Chain of acquisition, supervision and expertise of sensor data

Ensure real-time monitoring of the transport of risky materials, to prevent their dissemination following an accident or a malicious act.

For more than 10 years, IT Link teams have been developing various tools to meet operational needs for the acquisition, centralization, supervision and expertise of sensitive events reported from remote sites.
Committed since the development of a first detection beacon by our client, IT Link began by developing a system for acquiring data from a network consisting of a single type of detectors and a remote tool for monitoring the alarms generated by it.
The second phase consisted in generalizing the solution to different types of sensor networks, presenting various formats and exchange protocols. This industrialization phase led to the definition and establishment of an interoperable and secure database, its power services, as well as the sizing of the supervision tool to the new capabilities of the networks deployed. Data arrival simulation tools have also been developed to ensure the robustness of the solution with respect to probable crisis scenarios.
The third phase consisted in developing expertise tools to support decision support in a stressful context requiring significant reactivity.
This suite of tools also makes it possible to populate a repository of simulations representative of realistic situations, in order to characterize the risk elements detected.
Committed since the development of a first detection beacon by our client, IT Link began by developing a system for acquiring data from a network consisting of a single type of detectors and a remote tool for monitoring the alarms generated by it.

The second phase consisted in generalizing the solution to different types of sensor networks, presenting various formats and exchange protocols. This industrialization phase led to the definition and establishment of an interoperable and secure database, its power services, as well as the sizing of the supervision tool to the new capabilities of the networks deployed. Data arrival simulation tools have also been developed to ensure the robustness of the solution with respect to probable crisis scenarios.

The third phase consisted in developing expertise tools to support decision support in a stressful context requiring significant reactivity.

This suite of tools also makes it possible to populate a repository of simulations representative of realistic situations, in order to characterize the risk elements detected.