Simplify Application deployment with Kubernetes consulting services

Enhance your digital transformation project's agility, quality, and speed by transitioning to a Kubernetes environment. Our team of Kubernetes consultants specializes in creating and overseeing your Kubernetes clusters, collaborating with developers, and providing training for seamless application deployments.

Leveraging extensive expertise, our Kubernetes service specialists excel in migrating legacy applications, originally operating on VMs or alternative orchestration systems, to Kubernetes environments. Let us assist your teams in seamlessly integrating and deploying cloud-native on-premise applications into Kubernetes service.

What do We do as Kubernetes consultants?

Our primary Kubernetes consulting services include the orchestration of Kubernetes deployment automation tasks. You can discover the cost and timeline involved in efficiently managing all remote offices centrally.

For those seeking the swiftest implementation of an orchestration solution, we provide a tailored Kubernetes consulting plan based on the GitOps methodology. Our team of expert specialists ensures a rapid and effective implementation. Our Kubernetes consultancy services offer a comprehensive plan for seamless migration to the cloud, followed by the implementation of containers. This strategic approach guarantees the longevity and sustainability of your infrastructure for years to come.

Continuous Delivery (CI/CD)

GCP VPC enables us to create an isolated network range which can shield the backend services being exposed to the public internet. Our Google Cloud Consulting Services help you to set up a multi tier VPC environment enabling you to isolate web, app, db and miscellaneous tiers for added security.

Infrastructure Automation

Easily deploy and manage applications across diverse environments, scale components without disrupting the app, and implement versioning for efficient monitoring and container rollback.

Cloud Migration

Simplify on-premise to cloud migration using our Kubernetes service. Employ the 'Lift and Shift' method, migrating entire applications into large Kubernetes pods and subsequently breaking them into smaller components.

Multi-cloud Deployments

Overcome challenges in managing resource distribution across diverse cloud environments with Kubernetes Consulting service by automating resource allocation and distribution.

Serverless Architecture

Access serverless architecture without vendor lock-in concerns by leveraging Kubernetes.

Benefits of Choosing our Kubernetes Consulting Services

Rapid Delivery

Our tool ensures continuous Kubernetes deployment and testing for updated infrastructure, significantly reducing the time required to deliver new software. Now, deploying an application on a new node takes just minutes!

Effortless Migration

Simplify the process of migrating to your preferred cloud platform with quick and seamless transitions. There's no need to rewrite code for existing applications, making self-management reduction a breeze.

Automated Deployment

Facilitate application deployment by creating new containers through automation. This tool also streamlines migration, efficiently deleting obsolete resources and optimizing resource usage.

Automatic Restarts and Rollbacks

Free up your IT department from urgent tasks by allowing the system to autonomously restart failed containers. In the event of a malfunction, Kubernetes Service performs automatic rollbacks to eliminate business downtimes.

Scalability Beyond Limits

Leverage our orchestration tool to scale applications dynamically, meeting the evolving needs of your business. Simultaneously deploy multiple containers effortlessly, ensuring almost infinite scalability.

Unmatched Flexibility

Enjoy compatibility with renowned platforms like AWS, Azure, and Google, facilitating seamless application migration to cloud storage. Our tool accommodates any preferred model, including hybrid, providing the flexibility your business demands.

Frequently Asked Questions
What is Kubernetes Deployment?
A Kubernetes Deployment serves as a set of instructions, guiding Kubernetes on the creation and modification of pod instances hosting containerized applications. Deployments play a pivotal role in streamlining the scaling process for replica pods, facilitating the controlled deployment of updated code, and providing a mechanism to revert to a previous version if needed.
What are the types of Kubernetes Services?

There are five types of Kubernetes Services and they are:

  • ClusterIP (default): Requests from internal clients are directed to a consistent internal IP address.
  • NodePort: Clients send requests to the IP address of a node using one or more nodePort values specified by the Service.
  • LoadBalancer: Requests from clients are routed to the IP address of a network load balancer.
  • ExternalName: Internal clients utilize the DNS name of a Service as a substitute for an external DNS name.
  • Headless: A headless service is applicable when there is a need to group Pods without requiring a fixed IP address.
Is a Kubernetes service a pod?
No, a Kubernetes service is not a pod. In Kubernetes, a pod is the smallest deployable unit and represents a single instance of a running process. It encapsulates one or more containers, shared storage, and network resources.
How to access Kubernetes service?

To access a Kubernetes service, you can utilize one of the following methods:

  • DNS (Most Common): The DNS method is the preferred approach for discovering services in Kubernetes. For this method to work, a DNS server needs to be installed on the cluster. The DNS server actively monitors the Kubernetes API, and when a new service is created, its name becomes readily available for easy resolution by requesting applications.
  • Environment Variable (ENV Variable): This method involves the kubelet adding environment variables for each active service on every node where a pod is running. This allows pods to access information about active services through environment variables.
How do Kubernetes services function?
Kubernetes services function by connecting to pods through the use of labels. These services are not tied to specific nodes, enabling them to direct traffic to a pod regardless of its current location within the cluster. By providing a service IP address and a DNS service name, applications can access the service using either method, ensuring accessibility as long as the service is present.

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