Skip to content

Implementation Roadmap (30/60/90 Days)

Implementation Roadmap (30/60/90 Days)

This roadmap helps teams move from script-level automation to enterprise-grade operational controls in staged increments.


Days 1-30: Stabilise Foundations

Primary goals:

  • Stop wrong-target changes
  • Block unsafe execution conditions
  • Reduce first-wave blast radius

Focus principles:

  • Part 1: identity validation
  • Part 2: pre-flight enforcement
  • Part 6: scoped rollout strategy

Deliverables:

  • Identity gate implemented in all write workflows
  • Standard pre-flight policy with severity codes
  • Canary and batch limits enforced in runtime

Exit criteria:

  • Zero write operations on identity mismatch
  • Pre-flight failure reasons visible in run summaries
  • First controlled canary rollout completed successfully

Days 31-60: Improve Reliability and Recovery

Primary goals:

  • Increase convergence confidence
  • Clarify failure behaviour
  • Add safe recovery patterns

Focus principles:

  • Part 5: real-world idempotency
  • Part 7: safe failure design
  • Part 8: rollback strategy
  • Part 9: read/write separation

Deliverables:

  • Diff-driven execution with bounded retries
  • Deterministic abort triggers and degraded-state handling
  • Rollback decision matrix and pre-change snapshot policy
  • Durable plan artifacts before execution

Exit criteria:

  • Non-convergent runs escalate with clear evidence
  • Abort behaviour is predictable under simulated faults
  • Rollback pathway tested in a controlled environment

Days 61-90: Operationalise Governance and Trust

Primary goals:

  • Make runs audit-ready
  • Reduce operator ambiguity during incidents
  • Embed security and approval governance

Focus principles:

  • Part 10: operator-friendly output
  • Part 11: audit-ready automation
  • Part 12: secrets and credentials
  • Part 13: human-in-the-loop design
  • Part 14: automation readiness discipline

Deliverables:

  • Standardised run summary format with reason codes
  • Evidence artifacts retained by policy
  • Vault-based secret retrieval and rotation controls
  • Approval gates with traceable decisions
  • Readiness rubric for automation candidate selection

Exit criteria:

  • Audit artifact retrieval succeeds for sampled runs
  • Critical failures include clear operator next actions
  • High-risk changes require tracked approvals

Program Risks to Watch

  • Over-customised controls per team with no baseline standards
  • Approval overload on low-risk tasks
  • Missing ownership for exception handling
  • Weak training on interpreting new run outputs

Success Metrics

  • Change failure rate for automated runs
  • Mean time to detect and triage run failures
  • Percentage of runs with complete evidence artifacts
  • Percentage of high-risk changes with documented approval
  • Exception count trend over rolling 30 days

Continue the Series