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Performance Paradox

  • Writer: Josef Mayrhofer
    Josef Mayrhofer
  • 9 hours ago
  • 1 min read

The better organizations get at performance engineering, the more it can look like it isn’t needed at all.


The cyclical problem in performance engineering

  1. Organizations invest in performance engineering practices

  2. These practices eliminate slowdowns, bottlenecks, and outages before users notice

  3. The absence of performance issues makes the investment seem unnecessary

  4. Support for performance engineering declines

  5. Systems gradually become more vulnerable to degradation, instability, and failure under load


To avoid falling into this trap, organizations need to make performance engineering visible, measurable, and undeniable.


Start following these best practices

  • Document the “alternate reality”

    Use load testing, stress scenarios, and chaos simulations to demonstrate what would have happened without performance engineering (e.g., COB overruns, API saturation, cascading failures)


  • Highlight “near misses” and avoided incidents

    Show concrete examples where tuning, capacity planning, or observability prevented outages or SLA breaches.


  • Learn from industry failures

    Reference real-world performance collapses (e.g., peak-day banking failures, Black Friday outages) to reinforce the risk of underinvestment.


  • Frame cost vs. impact clearly

    Position performance engineering costs against tangible risks: revenue loss, regulatory penalties, customer churn, and operational disruption.


  • Define measurable milestones

    Break performance engineering into visible achievements—latency reductions, throughput gains, COB duration improvements, MTTR reduction.


  • Build institutional memory

    Document why specific performance optimizations, thresholds, and architectural decisions exist—especially in complex systems like core banking or distributed microservices


  • Continuously educate stakeholders

    Ensure leadership and teams understand that stable performance is not accidental—it’s engineered, validated, and maintained


Performance engineering success is often invisible, but the absence of it never is.


Happy Performance Engineering!


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