Dashcam comparison for video telematics
Three out of ten engines run on stolen fuel. How did Neotecnik decide to stop this problem?
Sales force
Track and digitize sales force operations
Advanced fleet management
Success story: Optimization and Maintenance Control
Program and manage all fleet maintenance and generate budgets without the need for additional personnel
Security for all types of assets
GPS tracking focused on security: 2023 guide
Discover the top 20 solutions and tools for tracking, security, and end customers
Analysis and increase of productivity
Use case: Optimizing operations in mining
Discover how a virtual copilot in MDT terminals meets safety regulations and optimizes operations
Asset performance optimization
Use Case: Cold chain traceability with Bluetooth
How efficient cold chain control drastically reduces losses and damages to goods?
The full potential of RedGPS in a smartphone
Benefits of a Tracking App for your clients
One of the most critical activities in logistics management is asset control...
Operational business task management
Manage all aspects of your business
Partners is the platform for RedGPS clients and distributors from which they can manage all...
Hardware Integrations
Success story: Detect and prevent fuel theft
Three out of ten engines run on stolen fuel. How did Neotecnik decide to stop this problem?
Community
Why do GPS tracking companies migrate platforms?
With the right tools and guidance, migration represents an improvement in the service you provide to your customers and strengthens your position against the competition
The Cipia FS10 is a telematic video device compatible with driver monitoring systems (DMS). It is available with or without LTE connectivity and offers an optional ADAS (Advanced Driver Assistance Systems) camera. Using Artificial Intelligence (AI) and with the help of an infrared sensor, the FS10 tracks the position of the driver's head, eyelids, and gaze direction to provide a real-time assessment of the driver's state (alert, distracted, drowsy), actions (smoking, seatbelt, and holding a phone), and identity (recognition of enrolled drivers). The device uses visual (LED), audio, and voice alerts to provide the driver with real-time alerts when dangerous actions such as fatigue, distraction, holding the phone while driving, etc. are detected. The Cipia FS10 reports to the platform and sends customized alerts of the vehicles to the fleet manager/dispatcher, which can be scheduled by type and frequency from the platform. The AI software reduces false alerts, eliminating the need for manual reclassification of alerts. The device detects real-time camera manipulation and calibration loss to notify the fleet operator and enable a quick response to the situation. The collected data allows for driver identification and improves workforce management. This device can be configured at various levels to meet the needs of each fleet.
