STORY
Engineering story
How the platform was scoped, built, and refined.
Project management applications often treat tasks as isolated CRUD records, while actual team workflows involve permissions, project context, recurring work, notifications, billing, integrations, automation, and collaboration. I wanted to build a system around those relationships rather than simply creating another task board.
I developed IntelliTaskPro as a multi-tenant SaaS platform where organizations can manage projects, boards, tasks, sprints, recurring work, and team access from one system. The platform combines project management with real-time updates, AI-assisted planning, subscription billing, automation, notifications, and integrations while maintaining clear tenant and permission boundaries.
Architecture
IntelliTaskPro uses a Next.js and TypeScript application architecture backed by PostgreSQL through Prisma. Organizations provide the tenant boundary, with role and permission checks controlling access to application resources. Business capabilities such as billing, AI providers, integrations, notifications, automation, and data access are separated into dedicated services rather than being embedded directly into UI components.
External systems including Stripe, GitHub, Slack, Jira, Linear, Zapier, Pusher, and AI providers are handled through integration or abstraction layers so application workflows are not tightly coupled to individual providers.
The largest challenge has been managing the interactions between features as the platform expanded. Adding organizations, permissions, billing, recurring tasks, AI workflows, real-time updates, and integrations meant that individual features could no longer be designed in isolation.
Changes increasingly had to account for tenant boundaries, authorization, subscription state, asynchronous work, external services, and existing workflows. This pushed the architecture toward clearer service boundaries and reusable domain logic.
Building IntelliTaskPro reinforced that SaaS complexity comes less from individual features than from the relationships between them. A task may involve permissions, billing limits, notifications, automation, synchronization, and real-time state at the same time.
The project also reinforced the value of provider abstractions and separating business logic from presentation code. Those boundaries make it much easier to evolve a system without rewriting unrelated functionality.
Continue strengthening the platform architecture, expand automation capabilities, improve integration workflows, increase observability, extend AI-assisted project workflows, and continue refining the application around real team usage.
Features
What the product or platform delivers.
- Multi-tenant organizations
- Kanban project boards
- Task and sprint management
- Role-based access control
- AI-assisted task and sprint generation
- Real-time collaboration
- Recurring tasks
- Automation workflows
- Stripe subscriptions and billing
- Usage tracking
- GitHub synchronization
- External integrations
- Notifications
- Audit logging
- Full-text search
- Accessibility and E2E testing
Responsibilities
What I personally designed, built, or owned.
- Product architecture
- Database design
- Multi-tenant architecture
- Backend development
- Frontend development
- Authentication
- Authorization and RBAC
- Subscription billing
- Stripe webhook processing
- AI integration
- Provider abstraction
- Real-time collaboration
- Background processing
- Workflow automation
- Third-party integrations
- Testing and accessibility
- Deployment
- Technical documentation