SECURE MULTICLOUD CONNECTIVITY FOR CLOUD-NATIVE APPLICATIONS

Organization Name

Inventor(s)

SECURE MULTICLOUD CONNECTIVITY FOR CLOUD-NATIVE APPLICATIONS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18287109 titled 'SECURE MULTICLOUD CONNECTIVITY FOR CLOUD-NATIVE APPLICATIONS

Simplified Explanation

A first edge node can facilitate communication between application containers on different edge nodes using sidecar containers and a master orchestrator.

Key Features and Innovation

Communication between application containers on different edge nodes
Use of sidecar containers to facilitate traffic between applications
Master orchestrator orchestrates the communication process

Potential Applications

This technology can be applied in edge computing environments where communication between distributed application containers is required.

Problems Solved

Facilitates communication between application containers on different edge nodes
Streamlines the process of connecting and exchanging data between applications
Enhances the efficiency of edge computing environments

Benefits

Improved communication and data exchange between distributed applications
Enhanced performance and efficiency in edge computing environments
Simplified management of communication processes between edge nodes

Commercial Applications

Edge computing networks
IoT systems
Cloud computing environments

Prior Art

Readers can explore prior art related to edge computing, container orchestration, and communication protocols in distributed systems.

Frequently Updated Research

Stay updated on the latest advancements in edge computing, containerization technologies, and distributed systems communication protocols.

Questions about Edge Node Communication

How does this technology improve communication between application containers on different edge nodes?

This technology enables seamless communication by using sidecar containers and a master orchestrator to facilitate traffic between applications.

What are the potential applications of this technology beyond edge computing environments?

This technology can also be applied in IoT systems, cloud computing environments, and other distributed computing scenarios.

Original Abstract Submitted

A first edge node can communicate an address candidate for either a first sidecar container of the first edge node or a second sidecar container of a second edge node with a master orchestrator. The first edge node can then communicate traffic between a first application container of the first edge node and a second application container of the second edge node via a connection between the first sidecar container and the second sidecar container using the address candidate.