CONTAINERIZED SOFTWARE DEPLOYMENT USING DOCKER, KUBERNETES, AND CLOUD NATIVE INFRASTRUCTURE

Abstract

Containerized software deployment using Docker, Kubernetes, and cloud-native infrastructure improves application portability, scalability, and operational consistency. Docker packages applications with their libraries, configurations, and dependencies into lightweight containers that can run across different environments. Kubernetes manages container scheduling, service discovery, load balancing, automated scaling, and recovery within distributed infrastructure. Cloud-native platforms provide flexible computing resources, storage, networking, and monitoring for large-scale application deployment. Automated pipelines support continuous integration, testing, release management, and rapid software updates. Real-time monitoring helps technical teams identify resource shortages, failed containers, service interruptions, and performance issues. Overall, containerized deployment can reduce environment-related errors, improve infrastructure utilization, accelerate software delivery, strengthen application reliability, and support scalable enterprise operations.