Work Prioritisation

INPUT:
  prds[]        ← read from /phygital-mycelium/index.md Active table
  commissioning ← read from /phygital-mycelium/commissioning/index.md

FOR EACH prd IN prds:

  STEP 1 — SCORE PRIORITY (what deserves attention)
    Read the PRD. Score each dimension 1-5 using rubrics below.
    priority = (pain * demand * edge * trend * conversion) ^ (1/5)

  STEP 2 — SCORE READINESS (can we build it now)
    Read commissioning status. Score each dimension 1-5 using rubrics below.
    readiness = (0.20 * principles) + (0.25 * performance)
              + (0.20 * platform) + (0.15 * protocols) + (0.20 * players)

  STEP 3 — CHECK HARD GATES
    gate_pass = ALL of:
      □ Benchmarks defined (thresholds exist before build)
      □ Feature/Function/Outcome table exists (commissioning checklist)
      □ Named builder ≠ named commissioner
      □ Kill date + kill criteria written (if build started)
      □ Baseline measurement exists (if claiming improvement)
    IF NOT gate_pass: status = HOLD

  STEP 4 — COMPUTE COMBINED SCORE
    combined = priority * readiness / 5

  STEP 5 — CHECK DEPENDENCIES
    blocked_by[] ← read PRD dependency declarations
    IF any blocked_by[].status == BLOCKED: promote blocker above this PRD

  STEP 6 — CHECK KILL DATE
    IF kill_date exists AND kill_date - today < 30 days:
      Apply time_pressure bonus = +0.5 to combined

SORT prds BY combined DESC, applying:
  1. HOLD items sink to bottom of their maturity tier
  2. Blockers promote above the items they block
  3. Kill date items get +0.5 bonus

OUTPUT:
  Sorted table → becomes Active table order in /phygital-mycelium/index.md

Identity & Access ←── BLOCKS EVERYTHING
  ↓
  ├── Agent Platform ←── blocks all agent instances
  │     ├── Sales Dev Agent
  │     ├── Content Amplifier
  │     └── [future agents]
  │
  ├── Sales CRM & RFP ←── blocks sales chain
  │     → Sales Dev Agent → Sales Process Opt → Trust Commerce
  │
  └── ETL Data Tool ←── blocks data access
        → Data Interface

FOR EACH pair (prd_a, prd_b) IN prds:
  overlap = count(shared components in composition inventory)
  total   = max(components_a, components_b)
  IF overlap / total > 0.50:
    CHECK: do they declare Parent/Component/Peer relationship?
    CHECK: do shared components use different verbs? (own/use/compose/orchestrate)
    IF no relationship declared: FLAG as hierarchy signal
    IF same verb for same component: FLAG as duplication