IIoT and Edge computing technologies serving the public transport offering
The density of cities is increasing, the pace of life is accelerating, fossil fuels are becoming scarce and the climate transition is under way … These are serious challenges for urban mobility! In this context, guided public transport is more than ever a lever for the future.
Low consumption Edge Computing, key of success for the IIoT for mobile assets
The monitoring of critical mobile assets deployed in harsh environments – those that require monitoring and increased maintenance – offer the most difficult challenges. Still, these systems are those whose operations require the greatest control and the greatest vigilance.
With the deployment of the “Edge Computing”, the IIoT will finally be able to offer its full potential in unique operating situations involving critical and mobile assets.
Cloud, Edge Computing, in the ear of the IIoT, at what tier should the data processing be better done ?
Faced with the acceleration of global competition, industries in all sectors are driving the main lever of growth that is emerging: the digital transformation.While Cloud Computing, the primary vector of this transformation, has become commonplace in all organizations, Edge Computing is emerging as the key enabler to realize the full potential of the Internet of Things. Cloud and Edge computing are gradually emerging as complementary tiers to provide an optimal level of data processing and storage, according to their purpose and degree of sensitivity.
In the era of the IIoT, Edge computing optimize mobile assets operations
For many business sectors, maintaining mobile assets in operational condition (vehicles, machinery, rolling stock …) is extremely critical. Thought, it is almost impossible to know precisely, in real time and on continuity, the health and the reality of the operating conditions of these equipment’s.
Edge Computing to unlock IIoT barriers in complex environments
Edge Computing’s solutions deliver a processing capability of the most critical data, closer to the point of origin, at the edge of the network, significantly reducing operational latencies. With this model, computing and storage technologies are moved to the periphery of the network to create a new generation of unprecedented IIoT applications, coupling the interest of the short loop and the processing on the field to that of the ex post analysis on the cloud.
Embedded wireless monitoring systems to open up the field of possibilities!
The micro electromechanical systems (MEMS) which consumes less energy, are today more precise and less expensive. Coupled with the evolution of wireless communication technologies, it makes it possible and affordable to set up wireless distributed, multifunctional, smart and communicating systems to capture unpublished data.