We firmly believe that the future has arrived, and it’s centered around Kubernetes. We possess expertise in deploying and managing Kubernetes in various environments, including self-managed setups, GKE, EKS, AKS, and Anthos.
Over the years, we’ve supported numerous clients in their transition to cloud-native solutions, which includes modernizing both infrastructure and applications. Our services encompass tasks such as breaking down monolithic systems, containerizing legacy applications, and efficiently deploying and managing them at scale using Kubernetes. We also conduct assessments to evaluate DevOps maturity, implement Infrastructure as Code practices, create CI/CD pipelines, enhance observability, and leverage the advantages of Serverless offerings to maximize the benefits for our clients.
Do you have a costly-to-maintain monolithic application? Are you feeling trapped in a closed ecosystem and eager to harness the latest technology stacks and open-source frameworks and tools?
Perhaps you’ve recently moved your infrastructure to the cloud but haven’t fully tapped into its potential with your application. Are you simply adding more infrastructure to address application-related issues?
We specialize in helping our clients modernize and migrate their applications to the cloud in the most effective way. Our track record includes assisting many clients in transforming monolithic systems into meaningful microservices, containerizing and orchestrating these microservices with Kubernetes, or deploying them in a serverless manner. This approach reduces operational overhead and allows them to concentrate on their core product.
Empower your business to scale and let your applications manage themselves!
Kubernetes and Cloud
Native consulting services
OpsNinja provides DevOps services and solutions to automate workflows with custom tools targeted to your business needs. With OpsNinja, you have reliable DevOps partner at your side to enhance your SDLC.
Rehosting means relocating an application without changing how it works—like moving a computer program to the internet without altering its functionality.
Replacing an application involves updating specific parts with newer components, akin to trading an old tool for a newer one with improved capabilities.
Rebuilding starts the application anew, preserving its main goals but potentially breaking it into smaller, more manageable parts for efficiency.
Rearchitecting modifies an application’s code to align with a new architecture, incorporating the latest capabilities for improved performance.
Refactoring optimizes existing code without changing external features—similar to renovating a room for better organization without altering its purpose.