Methodology7 min

Introduction to OCTOPUS

Why modern systems require a structured approach to Performance Engineering — and how the OCTOPUS framework was designed to address this.

Performance Engineering is not just about running load tests. It's about creating a sustainable discipline that ensures your system behaves predictably under real conditions.

The OCTOPUS framework was developed to bring structure and clarity to this discipline.

Why a framework?

Without a structured approach, teams often:

  • Run tests without clear objectives
  • Collect data without knowing how to interpret it
  • Optimize without validating impact
  • Repeat the same mistakes in each cycle

OCTOPUS offers a clear path from start to finish.

The 7 pillars of OCTOPUS

O - Observe

Everything starts with observation. Before testing or optimizing, you need to understand:

  • Current system architecture
  • Critical business flows
  • Real usage patterns
  • Integration points

C - Characterize

Based on observation, we characterize the load:

  • Typical user profiles
  • Operation distribution
  • Peak hours
  • Growth scenarios

T - Test

We execute targeted tests:

  • Load tests (typical behavior)
  • Stress tests (system limits)
  • Endurance tests (degradation over time)
  • Spike tests (behavior under surges)

O - Optimize

With data in hand, we optimize:

  • Bottleneck identification
  • Prioritization by impact
  • Implementation of improvements
  • Validation of results

P - Predict

We build capacity models:

  • Growth projections
  • Infrastructure planning
  • "What-if" scenarios
  • Proactive alerts

U - Understand

Deep analysis of results:

  • Metric correlation
  • Pattern identification
  • Trade-off documentation
  • Lessons learned

S - Sustain

Implementation of continuous practices:

  • Production monitoring
  • Tests in CI/CD pipeline
  • Periodic reviews
  • Performance culture

OCTOPUS in practice

The framework is not linear. Depending on context, you can:

  • Focus on specific phases
  • Iterate between phases
  • Adapt the depth of each phase

What matters is having clarity about where you are and where you're going.

Benefits of the structured approach

  • Clear communication: Everyone understands the process
  • Data-driven decisions: Less guesswork, more evidence
  • Reproducible results: Documented and repeatable process
  • Continuous improvement: Each cycle generates learning

Conclusion

OCTOPUS is not a silver bullet. It's a guide that helps teams navigate the complexity of Performance Engineering in an organized and efficient way.

Performance Engineering is a journey, not a destination. OCTOPUS is the map.

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