Abstract: The present invention relates to a urea pressure and temperature sensor (100) with improved sealing. More particularly, the present invention relates to a urea pressure and temperature sensor (100) comprising of a connector seal (7) and a sealing gasket (4) that improves the sealing and prevents any water ingress or urea accumulation.

Abstract: The present invention relates to a urea pressure and temperature sensor (100) with improved sealing. More particularly, the present invention relates to a urea pressure and temperature sensor (100) comprising of a connector seal (7) and a sealing gasket (4) that improves the sealing and prevents any water ingress or urea accumulation.

Abstract: Example techniques for establishing trusted communication with container-based services are described. In an example, a digital certificate stored in a memory is injected from the memory into a container. The container is external to the memory. The digital certificate is usable to establish a trusted communication between a service deployed in the container and a software program.

Abstract: Example techniques for updating of container-based applications are described. In an example, a second version of an application code or application code changes are retrieved from a code storage location. Based on the retrieved second version or the retrieved application code changes, an application hosted in a container is updated.

Abstract: Examples described relate to secure communication between services hosted on a private cloud and a public cloud. In an example, an agent on a private cloud may poll a secure server on a public cloud to determine whether the secure server includes a request for a service hosted on the private cloud. The request may be made by a service hosted on the public cloud. In response to a determination that the secure server includes the request for the service hosted on the private cloud the agent may retrieve the request from the secure server on the public cloud. The request may be executed on the private cloud, and a response may be generated. The agent may provide the response to the secure server on the public cloud. The response may be shared with the service hosted on the public cloud by the secure server.

Abstract: Example techniques for updating of container-based applications are described. In an example, a second version of an application code or application code changes are retrieved from a code storage location. Based on the retrieved second version or the retrieved application code changes, an application hosted in a container is updated.

Abstract: Example techniques for establishing trusted communication with container-based services are described. In an example, a digital certificate stored in a memory is injected from the memory into a container. The container is external to the memory. The digital certificate is usable to establish a trusted communication between a service deployed in the container and a software program.

Abstract: Examples described relate to secure communication between services hosted on a private cloud and a public cloud. In an example, an agent on a private cloud may poll a secure server on a public cloud to determine whether the secure server includes a request for a service hosted on the private cloud. The request may be made by a service hosted on the public cloud. In response to a determination that the secure server includes the request for the service hosted on the private cloud the agent may retrieve the request from the secure server on the public cloud. The request may be executed on the private cloud, and a response may be generated. The agent may provide the response to the secure server on the public cloud. The response may be shared with the service hosted on the public cloud by the secure server.