Microservices architecture pattern has been applied and the system has been architected as a set of services. Each service is deployed as a set of instances for throughput and availability. In which t

The isolation of service instances from one another is a characteristic of microservice *runtime*, but independent deployability/scalability and consistent technology stack choices (if applicable) are more direct aspects of packaging and deployment strategies.

A fundamental characteristic of microservices is that each service can be deployed, updated, and scaled independently of other services, which increases agility and resilience. This independent lifecycle is a core aspect of how they are packaged and deployed.

While microservices architecture generally allows for polyglot development, in many real-world implementations, organizations may choose to standardize on a specific set of languages, frameworks, and their versions across services to simplify packaging, tooling, and deployment processes, facilitating easier management and operational consistency.