cloud containers

Kubernetes is the next step in application virtualization with Google Cloud Platform. allows the automation, maintenance, portability and flexibility of the software executed in its containers.

resilient infrastructure
Scalability without architecture change
Automation
Work on an Infrastructure as Code (IaC) scheme
Reduction of time and effort
digital transformation

All your applications in the cloud

Google Kubernetes Engine has a multi-cloud platform that allows developers to focus on generating value instead of focusing on infrastructure optimization and maintenance.

Fail-safe, scalable and flexible architecture

Kubernetes deploys applications in infrastructures dedicated to specific tasks or processes that disappear once they are finished, freeing up resources.

Greater optimization of operations

With the Kubernetes working model, it is possible to increase the number of concurrent users without sacrificing the customer experience and without having to perform manual operations to support the workload.

What are the main differences between GCP, Azure and AWS?

One of the characteristics to take into account is that Kubernetes was devised by specialized exclusively in Google and was the first public cloud provider to enable an enterprise service.

Main differences	Google Kubernetes Engine (GKE)	Azure Kubernetes Services (AKS)	Amazon Elastic Kubernetes Service (EKS)
Release date	2015	2018	2018
Automation and Management	GKE nodes are managed, updated and patched by Google.	Nodes must be managed by users.	Nodes must be managed by users.
SLA	99.95%	99.95%	99.95%
Scalability	It increases the necessary resources in a unitary way and to the measure of the user.	Increase resources in predefined packs. Not user configurable.	Increase resources in predefined packs. Not user configurable.
Node self-healing	GKE nodes have automatic node health repair technology.	AKS nodes have automatic node health repair technology.	There is no automatic node repair system.
Update	GKE nodes are upgraded automatically at a set time window.	The update process is semi manual.	The update process is completely manual.

What is Total Cost Ownership?

Within the migration process of Kubernetes, is delivered Total Cost Ownership (TCO), a comparison that shows everything that Kubernetes allows, the situation of your company before and after the migration, resulting in a great cost savings and ROI improvement.

How to optimize your efforts with Kubernetes?

GKE Autopilot

- You could have optimized production thanks to the provisioning of resources and its rapid start-up.

- With the SRE (Site Reliability Engineering) from Google You will have monitored operations, which are updated automatically and with dynamic provisioning.

Operational load reduction

- Reduces operational workload thanks to Google platform support.

- Program automatic tasks or "trigger", and reduces human errors by avoiding manual executions.

security verification
staff

- Google Cloud Platform is the only public cloud with its fully encrypted services leaving only the freedom to choose the encryption system but never allowing unsecured information.

Google Cloud customer success stories

How did Kubernetes help ACH Colombia?

"From my perspective I can say that Google Cloud has been of great help and where we have found great advantages in allow adaptability that we require for the use of the service in different layers"

Luis Alberto Fernandes Pulido

Vice President of Operations and Technology of ACH Colombia

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