infrastructure
Ubuntu Deck
A unified read-only service catalog and health dashboard for the SlurpNet Ubuntu host.
No public links are recorded for this case study.
Challenge and constraints
The Ubuntu migration needed one safe surface for container status, service ownership, links, ports, and health context.
Constraints
- The dashboard remains read-only
- Published metadata is curated instead of exposing raw Docker control
- Evidence uses a sanitized API-shape fixture
- The browser surface must remain responsive
What I owned
Product direction, catalog information architecture, public-safe boundaries, implementation guidance, runtime-shape validation, and responsive quality assurance.
Ownership
- Define the service catalog
- Set public-safe boundaries
- Guide implementation
- Own runtime-shape and responsive validation
Decisions and implementation
The decisions define the boundary; the implementation records what was delivered inside it.
Decisions
- Keep the dashboard read-only
- Expose curated service metadata instead of raw control access
Implementation
- Curated service catalog
- Aggregate health summary
- Service-detail drill-down
- Responsive read-only browser surface
Validation
Evidence is checked against the surface it is meant to demonstrate.
Checks
- Deterministic sanitized-fixture browser capture
- Frontend and API-shape verification
- Mobile overflow check
Evidence-backed outcomes
Each delivered result is paired with the public proof basis that supports it.
- Consolidated service ownership and health context in one read-only catalogBasis: Shown in the public-safe product overview and catalog-flow diagram.
- Delivered catalog and detail views against the real frontend and API shapeBasis: Verified through deterministic fixture captures of the actual frontend components.
- Kept sensitive runtime values and control actions outside the published dashboardBasis: Documented by the capture protocol and service-catalog safety boundary.
Evidence gallery
Each artifact is selected for what it explains and reviewed for public safety.

