Platform Generation — Progress Report

Audience: Team leads, stakeholders, and non-technical team members Date: March 11, 2026 Session: S206 (building on S198–S205)

What We're Building

GoGrab Space allows users to generate entire web applications by describing what they want. Our AI (Vitto) takes a description like "a soccer league management platform" and produces a fully working Angular application — with database, user management, and all the features.

The problem: Until now, the generated platforms looked correct on paper but couldn't actually run. They were missing the foundation — like building a house with walls but no foundation, plumbing, or electrical.

Timeline of Progress

Sessions 198–204: The Pipeline Was Built But Broken

What was achieved: Vitto could generate feature modules (e.g., "Players", "Teams", "Matches") and commit them to GitLab. The pipeline had 8 phases: ENHANCE → ANALYZE → DECOMPOSE → PLAN → EXECUTE → INTEGRATE → BACKEND-SETUP → DEPLOY.

What was broken: Generated platforms imported from @libs-core/*, @libs-foundational/*, @libs-ux/* — but those directories were empty. Every platform failed to compile. The AI generated the domain-specific code perfectly, but the shared infrastructure (data services, UI components, theme system, authentication) was missing.

Session 205: Preview System Built

The team built @libs-structural/platform-preview — a system to render generated platforms inside GoGrab Space using rspack/WASM. This works for static previews but couldn't show a running app because the generated code didn't compile.

Session 206 (Current): Foundation Fixed

This session fixed the root cause: we created a pre-built project template with all the necessary infrastructure.

What Changed

1. Created a Base Template (GitLab: gograbspace/platform-base-template)

   • Contains 33+ shared libraries from our main codebase
   • Includes UI components, data services, authentication, theming
   • Verified: builds with zero errors
   • Before/after comparison available via before-changes branch

2. Connected to Real Database

   • Previously: generated platforms used fake/mock data
   • Now: platforms use UniverseDataService which connects to our real backend
   • Each platform gets its own isolated data: space_{spaceId} database with universe_{universeId}_{collection} collections
   • Full CRUD: Create, Read, Update, Delete — with search, pagination, sorting, and filtering

3. Automatic Setup

   • When Vitto generates a platform, it now forks from the template instead of creating an empty repo
   • The platform's space/universe context is automatically configured at startup
   • Entity schemas are auto-registered in MongoDB with proper indexes

4. Modernized State Management

   • Removed NGXS (legacy state library, 200KB+ overhead)
   • All state now uses our own flash-persistence + Angular signals
   • Lighter, faster, more capable

5. Pipeline Automation

   • GitLab CI runs yarn install && yarn build automatically on every commit
   • Feature branches build too (not just main/develop)
   • Deploy to Cloudflare Pages on merge

What Each Change Achieves

Current State

What works now:

• Template compiles with 0 errors (verified)
• Pipeline is wired to fork from template
• CRUD templates generate services that use real backend
• App shell includes proper API configuration
• CI/CD pipeline uses yarn and builds automatically

What still needs testing:

• End-to-end: trigger a real generation → clone → build → serve → test CRUD
• Preview system integration with template-based repos

Next Steps: ESM SDK on Cloudflare

The Vision

Instead of copying 1,178 source files into every generated platform, we will:

1. Pre-compile all shared libraries into optimized JavaScript bundles
2. Host them on Cloudflare's global CDN (300+ edge locations, ~5ms worldwide)
3. Generated platforms reference them via URL — no source code duplication

This is like the difference between every restaurant growing its own wheat vs. buying flour from a shared mill.

What This Enables

• Faster generation: platforms are ~10-20 files instead of 1,000+
• Instant preview: libraries are pre-compiled, no build step needed
• Easy updates: fix a bug in a shared component → all platforms get it automatically
• AI-ready catalog: Vitto gets a machine-readable manifest of ALL 137 libraries with descriptions of what each does, so it can intelligently choose which ones each platform needs

Timeline

Key Numbers

• 33 libraries ported from gspace1 to template
• 1,178 TypeScript files in the template (Phase 2 will eliminate this duplication)
• 0 build errors (verified)
• 4 backend APIs fully mapped (backend-api, AI, docs, Vitto)
• 108 files changed in the template fix commit
• 5 major architecture decisions logged to intelligence system