Abstract: A device for determining a carbon footprint of a computing infrastructure in real time, including a collector that collect equipment data that includes, for each computing equipment, a measurement of its energy consumption and its time-stamped location, a receiver that received, for each site, a carbon intensity value provided by an electricity supplier of the each site, and a consolidator that associated a carbon intensity value of the each site with each computing equipment according to the time-stamped location of the computing equipment. The consolidator calculates the carbon footprint of each computing equipment from the carbon intensity value that is associated and the energy consumption that is measured.

Abstract: A system for monitoring industrial processes using an evolving set of iso-functional smart nodes, for a distributed mesh network, each node comprising a Linux or Linux-compatible computer hardware architecture and a software stack. Each node receives an execute statement from a program hosted by another node in the mesh and, by execution on the computer hardware architecture of each node, the program is responsible for: two-way communication with other nodes or a central platform (Big Data Management), control of sensors or programmable automatons for monitoring a process or actuators, acquisition and logging of data from the latter, formatting of data and decentralized calculations, the central platform allowing the acquisition, management and storing of a data lake and comprising nodes for synchronous or asynchronous communication with the distributed mesh network.

Abstract: A system for monitoring industrial processes using an evolving set of iso-functional smart nodes, for a distributed mesh network, each node comprising a Linux or Linux-compatible computer hardware architecture and a software stack. Each node receives an execute statement from a program hosted by another node in the mesh and, by execution on the computer hardware architecture of each node, said program is responsible for: two-way communication with other nodes or a central platform (Big Data Management), control of sensors or programmable automatons for monitoring a process or actuators, acquisition and logging of data from the latter, formatting of data and decentralized calculations, said central platform allowing the acquisition, management and storing of a data lake and comprising means for synchronous or asynchronous communication with the distributed mesh network.

Abstract: The present invention relates to a network of smart Nodes for a mesh distributed network adaptable to industrial applications, each node allowing, by means of GCOM communication middleware, peer-to-peer bidirectional communication with other nodes or with a central Big Data Management platform allowing the acquisition, management and storage of a data lake or with a public or private cloud, each node comprising a computer hardware architecture, said architecture running under an operating system and a software stack using an object-oriented language, the network being characterized in that one or more nodes are deployed at different aggregation levels including at least one off the plant site, at least one close to the plant's process automatons, at least one in the control room and at least one per cloud, the execution of said software stack on the computer hardware architecture implements a set of functionalities, internal communication within the mesh and external communication with other systems being mes

Abstract: The invention relates to a smart node for a distributed mesh network, each node allowing two-way communication with other nodes or a central platform, and each node comprising a Linux or Linux-compatible computer hardware architecture and a software stack having a small footprint and low consumption of resources, using an object-oriented programming language to implement, by execution on the hardware architecture, the deployment of multiple nodes by neighborhood and critical mass effect, each node being iso-functional and capable of communicating with its neighbor, storing and managing an object, and receiving an execute statement from a program of another node in the mesh, said program associating a node-specific identifier and a neighborhood identifier with the communication module of each node.