How foundational DNA propagates through every layer of the consortium -- and how we prove it does.
LIVE -- Cascade ActiveHow output reaches people. Email streams, social outlets, client touchpoints. Carries core system governance in every delivery.
What the framework produces. Blog content, landing pages, SOPs, briefs, research reports. Each artifact inherits the DNA of the layer below.
Technical and business engines, cycles, and pipelines. The Content engine, Build process, Content pipeline, Research Engine, and 18 more -- all built on top of L0 DNA.
The operating-system layer. Core system orchestration, twin-civilization sync, resource governance, durable work doctrine. Everything above inherits from here.
Every component in this consortium carries core system DNA from L0 -- and a regression cascade proves it on every foundational upgrade, replacing reliance on memory with provable coverage.
L0 is fully wired (4/4). L1 frameworks: 3 of 21 integrated, 18 queued. L2 + L3: 4 components queued. The cascade makes every gap visible.
When a foundational upgrade happens at L0 (the core system layer), every L1 framework, L2 output, and L3 distribution channel needs to inherit the change. Previously, we relied on manual sweeps -- remembering which components needed updating. That works for 5 components. It fails for 28. The network upgrade proved it: most L1 components were never regressed.
The solution is a three-part modular propagation mechanism that replaces memory with provable, automatic coverage.
A single shared module (federation_integration) that provides three hooks: resource preflight gate, twin-sync files, and durable-work check. Every L1 component imports this one module. Change the seam once -- all wired components inherit the change automatically.
A structured manifest (consortium-registry) listing every component by layer, category, wired status, and version. This is the source of truth -- not memory, not documentation, not conversation history. The registry knows what exists and what carries DNA.
An automated regression tool (federation_cascade) that, on every L0 upgrade, reads the registry, inspects each component's actual source code for seam imports, and reports coverage. It detects drift (registry says wired but code is not) and flags every gap loudly.
The key insight: we do not course through everything on every upgrade. Wired components inherit changes automatically through the seam. The cascade only needs to verify coverage and flag the unwired -- it does not rewrite 28 components every time. Regress once, inherit everywhere.
Foundational upgrade happens. Engineer remembers 5 of 21 components to update. 16 silently miss the change. No one knows until something breaks. Manual sweep does not scale.
Foundational upgrade happens. 3 wired components inherit automatically. Cascade immediately reports: "3/21 L1 wired, 18 queued." Every gap is visible, tracked, and actionable. Nothing hides.
Every component in the consortium, organized by layer. Wired = carries core system DNA via seam import. Unwired = queued for integration.
| Component | Category | Status |
|---|---|---|
| core system | core | Wired (v1.0) |
| federation_integration | core | Wired (v1.0) |
| duo_balancer | core | Wired (v1.0) |
| resource_governor | core | Wired (v1.0) |
| Component | Category | Status |
|---|---|---|
| build_cycle | cycle | Wired (v1.0) |
| content_cycle | cycle | Wired (v1.0) |
| curator_engine | engine | Wired (v1.0) |
| audit_engine | engine | Unwired |
| lexicon_engine | engine | Unwired |
| research_engine | engine | Unwired |
| cgd_cycle | cycle | Unwired |
| cpd_cycle | cycle | Unwired |
| discovery_cycle | cycle | Unwired |
| event_capture_cycle | cycle | Unwired |
| prism_cycle | cycle | Unwired |
| buffini_academy_pipeline | pipeline | Unwired |
| content_pipeline | pipeline | Unwired |
| icosa_lead_pipeline | pipeline | Unwired |
| lead_distribution_pipeline | pipeline | Unwired |
| research_pipeline | pipeline | Unwired |
| voice_avatar_pipeline | pipeline | Unwired |
| build_unified_index | infra | Unwired |
| email_auto_monitor | infra | Unwired |
| blog_generator | generator | Unwired |
| resource_cascade | infra | Unwired |
| Component | Category | Status |
|---|---|---|
| blog_output | output | Unwired |
| Component | Category | Status |
|---|---|---|
| email_distribution | distribution | Unwired |
| social_distribution | distribution | Unwired |
L1 is the work front. 3 of 21 framework components carry core system DNA. 18 are queued for bulk wiring. The cascade makes this gap visible and trackable -- not hidden in someone's memory.
The cascade provides a binary gate for build pipelines:
federation_cascade --check
Exit 0 = 100% L1 coverage (all components carry DNA). Exit 1 = gaps remain. This gate can be wired into any build or deploy pipeline to block releases when core system coverage regresses.
federation_cascade --status
Human-readable report: wired list, unwired list, drift detection, coverage percentage. What you saw at the top of this page comes from this command.
federation_cascade --json
Machine-readable output for automated dashboards and integration check.
Drift detection: The cascade does not trust the registry blindly. It re-derives wired status by inspecting each component's actual source code for seam imports. If the registry says "wired" but the code is not, that is flagged as drift.