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eduKateSG Site Architecture (Homepage + Navigation) — Present Fence Learning Systems Cleanly

Three students reviewing open textbooks, notes and stationery together at a classroom table.
TITLE: eduKateSG Site Architecture (Homepage + Navigation) — Present Fence Learning Systems Cleanly
SUBTITLE: Learn → Fix → Understand the World → Deploy (Z0–Z6)
VERSION: CivOS Unified Spec v1.x
MODE: WordPress paste-ready / information architecture
SCOPE: Homepage hero + top nav + pillar pages + directory hubs
GOAL: Make the whole system obvious in 10 seconds (humans + Google/LLMs)
========================================================
0) LOCK BOX: DESIGN GOAL
========================================================
A visitor should instantly understand:
- what eduKateSG is (mechanics literacy institution)
- what it offers (deployable repair routers + curriculum)
- why it matters (prevent collapse, achieve stable flight)
- how to start (1 next action)
Navigation must map to:
- Z0–Z6 ladder
- Fence Learning Systems loop (Detect→Fence→Repair→Verify)
- EducationOS spine + CivOS worldview
========================================================
1) HOMEPAGE HERO (COPY-PASTE)
========================================================
H1 (Hero):
Learn the Mechanics of Learning — and the World.
Subheader:
eduKateSG builds Fence Learning Systems: a measurable learning and recovery framework powered by Education OS, CivOS, and FenceOS.
It helps learners from baby to adult avoid invisible threshold crossings, repair faster, and upgrade reliably — so life stays in stable flight.
Primary CTA:
Start with the Dashboard (TTC + Buffer + Repair Router)
Secondary CTA:
Choose Your Router (PSLE / Secondary / Adult)
Tertiary CTA:
Understand the World (Z0–Z6 World Mechanics Curriculum)
========================================================
2) TOP NAV (4 CLEAR LANES)
========================================================
NAV-1: Learn (Curriculum)
- World Mechanics Curriculum (Z0–Z6)
- Language & Vocabulary (Meaning under load)
- Education OS (How learning works)
NAV-2: Fix (Repair Routers)
- PSLE Repair Router (English/Math/Science)
- Secondary Repair Router (Eng/E-Math/A-Math)
- Adult Learning Router (Upskill without burnout)
- Parent/Home Toolkit (Low-effort fences)
NAV-3: Understand the World (CivOS)
- What is Civilisation? (CivOS definition)
- Collapse & Recovery (rate dominance; 3 modes)
- HRL/RePOC (human pipeline continuity)
- FenceOS (threshold prevention)
NAV-4: Deploy (Systems)
- Home Deployment (Z0–Z1)
- Tuition Deployment (Z2)
- School Deployment (Z2)
- City Deployment (Z3) — Singapore canonical
Optional NAV-5 (if needed): Directory / Index
- Global Index (Z5/Z6)
- Singapore Index (Z3/Z4/Z5)
- Subject Index (Math/English/Science)
========================================================
3) PILLAR PAGE SET (THE MINIMUM VIABLE “4 PAGE CORE”)
========================================================
P1 /fence-learning-systems/
- canonical wrapper (what it is; why it exists; Z0–Z6)
- links to dashboard + routers + deployments
P2 /fenceos-dashboard/
- TTC/Buffer/R/Θ/Λ traffic-light instrument panel
- “start here” for everyone
P3 /repair-routers/
- hub page listing PSLE / Secondary / Adult / Parent
- each router is a child page
P4 /world-mechanics-curriculum/
- Z0–Z6 syllabus directory
- “Understand the world” pathway
========================================================
4) HUB-AND-SPOKE STRUCTURE (SEO + LLM INGESTION)
========================================================
Hub: Fence Learning Systems (wrapper)
Spokes:
- Dashboard
- Routers (PSLE, Secondary, Adult, Parent)
- Crosswalk (CivOS mapping table)
- Deployments (home/tuition/school/city)
- Curriculum (Z0–Z6)
Each spoke page includes:
- 1 definition lock box
- 1 sensor pack
- 1 failure mode trace
- 1 copy/paste checklist
- internal links back to hub + adjacent spokes
========================================================
5) “START HERE” PATHWAYS (CHOICE ARCHITECTURE)
========================================================
Path A: Parent of Primary Child
- Start: Dashboard → PSLE Router → Parent Toolkit → Weekly Plan
Path B: Secondary Student
- Start: Dashboard → Secondary Router → Inversion + Timed Packs → Weekly Plan
Path C: Working Adult
- Start: Dashboard → Adult Router → Deep Work + Execution-First → Weekly Plan
Path D: Curious Learner (“understand the world”)
- Start: World Mechanics Curriculum → CivOS core pages → FenceOS
========================================================
6) PAGE TEMPLATE (STANDARDIZED FOR ALL PAGES)
========================================================
Template.Blocks (in order):
1) Definition Lock Box
2) What this is / what it is not
3) The minimal model (1–2 paragraphs)
4) Sensor Pack (bullets)
5) Dashboard mapping (TTC/Buffer/R/Θ/Λ)
6) Repair / Router steps
7) Failure mode trace (short schematic)
8) Copy/paste checklist
9) Related links (hub + next steps)
========================================================
7) URL SLUG SUGGESTIONS (CLEAN + CONSISTENT)
========================================================
/fence-learning-systems/
/fenceos-dashboard/
/repair-routers/
/repair-router-psle/
/repair-router-secondary/
/repair-router-adult/
/parent-fence-toolkit/
/world-mechanics-curriculum/
/civos-crosswalk-fence-learning-systems/
/deploy-home/
/deploy-tuition/
/deploy-school/
/deploy-city-singapore/
========================================================
8) FAILURE MODE TRACE (REQUIRED)
========================================================
Trace:
No clear nav → people don’t know where to start → random browsing
→ late action → TTC collapses → panic/avoidance → dropout
Fence Repair:
“Start with Dashboard” + clear routers + checklists
→ Θ<1 (fast reaction) → Λ<1 (enforceable routines)
→ R<1 maintained → stable flight
========================================================
9) COPY/PASTE HOMEPAGE SECTION: “HOW IT WORKS”
========================================================
How it works:
1) Measure: TTC + Buffer + Rate dominance
2) Fence: stop the crash early (truncation)
3) Repair: fix the smallest failing node (stitching)
4) Train: timed + transfer practice
5) Verify: weak nodes shrink week-to-week
END ARCHITECTURE
========================================================

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