Kubernetes
Kubernetes is how we run containerized applications that need reliable deployments, horizontal scaling, and consistent operations across environments. It gives us a common platform for managing services without tying application architecture too closely to individual servers.
Why we use it
- /Consistent way to run and manage containerized workloads
- /Built-in support for scaling, recovery, and rolling deployments
- /Clear separation between applications and underlying infrastructure
- /Strong ecosystem for observability, networking, and automation
When we reach for it
- /Platforms with multiple backend services or workloads
- /Applications that need horizontal scaling and high availability
- /Products with frequent and automated deployments
- /Teams that need consistent infrastructure across environments
We keep Kubernetes setups as simple as the product allows. Workloads, resource requirements, health checks, secrets, networking, and deployment behaviour are defined explicitly, while unnecessary platform complexity is avoided.
We typically run managed Kubernetes through services such as AWS EKS or Azure AKS and combine it with infrastructure-as-code and CI/CD pipelines. Monitoring, logging, autoscaling, and failure recovery are designed into the platform so production behaviour remains visible and predictable.
Common questions
What is Kubernetes used for?+
Kubernetes is used to deploy, manage, and scale containerized applications. It automates tasks such as service discovery, load balancing, rolling deployments, autoscaling, and recovery when application instances fail.
When does a project actually need Kubernetes?+
Kubernetes makes the most sense when a system has multiple services, needs frequent deployments, requires horizontal scaling, or has demanding availability requirements. For simpler products, a less complex hosting setup can often be the better choice.
Do you use Kubernetes on AWS and Azure?+
Yes. We typically use managed Kubernetes services such as Amazon EKS on AWS and Azure Kubernetes Service (AKS) on Azure, depending on the client's existing infrastructure and requirements.
Is Kubernetes suitable for startups and MVPs?+
It can be, but it is not our default recommendation for every MVP. We introduce Kubernetes when the expected scale, architecture, deployment requirements, or existing infrastructure justify the additional operational complexity.
How do you deploy applications to Kubernetes?+
We package applications into Docker containers and deploy them through automated CI/CD pipelines. Kubernetes configuration and surrounding infrastructure are managed as code so environments remain reproducible and changes can be reviewed and tracked.
How do you monitor Kubernetes in production?+
We combine application and infrastructure monitoring with centralized logging, metrics, alerts, and health checks. Depending on the environment, this can include tools such as Prometheus, Grafana, CloudWatch, and native cloud monitoring services.