React Component Lifecycle Infographic | network diagram project management example

Tech architecture infographic titled "React Component Lifecycle" using archetype HOW-IT-WORKS, adapted for a React UI lifecycle explanation for a mid-level developer. Show a vector-clean, hand-drawn whiteboard style tech diagram in cool blue and cyan palette, editorial developer-blog illustration, isometric or flat tech-diagram style, vector-clean infographic layout. Create clearly labeled boxes connected by directional arrows to explain the lifecycle from initialization to teardown. Include these boxes with icons, canonical English names, and one-line role descriptions: 1) Browser — "Runs the React application and paints the UI"; 2) React Component — "Encapsulates state, props, and rendering logic"; 3) Props Input — "External data passed from parent components"; 4) State Store — "Internal mutable data that triggers re-render on update"; 5) Render Phase — "Calculates the next virtual UI tree from props and state"; 6) Virtual DOM Diff — "Compares previous and next virtual trees to find changes"; 7) DOM Commit — "Applies minimal updates to the real DOM"; 8) Effects / Side Effects — "Runs post-render logic such as subscriptions or data fetches"; 9) Event Handler — "Processes user interactions like click and input events"; 10) Unmount Cleanup — "Releases timers, listeners, and subscriptions before removal". Optionally include generic supporting boxes to satisfy architecture-diagram expectations, but keep them secondary and clearly marked as contextual only: API — "Provides remote data over HTTPS REST or GraphQL"; Cache — "Stores reusable client data to reduce refetching"; Queue — "Represents deferred async tasks or scheduled updates"; Database — "Persists application data on the server side". Use arrows with short English labels showing technically accurate flow direction: Browser -> React Component labeled "initial load"; Props Input -> React Component labeled "props"; State Store -> Render Phase labeled "state snapshot"; React Component -> Render Phase labeled "render()"; Render Phase -> Virtual DOM Diff labeled "virtual tree"; Virtual DOM Diff -> DOM Commit labeled "changed nodes"; DOM Commit -> Browser labeled "painted UI"; Browser -> Event Handler labeled "click / input"; Event Handler -> State Store labeled "setState / state update"; Event Handler -> Effects / Side Effects labeled "schedule effect"; Effects / Side Effects -> API labeled "HTTPS request"; API -> Cache labeled "cached response"; API -> Database labeled "SELECT / INSERT"; Effects / Side Effects -> Queue labeled "async task"; Queue -> State Store labeled "resolved update"; Effects / Side Effects -> Unmount Cleanup labeled "cleanup registration"; React Component -> Unmount Cleanup labeled "component unmount". Add small callouts for lifecycle stages in English: "Mount", "Update", "Re-render", "Commit", "Effect", "Unmount". Add a numbered legend 1-7 in English walking through the lifecycle: 1. Component mounts in the Browser with initial props and state. 2. React enters the Render Phase and creates a virtual UI tree. 3. Virtual DOM Diff compares the new tree with the previous one. 4. DOM Commit updates only the changed DOM nodes and the Browser repaints. 5. User events trigger Event Handlers that update state or props-driven flow. 6. Effects run after commit, optionally performing HTTPS requests to API, cache, queue, or database-backed services. 7. On unmount, cleanup removes subscriptions, listeners, and timers. Composition should resemble a polished developer whiteboard diagram, balanced spacing, labeled arrows, neat boxed stages, subtle grid or sketch lines, cool blue and cyan marker strokes, friendly but technically precise mood, clearly educational not a security or audit reference. All text MUST be written in English (array). Every heading, label, caption, legend and metric name in the image must be in English — not English. Spell each English word correctly using English characters and diacritics. Numbers stay as digits, no real cloud-vendor logos (AWS / GCP / Azure) — use generic cloud icons, no watermarks No real cloud-vendor logos (AWS, GCP, Azure) beyond generic cloud icons. Common protocol names (HTTPS, TCP, JWT, OAuth, REST, GraphQL) stay in canonical English form. No security-claim overstatements (do not present diagrams as audited reference architectures).