Autonomous
Industrial monitoring

During a routine patrol or guided to a target, the robot takes temperature measurements with thermal sensors. The gathered information is easily accessible from Reality Twin.

During patrols or targeted missions, the robot photographs mechanical and digital displays, collecting critical readings from gauges. This allows for immediate analysis of pressure, temperature, and other essential metrics.

The robot performs thermal inspections and vibration detection to identify overheating components and abnormal vibrations. Operating safely in hazardous or difficult-to-reach areas, it collects real-time data to prevent failures and ensure equipment reliability.

Our robots accurately detect and monitor various gases to ensure safe operating conditions. They provide real-time alerts and continuous data analysis, helping prevent leaks, safeguard personnel, and comply with environmental regulations.

Designed to detect partial electrical discharges in insulation or electrical equipment, the robot can promptly spot issues that could lead to equipment failure. This early detection helps avoid more significant power disruptions or damages.

The robot performs routine inspections of mechanical components, capturing high-resolution images and using sensors to assess their condition. This is vital for ensuring that machinery operates smoothly and efficiently.

Robust traversal, obstacle avoidance, and safe interaction with humans. Our system uses sensor data and efficient path planning to ensure autonomy in complex environments, with custom recovery behaviours for tight spaces.

Our outdoor surveying robots navigate complex environments with ease. Using advanced sensors and AI algorithms, the robots detect and avoid obstacles in real-time, ensuring smooth and uninterrupted operation. This capability not only improves safety on the job site but also increases the reliability and effectiveness of your surveying missions.

The data collected is processed and analyzed in real-time, providing immediate insights and reducing the time between data collection and decision-making.

Enable your robots to navigate multi-level structures with precision. From mapping each floor to autonomously transitioning between levels via stairs, slopes, or elevators, our system ensures efficient and adaptable navigation, unlocking new possibilities for robotics deployment in diverse environments.

We ensure full data sovereignty within the EU. All hardware, network, and data centers are EU-based. Each robot and cloud instance uses unique certificates for encrypted, signed communication. Robots operate in isolated VPN subnets with no cross-access. Images are anonymized before cloud upload. Karelics Cloud features SSO with 2FA and strict role-based access—only customer-approved staff can access data.