Fullstack Task Manager

Problem

The engineering problem

Productivity tools become fragile when the backend model, user flows, and deployment path are treated separately. This project explores how to keep those pieces aligned from the first implementation decisions.

Approach

Technical approach

• Model core task workflows around explicit domain concepts instead of UI-only state.
• Keep the API surface predictable so the frontend can evolve without depending on hidden backend behavior.
• Use PostgreSQL for durable relational storage and Docker for repeatable local and deployment environments.

Architecture

System shape

• ASP.NET Core exposes the application API and owns validation, persistence boundaries, and authentication behavior.
• PostgreSQL stores task and user-facing workflow data with a schema intended for clear querying and future reporting.
• The frontend dashboard stays focused on task interaction, status visibility, and fast day-to-day use.

Delivery

Delivery notes

• Containerized services make the app easier to run consistently across local and hosted environments.
• The project structure separates backend, frontend, and deployment concerns so changes remain reviewable.
• The implementation favors boring defaults and visible operational behavior over clever shortcuts.

Outcome

What this demonstrates

• A portfolio-ready fullstack build that demonstrates backend-first product delivery.
• A reusable reference for authentication, API design, persistence, and deployment decisions.
• A foundation that can grow toward notifications, audit trails, analytics, and collaboration features.

Next

Next steps

• Add role-aware collaboration and project/team workspaces.
• Introduce background jobs for reminders, summaries, and recurring tasks.
• Expand observability with request metrics, structured logs, and dashboard-level activity insights.