mikrokost

Mikrokost is a term that has emerged in discussions surrounding microservices architecture. It refers to the aggregate cost associated with running and maintaining a system composed of many small, independent services. Unlike traditional monolithic applications where costs might be more easily tracked to a single entity, microservices distribute functionality across numerous services, each with its own resource requirements, deployment pipelines, and operational overhead.

The complexity of mikrokost arises from several factors. Each microservice may consume varying amounts of compute, memory, and network resources. Additionally, the inter-service communication, often facilitated by APIs and message queues, incurs its own costs in terms of network traffic and latency. The infrastructure required to deploy, monitor, and manage potentially hundreds or thousands of these services, including container orchestration platforms, logging systems, and CI/CD tools, contributes significantly to the overall mikrokost. Furthermore, the development and operational effort required to maintain this distributed system adds to the financial burden. Understanding and optimizing mikrokost is crucial for businesses adopting microservices to ensure economic viability and efficient resource allocation.