prestandaprinciper

Prestandaprinciper, or performance principles, is a concept used in Swedish-speaking technical contexts to describe a framework of guidelines intended to help design, measure, and optimize the performance of systems, services, and processes. The aim is to ensure that outcomes such as responsiveness, efficiency, and reliability meet user needs and business requirements while managing costs and risk.

Core principles:

- Responsiveness and latency: systems should respond within defined time bounds.

- Throughput and capacity: capacity to handle workload volumes.

- Resource efficiency: optimal use of CPU, memory, disk, and network.

- Reliability and availability: fault tolerance, error handling, and uptime.

- Observability and measurement: logs, metrics, tracing, and dashboards for visibility.

- Scalability and elasticity: ability to grow or shrink with demand.

- Reproducibility and maintainability: predictable performance across versions and ease of maintenance.

- Security and compliance: performance considerations should not compromise security.

Applications:

Prestandaprinciper is used in software development, cloud architecture, database design, and operational governance to guide architecture decisions, performance budgeting, benchmarking, and continuous improvement. Practitioners typically define target metrics, baselines, and acceptance criteria, then use profiling, load testing, and monitoring to verify compliance.

Criticism:

Balancing performance with other quality attributes such as simplicity, security, and cost can require trade-offs. Overemphasis on micro-optimizations can lead to diminishing returns or added complexity.

See also:

Performance engineering, Software performance, System design, Benchmarking, Quality attribute framework.