Requirement-Centric
Product intent as the point of orientation
Reqode organizes product knowledge around requirements—versioned, reviewable statements of intended product behavior. A requirement is not a one-time document or delivery task. It remains part of the living product model as the product evolves.
Requirements are grouped into modules. Related requirements, data entities, user interfaces and API operations remain focused artifacts of their own, while explicit relations keep the complete product context connected.
From a requirement, analysts, engineers, QA specialists and AI agents can navigate to the specifications that define it, the implementation that realizes it, the change work that evolves it and the evidence that verifies it.
One requirement, one connected context
The requirement acts as an orientation point, not a container. Each connected artifact keeps its own structure, lifecycle and purpose.
Requirement
The behavior or outcome the product is expected to provide.
Define
Related requirements, data entities, user interfaces and API operations add the detail needed to understand the intended behavior.
Implement
Software units connect the requirement and its specifications to source files, dependencies and architecture guidance.
Change
Revisions, project branches, change requests and issues preserve what is changing, why it is changing and the affected scope.
Verify
Test cases, coverage and status, AI verification results and findings show whether the intended behavior remains complete and aligned.
What requirement-centric work changes
A shared point of orientation improves daily work without forcing every role into the same view.
Focused context
Open one requirement and retrieve the connected context needed for analysis, implementation, testing or an AI task—without passing the entire project as a context dump.
Traceable impact
See which specifications, software units, files and tests may be affected before a change is implemented or verified.
Shared product intent
Product, engineering, QA and AI agents work from the same expected behavior while using the artifacts relevant to their responsibilities.
Continue through the connected model
Explore how product intent is structured, connected to implementation and continuously verified.
Structured Product Model
Split product knowledge into focused, typed artifacts connected by explicit relations.
Software units layer
Connect requirements and specifications to meaningful implementation units and source files.
Continuous Verification
Verify specifications, implementation and architecture against the same connected product context.