9. Implementation Plan

Implementation Plan Overview

This section explains how 3Wrkz will deliver the VNA Meals on Wheels 2.0 Phase 1 solution from project kickoff through go-live and early stabilization.

3Wrkz will run the project using the Scrum SDLC, but the implementation will still be managed against a broader delivery plan with defined milestones, readiness checkpoints, and go-live controls.

Phase 1 Work Breakdown and Milestones

High-Level Phase 1 Workstreams

The Phase 1 implementation should be organized around a small number of parallel workstreams that together move the solution from planning into production use.

1. discovery and solution alignment

   Confirm scope, priorities, operating assumptions, user roles, integration expectations, reporting needs, and implementation constraints.

2. architecture, environment, and delivery setup

   Establish the Azure environments, deployment structure, CI/CD foundation, architecture direction, and implementation controls required to support the build.

3. application and integration delivery

   Build the web, API, mobile, reporting, and integration capabilities needed for the Phase 1 operational baseline.

4. validation and readiness

   Execute testing, defect resolution, training preparation, operational readiness checks, and final release preparation.

5. cutover and stabilization

   Move the solution into production, support early live operations, and transition from implementation into steady support.

These workstreams are not intended to run as isolated phases with hard stops between them. They overlap in practice, but they provide a clear structure for planning, sequencing, and milestone management.

Major Milestone Structure

The implementation plan should be managed against a small set of practical milestones rather than a large number of low-value status checkpoints.

1. project kickoff complete

   The project team is mobilized, governance is active, the backlog structure is established, and discovery is underway.

2. solution baseline confirmed

   Core scope decisions, architecture direction, environment approach, and initial implementation priorities are aligned well enough for build execution to proceed.

3. build in progress across core workstreams

   Application, integration, reporting, and environment work are actively moving through Scrum delivery cycles with coordinated backlog management.

4. integrated readiness achieved

   The solution has progressed far enough through validation, training preparation, and operational review to support go-live planning.

5. production go-live approved

   Final readiness checks are complete and the solution is approved for controlled cutover into production use.

6. stabilization complete

   The early support period is completed and the solution is transitioned into the ongoing support model.

Key Decision Points and Readiness Gates

Several points in the implementation should be treated as formal readiness checks rather than assumed pass-through steps.

1. discovery exit

   Confirm that the team has enough clarity on scope, workflows, integrations, environments, and delivery assumptions to proceed without avoidable rework.

2. build-readiness gate

   Confirm that architecture direction, environments, backlog structure, and team coordination are in place before full-scale execution accelerates.

3. validation-readiness gate

   Confirm that the solution is sufficiently complete and stable to support meaningful end-to-end validation, training preparation, and go-live planning.

4. go-live-readiness gate

   Confirm that the agreed cutover prerequisites have been met across application readiness, testing status, training readiness, migration readiness, support readiness, and operational sign-off.

Using explicit readiness gates helps keep the project grounded in actual delivery conditions rather than calendar assumptions alone.

Dependencies That Materially Affect Schedule

The implementation schedule will depend not only on development progress, but also on several dependencies that can materially affect the pace and sequence of the work.

1. timely access to VNA stakeholders for discovery, review, and decision-making
2. environment and access provisioning in Azure and related client-controlled systems
3. clarification of external integration expectations and interface details
4. availability of source information needed for reporting, migration, and validation planning
5. turnaround time for business review, backlog decisions, and readiness approvals
6. training coordination and go-live scheduling with the operational teams affected by the rollout

These dependencies should be tracked actively through the implementation plan because they can affect milestone timing even when the delivery team is executing effectively.

Delivery Governance and Project Controls

The implementation should be governed through a simple but disciplined control model. The dedicated Project Manager should own day-to-day coordination, schedule management, issue tracking, and action follow-up. Delivery teams should work in Scrum cadence, while leadership oversight remains embedded and available for business and technical escalation where needed.

At a minimum, project controls include:

1. sprint planning and backlog management
2. recurring status and coordination reviews
3. issue and risk tracking
4. dependency management
5. milestone and readiness-gate tracking

Training, Cutover, and Support Transition

Training, cutover, and support transition will be treated as planned implementation activities rather than late-stage follow-up tasks.

The implementation plan will therefore include:

1. role-based training preparation ahead of go-live
2. a controlled cutover plan aligned to business continuity needs
3. an early stabilization or hypercare period after launch
4. a defined handoff into the ongoing support model