Opcito Technologies
SMSO Permanent Nidhi Interview Questions and Answers
Q1. What is the difference between monolith and microservices?
Monolith is a single large application while microservices is a collection of small independent services.
Monolith is a traditional approach where the entire application is built as a single unit
Microservices is a modern approach where the application is divided into small independent services
Monolith is tightly coupled and difficult to scale
Microservices are loosely coupled and easy to scale
Monolith has a single point of failure
Microservices have multiple points of failure
Mon...read more
Q2. how you deploy to k8s cluster
I deploy to k8s cluster using CI/CD pipelines and kubectl commands.
Use CI/CD pipelines to automate the deployment process
Leverage kubectl commands to interact with the Kubernetes cluster
Ensure proper configuration and version control for smooth deployments
Q3. how do you use secrets in k8s
Secrets in k8s are used to store sensitive information like passwords, API keys, and tokens securely.
Create secrets using kubectl create secret command
Mount secrets as volumes in pods
Access secrets in pods using environment variables or files
Rotate secrets regularly for security purposes
Q4. how you design cicd pipeline
Designing a CI/CD pipeline involves defining stages, tools, triggers, and integrations for automated software delivery.
Define stages for build, test, deploy, and release
Select appropriate tools for each stage (e.g. Jenkins, GitLab CI, Travis CI)
Set up triggers for automatic pipeline execution (e.g. code commit, pull request)
Integrate with version control, testing frameworks, and deployment platforms
Implement security measures like code scanning and vulnerability checks
Q5. what is anti affinity
Anti affinity is a concept in cloud computing where related resources are intentionally placed on separate physical hardware to increase fault tolerance.
Anti affinity ensures that related resources, such as virtual machines or containers, are not placed on the same physical hardware to reduce the impact of hardware failures.
It is commonly used in distributed systems to improve availability and resilience.
For example, in Kubernetes, anti affinity rules can be used to ensure th...read more
Q6. what is pod affinity
Pod affinity is a Kubernetes feature that allows you to influence the scheduling of pods based on the presence of other pods.
Pod affinity can be used to ensure that pods are scheduled on the same node or in close proximity to other pods.
Pod affinity can be defined at the pod level or at the node level.
Examples of pod affinity include spreading pods across different availability zones or ensuring that pods with specific labels are co-located.
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