We offer advanced connectivity solutions that transform vehicle data into valuable information, driving decision making and the transition to a DDDM (Data Driven Decision Making) industry model based on Big Data and Artificial Intelligence.
We have an advanced real-time monitoring system that drives data-driven decision making and optimises vehicle operations. Among its advantages is the possibility of carrying out repairs during the route, ensuring greater efficiency and continuity of service.
Thanks to remote diagnostics, technicians can identify failures and apply solutions without having to stop service completely. This not only improves vehicle availability, but also allows service and productivity levels to be maintained even in unplanned situations.
Our proposition covers from new business models and high-value services to intelligent logistics, predictive maintenance, and after-sales support. All this translates into customer loyalty, a better user experience and continuous optimisation.
Another key to Cojali's system is its ability to anticipate mechanical troubleshooting before they happen.
Through predictive maintenance, the platform detects signs of wear and tear or potential failures, enabling action to be taken before serious damage.
In addition, this approach facilitates the planning of future maintenance actions, optimising workshop resources, and minimising vehicle downtime.
We have an advanced asset monitoring system with remote diagnostics, supported by an expert team in automotive, business analytics and Big Data.
From the deployment of these systems, we collect and structure relevant data to offer tailor-made solutions and 360° after-sales services.
We offer end-to-end digital solutions designed to interconnect manufacturers and workshops, enabling complete vehicle life cycle management. This technology ensures compliance with R155 and (EU) 2018/858 RMI regulation, providing secure and controlled access to technical data, software updates, and certified documentation.
We developed an integrated environmental monitoring system for urban vehicles, converting them into mobile air quality measurement stations and enabling them to generate key data along their daily routes.
This type of OEM solution offers a differential added value to urban operators, enabling them to provide their cities with a new mobile network of sensors that provide real-time information on the city's air quality, as well as on the user experience inside the bus hall.
We develop and manufacture the on-board devices that allow the fleet to be monitored, including the design of their electronic boards and the complete hardware.
We accompany the customer from the definition of needs to final production, ensuring that each piece of equipment meets the functional and operational requirements of the connected environment.
Each unit undergoes stringent quality controls and a final EOL check, ensuring reliability and performance prior to installation in the vehicle.