Automatically Detect the Top Performance & Scalability Issues in Distributed Architectures

Automatically Detect the Top Performance & Scalability Issues in Distributed Architectures

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Keptn-Closed-Loop Remediation with Keptn 0.7

15 of 16

15 of 16

Keptn-Closed-Loop Remediation with Keptn 0.7

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Automatically Detect the Top Performance & Scalability Issues in Distributed Architectures

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  1. 1 Intro
  2. 2 Distributed Trace Example from StepStone (AWS Summit Berlin 2019)
  3. 3 In distributed architectures we need to answer: Who is depending on me? What is the risk of change?
  4. 4 N+1 Call Pattern across distributed "Product Service"
  5. 5 LANDBAY
  6. 6 Cascading N+1 Query Pattern: This is a single End-2-End Distributed Trace
  7. 7 Payload Flood: "Doc Creation" sequential across distributed services
  8. 8 Refactor: Only send relevant data to specialized services
  9. 9 Keptn from 10000ft: Declarative Workflows + Event-Triggered Actions
  10. 10 Root Cause: Lengthy manual approval in existing delivery pipelines
  11. 11 Inspired by Dynatrace's internal „Performance Signature as Code
  12. 12 SLI/SLO-based evaluation implementation in Keptn
  13. 13 Solution: Automate Approval through SLI/SLO-based Quality Gates
  14. 14 Demo: Automated SLI/SLO Validation based on Dynatrace Dashboards
  15. 15 Keptn-Closed-Loop Remediation with Keptn 0.7
  16. 16 Automate Distributed Problem Detection & Remediation

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