrastructure, standards and corporate application processes.
Applied Sectors
Occupational safety, asset tracking and efficient facility operation.
Detailed Information
Multi-layered protection and command-control in high security facilities.
Detailed Information
Wide area security and remote site monitoring for uninterrupted service.
Detailed Information
Security, announcement and control center integration in heavy passenger flow.
Detailed InformationSolutions Included in This System
Systems do not stand alone; It works together on the axes of operational needs.
Frequently Preferred Together
Advanced Robotics & Autonomous Systems Systems that work fully integrated with and are preferred together in projects.
Let's plan a survey for your project
Let our expert team examine your site and task needs and prepare the appropriate robotic solution and pilot implementation plan.