ILAIOS Web Factory

The target outcome is a verified finished website, not a mockup or partial generation.

Web Factory is the canonical ILAIOS workflow for turning a business goal into a complete website lifecycle with context-derived design, implementation, independent quality gates, bounded repair and evidence.

Repository-bounded Web production and governed Vercel delivery boundaries are evidence-backed. The current exact master on the canonical public domain remains a separate production proof.

Web Factory at a glance

Build new websites. Upgrade existing ones. Create desktop-style web products.

The diagram is a public product explanation. “Production-ready” describes the target artifact; current public deployment status remains evidence-gated separately.

Target workflow: request → analyze → build or upgrade → verify → deliver. Public release still requires exact deployment evidence.

Product truth

Canonical target and current release state remain separate.

The finished-product target includes deployable site artifacts plus required QA and evidence. The existence of this canonical workflow does not claim every stage is generally available as a public service today.

Current capability maturity is determined by repository implementation, tests, CI, runtime and deployment evidence.

Planned capability pack

3D / Motion Web, inside the same governed Web Factory.

PlannedNo general production-readiness claim until implementation, browser/device performance, accessibility and release evidence pass.

Rich motion should be an optional Web Factory capability, not a second web engine. The same policy, validation, evidence and release boundaries remain authoritative.

Immersive scenes

3D hero sections, scroll-driven 3D scenes, parallax and camera transitions, particle effects, WebGL backgrounds and 3D typography.

Interactive products

Product/model rotation plus pointer, mouse and touch interaction for explorable product experiences.

Safe delivery

Responsive 2D fallback for lower-capability devices, an explicit performance budget, accessibility controls and reduced-motion fallback.

Progressive enhancement first

Immersive when the device can support it. Usable when it cannot.

The acceptance contract must include graceful 2D fallback, mobile/touch behavior, performance budgets, keyboard/content accessibility and prefers-reduced-motion behavior before any 3D/Motion result is accepted.

Canonical production sequence

Design and acceptance are first-class stages.

The workflow explicitly includes research, visual direction, browser QA, visual QA, acceptance, bounded repair and deployment validation.

01

Goal & research

Define audience, business objective, trusted inputs, constraints, acceptance criteria and research needs.

02

Information architecture & copy

Create navigation, page hierarchy, journeys and truthful content without inventing claims, customers or availability.

03

Design system & visual direction

Derive typography, spacing, surfaces, composition, imagery, interaction and responsive strategy from project context.

04

Implementation

Build semantic responsive pages and interactions with accessible, maintainable web primitives.

05

Browser & functional QA

Check routes, links, forms, browser behavior, interactions and responsive composition.

06

Security & accessibility QA

Validate applicable security boundaries, privacy/legal surfaces, keyboard behavior, contrast, focus and accessible content.

07

Performance & SEO

Validate metadata, headings, canonical/hreflang, sitemap/robots, internal links, images and performance-sensitive implementation.

08

Visual QA & anti-generic review

Evaluate hierarchy, density, composition, brand coherence, repetition, mobile transformation and generic-AI design signals.

09

Acceptance & bounded repair

Required gates decide acceptance. Failed checks produce bounded repair and re-validation rather than self-reported success.

10

Deployment validation & evidence

Where deployment is requested and authorized, verify the deployed artifact and retain version, validation and rollback context.

Full lifecycle

The canonical chain makes every quality gate visible.

Website Goal → Research → Information Architecture → Copy → Design System → Visual Design → Implementation → Browser QA → Security QA → Accessibility → Performance → SEO → Visual QA → Acceptance → bounded repair → Deployment Validation → Finished Website + Evidence.

Web Factory complete lifecycle

A finished website is a production sequence plus evidence, not a generation event.

The canonical Web Factory carries the goal through research, design, implementation, browser and quality gates, bounded repair and deployment validation.

01Website goal
02Research
03Information architecture
04Copy
05Design system
06Visual design
07Implementation
08Browser QA
09Security QA
10Accessibility
11Performance
12SEO
13Visual QA
14Acceptance
15Bounded repair
16Deployment validation
17Finished website + evidence
Native design intelligence

Dynamic means context-derived, not random and not template roulette.

Brand, audience, content, trust requirements, information density and device priorities shape design strategy while structured quality evidence remains authoritative.