Users and tasks
Who initiates, reviews, approves, or corrects information, and under what conditions.
Web applications built around browser-based workflows.
Not every browser presence is an application. We start by establishing whether meaningful, stateful task completion actually happens in the browser.
Navigation, state, and failure paths are part of the product, not implementation detail.
Who initiates, reviews, approves, or corrects information, and under what conditions.
URLs, sessions, history, and unsaved work are part of the product, not implementation detail.
What each role can see or change, and how the server enforces it regardless of the interface.
Loading, empty, conflict, and error states matter as much as the successful path.
A form that only handles the happy path is not finished; the failure and recovery states are part of the requirement.

A form that only handles the happy path is not finished; the failure and recovery states are part of the requirement.
Client-side behavior reflects, but never replaces, authoritative server validation and permissions.
What is indexable, shareable, or authenticated-only is a deliberate decision, not a default.
Uploads, exports, and long-running jobs show real progress rather than a spinner that could mean anything.
The stack follows the requirement, not the other way round. These are the categories this engagement typically has to decide.
The exact responsibility depends on the workflow and agreed scope. None of the following should be assumed automatically.
Every web decision trades something specific for something else. The useful choice is the one whose reason is understood.
The choice follows SEO, interactivity, and performance needs of the actual workflow, not a framework default.
Optimistic updates feel faster but need a clear correction path when the server disagrees.
A single continuous experience suits complex in-session work; discrete pages suit content-heavy or shareable flows.
Real-time sync is justified when stale data causes real problems, not by default expectation.
Deliverables should make the browser workflow and its states visible and testable.
Users, tasks, states, and permissions in a form engineering can build against.
The agreed browser workflow, including its failure and recovery states, demonstrated end to end.
Proof that the connected systems and permission rules behave as agreed.
What is needed to operate or continue the application after release.
The starting engagement should resolve workflow uncertainty before committing to build scope.
A bounded stage to map users, states, and system boundaries before build scope is set.
A project-shaped engagement for the first coherent browser application.
Release the core workflow first, expanding surfaces and edge states in later stages.
Continued responsibility once the application has an active roadmap.
Web Application Development is the right starting point when the browser surface defines the work. A different service may own the wider need.
Choose this when the browser is only one surface in a wider requirement-specific system.
Choose this when a repeated multi-customer product model defines the work, not just the browser surface.
Choose this when device context, not the browser, defines the product.
Choose this when the primary decision is what to test first.
Technical delivery and architecture details. Key decisions regarding code quality, integrations, and handoff rituals.
The browser is the defining surface for users performing tasks, changing records, making decisions, or operating a process. An informational website, CMS, or responsive page set may be a better fit when there is no substantial application workflow.