Waypoint™ Design Package v1.0

Waypoint™ — From intent to delivered outcome.

This package is the authoritative product and architecture design baseline for Waypoint™, a governed autonomous project-delivery platform.

Waypoint™ transforms human intent into a designed, planned, executed, delivered, and accepted outcome while preserving human authority over consequential decisions.

1. Core lifecycle

Design → Plan → Execute → Deliver

A cross-cutting Control Plane provides governance, orchestration, lifecycle state, worker/capability management, reporting, integrations, audit, evidence, policy, recovery, and human decision handling.

2. How to use this package

Read the documents in numeric order for the complete design narrative.

For implementation planning:

1. treat explicit owner decisions and this approved package as authoritative;
2. use 15-Requirements-and-Traceability-Matrix.md for stable requirement IDs;
3. use the detailed specification containing a requirement for its full interpretation;
4. use 16-Architecture-Decisions-Assumptions-and-Open-Questions.md to distinguish settled decisions from implementation choices;
5. follow 17-Implementation-Planning-Handoff-Specification.md when generating the implementation roadmap and Jira hierarchy;
6. preserve traceability from requirement → implementation work → validation/evidence → delivery → acceptance.

Do not generate an implementation plan from the README alone.

3. Document index

4. Authoritative product decisions

• Waypoint™ is project-type neutral.
• Jira is an operational work ledger/projection, not Waypoint™'s canonical domain.
• Reporting and analytics are first-class Control Plane capabilities.
• Waypoint™ exposes governed reporting/query APIs independent of Jira reporting.
• Workers are capability-based and may be humans, AI agents, agent teams, automations, or external systems.
• Completion is evidence-based.
• Autonomous work must be observable, interruptible, auditable, and recoverable.
• Approvals bind to exact artifact/action versions.
• External providers are integrated through adapters.
• Long-running lifecycle/execution state is durable and cannot depend on conversation or process memory.
• Waypoint™ maintains the plan while it executes it.
• The approved baseline is preserved while the current execution plan evolves through governed discoveries.
• Low-risk in-scope discovered work may be created, estimated, scheduled, synchronized to Jira, and executed automatically.
• Material changes raise the appropriate Design, Plan, Governance, or Delivery gate.

5. Reporting

Reporting spans the complete lifecycle and includes current state, history, estimates versus actuals, streams/timeboxes, worker capacity/utilization, quality, failures, delivery, gates, audit, evidence, and adaptive-plan changes.

A first-party Reporting Module and authorized external reporting clients should consume governed Waypoint™ reporting APIs based on canonical Waypoint™ concepts.

6. Jira behavior

When Jira is configured, Waypoint™ continuously maintains the operational work representation.

Waypoint™ may create and update Tasks/Bugs, hierarchy, estimates, dependencies, sprints/timeboxes, streams, assignments/labels, statuses, comments, and external links according to policy.

All executable implementation work should be represented by a Task or Bug.

7. Software-development policy profile

For Waypoint™'s own implementation unless explicitly changed:

feature → preview → main

Expected practices include:

• commits and detailed pull requests;
• work-item traceability;
• PR template and automated compliance validation;
• required CI/testing;
• MkDocs Material documentation;
• strict documentation builds;
• documentation maintained with implementation;
• git worktrees for parallel agent work where appropriate;
• worker responsibility for clean/pruned temporary workspaces;
• review of Jira comments for owner feedback.

These are configurable software-project policies, not universal Waypoint™ domain assumptions.

8. Implementation-planning entry point

The next lifecycle activity is implementation planning.

The planning process should produce:

• phases/releases;
• epics and executable Tasks/Bugs;
• dependencies;
• parallel streams;
• estimates;
• sprint/timebox recommendations;
• capability requirements;
• worker/team forecast;
• architecture spikes;
• testing and documentation work;
• reporting work;
• governance work;
• adaptive-execution work;
• requirement coverage;
• Jira materialization manifest.

Implementation must not begin autonomously until the generated plan passes its Plan Gate.

9. Package integrity

This v1.0 package intentionally contains one master README and 17 numbered specifications. Temporary batch READMEs are excluded.

The package is intended to be used as a coherent specification set rather than as independent drafts.