Connectivity
Containers & Kubernetes
Dissociate your applications from servers to achieve greater scalability, security, performance and specialisation.
Connectivity
Containers & Kubernetes
Dissociate your applications from servers to achieve greater scalability, security, performance and specialisation.
The development of native cloud applications has created a new paradigm for companies offering their services, or microservices. Thanks to Containers, the application disconnects from the server for greater scalability, security, performance and specialisation.
What do we get?
Modernisation of applications
Execute containers in parallel with existing virtual machines. You can quickly modernise some of the existing applications and leave others as they are.
Elimination of unnecessary silos
Reduce capital investment and operational expenses and obtain a single shared infrastructure stack managed efficiently.
Produce new applications faster
You will be sure that the infrastructure will meet rigorous performance, availability and safety standards before the production process even begins.
Quick start-up
Set up a developer-ready platform in no time so staff can get to work immediately using the skills they already have.
Technology
Kubernetes
It is the surest open source orchestration tool for automating, scaling and managing container applications.
Red Hat OpenShift
It is a Kubernetes container platform with comprehensive automated operations, which allows you to manage implementations of hybrid cloud, multi-cloud and edge computing.
VMware Tanzu
A Tanzu Kubernetes cluster provides complete distribution of the open source Kubernetes container orchestration platform, which is compiled, signed and supported by VMware.
Docker
This is an operating system for containers. It is similar to how a virtual machine eliminates the need to directly manage the server hardware.
Benefits
Scalability and load balancing
Microservices technology allows scaling and load balancing specific to the resource needed, without the need to scale the entire environment.
Cost reduction
Containers manage and protect applications regardless of the infrastructure that supports them, so they can be deployed in public or private cloud environments.
Performance
By running the microservice independently of the operating system, it is possible to optimise the resources used.
Specialisation and process isolation
Having separated the application into microservices, when an error occurs, it does not cause the entire system to fail, thus ensuring high availability.