Slide 11: Lifecycle Planning for Adoption Success

Adoption Must Be Considered Throughout the Entire Lifecycle:

DESIGN PHASE

  • ✅ Include end users in requirements gathering
  • ✅ Design UX for actual workflows, not theoretical ones
  • ✅ Plan for voluntary adoption (demonstrate clear value)
  • ✅ Consider lifecycle position of chosen technologies
  • ✅ Assess architecture approach impact on users
  • ✅ Identify early adopters and champions

DEVELOPMENT PHASE

  • ✅ Iterative user feedback loops
  • ✅ Build adoption metrics into the system
  • ✅ Create intuitive interfaces
  • ✅ Monitor technology lifecycle status (watch for trending behind)
  • ✅ Document with users in mind, not just developers
  • ✅ Test with real users in real workflows

DEPLOYMENT PHASE

  • ✅ Phased rollout with early adopters first
  • ✅ Gather feedback before full deployment
  • ✅ Provide adequate training/support (role-based)
  • ✅ Avoid "big bang" forced adoption
  • ✅ Demonstrate value to users immediately
  • ✅ Enable feedback channels

SUSTAINMENT PHASE

  • ✅ Monitor actual usage (not just availability)
  • ✅ Continuous improvement based on user feedback
  • ✅ Watch for technology trending behind
  • ✅ Plan modernization before End of Support
  • ✅ Maintain training as users/missions evolve
  • ✅ Celebrate and leverage user advocates

Visual

DesignDevelopDeploySustainUser input+ lifecycleawareness
Speaker notes
  • "Adoption isn't a deployment checkbox - it's lifecycle-long"
  • "User input early is far cheaper than fixing adoption problems post-deployment"
  • "Every phase should ask: How does this affect voluntary adoption?"
  • "Notice how lifecycle awareness appears in every phase - technology doesn't stand still"
  • "This is where architectural decisions flow into development decisions"

Transition: "Now that we understand the strategic approach to lifecycle and architecture, let's look at what development decisions flow from adoption."

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