# mohamoudj6-del/alterlab-fc-agent-playbook architecture

> Architecture diagram of the GitHub repository mohamoudj6-del/alterlab-fc-agent-playbook, generated by GitDiagram from its file tree, README and a sample of source files (last updated 2026-06-21). It is an AI-made overview: check details against the source.

- Interactive diagram: https://gitdiagram.com/mohamoudj6-del/alterlab-fc-agent-playbook
- Repository: https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook

## Overview

1. **Repository shape**
   - This repo is not a multi-service application codebase; it is essentially a **static landing/documentation site**.
   - The only clear runtime artifact is `index.html`, with a GitHub Actions workflow under `.github/workflows/`.

2. **Primary user-facing entrypoint**
   - `index.html` is the main application surface.
   - It likely serves the whole experience directly in the browser: branding, overview content, diagrams, and “download/get started” links.

3. **Documentation as the product**
   - `README.md` is unusually large and functions as the main product narrative.
   - It defines the conceptual architecture of “NeuroForge” rather than describing implemented modules.
   - For an architecture diagram, treat this README as **specification content**, not as source code for real subsystems.

4. **Deployment boundary**
   - The repository includes `.github/workflows/ibzfvkwhJfFE.yml`, which strongly suggests **automated publishing** via GitHub Actions.
   - The most likely target is **GitHub Pages**, especially because the README links to a GitHub Pages URL as the “download” destination.
   - So the main delivery path is: repository commit → GitHub Actions workflow → hosted static site.

5. **Runtime model**
   - There is no evidence of a backend service, API server, package manifest, or build pipeline in the repo tree.
   - That means the runtime is almost certainly **browser-only static HTML**, plus whatever assets or scripts are embedded directly in `index.html` or fetched externally.

6. **External dependency boundary**
   - The README references OpenAI, Claude, Snowflake, Hyperledger, Tableau, Kubernetes, Docker, and cloud functions.
   - These appear to be **illustrative integration targets**, not confirmed implemented dependencies in this repository.
   - In a diagram, separate these as **conceptual/external systems mentioned by the product story**, not as actual in-repo components.

7. **Conceptual architecture described by the README**
   - The README presents a layered model:
     - input stream
     - cognitive router
     - specialized cores: analytical, creative, strategic
     - orchestration layer
     - unified output
   - This is the conceptual domain model the page is advertising, and it’s the key logical architecture to capture if you are diagramming the intended framework.

8. **Subsystem boundaries in the narrative**
   - The conceptual subsystems are:
     - **Analytical**: pattern recognition, prediction, anomaly detection
     - **Creative**: synthesis, narrative generation, visual composition
     - **Strategic**: resource optimization, risk assessment, simulation
     - **Integrative/Orchestration**: coordination and unified output
   - These are clean boundaries for a high-level architecture diagram, even though the codebase does not implement them here.

9. **Configuration and operations story**
   - The README includes YAML-like profiles and CLI examples, implying a future or external **configuration-driven orchestration layer**.
   - It suggests operational concerns such as model selection, thresholds, latency, auditability, and continuous learning.
   - In architecture terms, these belong to a **control plane** concept, not a documented in-repo implementation.

10. **Observability and lifecycle**
   - The README names an “observatory” and mentions audit trails, performance targets, and monitoring.
   - This implies a separate monitoring/analytics boundary in the intended architecture.
   - Again, the repo itself does not show code for telemetry, but the product vision includes it.

11. **What is actually present vs. what is described**
   - Present in the repository:
     - static HTML entrypoint
     - README content
     - GitHub Actions workflow
   - Described but not evidenced in code:
     - skill orchestration engine
     - multi-model routing
     - APIs, training, deployment, observability subsystems

12. **Best diagram interpretation**
   - If you are drawing the architecture of the repository itself, use a very small diagram:
     - browser/user → `index.html` static content → GitHub Pages hosting
     - repository commit → GitHub Actions workflow → publish site
   - If you are drawing the **intended product architecture**, add the conceptual layers from the README as the main logical system.

13. **Important caution**
   - The repo reads like a **marketing/specification shell** for a future AI orchestration framework, not a completed framework implementation.
   - So the strongest architectural boundary is between:
     - **actual repo mechanics**: static site + CI publishing
     - **claimed domain architecture**: modular AI skill orchestration platform

Main entry points: [`index.html`](https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/index.html) (index.html), [`README.md`](https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/README.md) (README), [`.github/workflows/ibzfvkwhJfFE.yml`](https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/.github/workflows/ibzfvkwhJfFE.yml) (GitHub Actions)

## Diagram (Mermaid)

```mermaid
flowchart TD

subgraph group_repo_mechanics["Repo mechanics"]
  node_user(("User<br/>consumer"))
  node_index_html["index.html<br/>static entry<br/>[index.html]"]
  node_readme["README<br/>spec narrative<br/>[README.md]"]
  node_workflow["GitHub Actions<br/>publish workflow<br/>[ibzfvkwhJfFE.yml]"]
  node_pages[("GitHub Pages<br/>static host")]
end

subgraph group_product_story["Product story"]
  node_input_stream["Input stream<br/>data ingress"]
  node_router{{"Cognitive router<br/>routing layer"}}
  node_analytical["Analytical core<br/>analysis"]
  node_creative["Creative core<br/>generation"]
  node_strategic["Strategic core<br/>planning"]
  node_orchestration{{"Orchestration<br/>coordination"}}
  node_output["Unified output<br/>delivery"]
  node_control_plane["Control plane<br/>configuration"]
  node_observatory[("Observatory<br/>monitoring")]
end

subgraph group_external["External systems"]
  node_external_tools[("External tools<br/>integrations")]
end

node_user -->|"opens"| node_index_html
node_index_html -->|"summarizes"| node_readme
node_workflow -->|"publishes"| node_pages
node_index_html -->|"served from"| node_pages
node_readme -->|"defines"| node_input_stream
node_input_stream -->|"routes to"| node_router
node_router -->|"selects"| node_analytical
node_router -->|"selects"| node_creative
node_router -->|"selects"| node_strategic
node_analytical -->|"returns"| node_orchestration
node_creative -->|"returns"| node_orchestration
node_strategic -->|"returns"| node_orchestration
node_control_plane -->|"configures"| node_router
node_control_plane -->|"tunes"| node_orchestration
node_orchestration -->|"assembles"| node_output
node_observatory -.->|"feeds"| node_control_plane
node_observatory -.->|"observes"| node_orchestration
node_external_tools -.->|"supports"| node_analytical
node_external_tools -.->|"supports"| node_creative
node_external_tools -.->|"supports"| node_strategic

click node_index_html "https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/index.html"
click node_readme "https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/README.md"
click node_workflow "https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/.github/workflows/ibzfvkwhJfFE.yml"

classDef toneNeutral fill:#f8fafc,stroke:#334155,stroke-width:1.5px,color:#0f172a
classDef toneBlue fill:#dbeafe,stroke:#2563eb,stroke-width:1.5px,color:#172554
classDef toneAmber fill:#fef3c7,stroke:#d97706,stroke-width:1.5px,color:#78350f
classDef toneMint fill:#dcfce7,stroke:#16a34a,stroke-width:1.5px,color:#14532d
classDef toneRose fill:#ffe4e6,stroke:#e11d48,stroke-width:1.5px,color:#881337
classDef toneIndigo fill:#e0e7ff,stroke:#4f46e5,stroke-width:1.5px,color:#312e81
classDef toneTeal fill:#ccfbf1,stroke:#0f766e,stroke-width:1.5px,color:#134e4a
class node_user,node_index_html,node_readme,node_workflow,node_pages toneBlue
class node_input_stream,node_router,node_analytical,node_creative,node_strategic,node_orchestration,node_output,node_control_plane,node_observatory toneAmber
class node_external_tools toneMint
```

## Components

### Repo mechanics

Actual repository surface and publishing flow

- **User**: consumer · Visits the published site in a browser
- [index.html](https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/index.html): static entry · Main browser-facing landing page · `index.html`
- [README](https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/README.md): spec narrative · Primary product story and architecture description · `README.md`
- [GitHub Actions](https://github.com/mohamoudj6-del/alterlab-fc-agent-playbook/blob/main/.github/workflows/ibzfvkwhJfFE.yml): publish workflow · Automated site publishing job · `.github/workflows/ibzfvkwhJfFE.yml`
- **GitHub Pages**: static host · Likely deployment target for the published site

### Product story

Conceptual architecture described by the README

- **Input stream**: data ingress · Incoming requests, prompts, or content streams
- **Cognitive router**: routing layer · Directs work to the appropriate capability
- **Analytical core**: analysis · Pattern recognition, prediction, and anomaly detection
- **Creative core**: generation · Synthesis, narrative, and visual composition
- **Strategic core**: planning · Resource optimization, risk, and simulation
- **Orchestration**: coordination · Coordinates specialized cores into one workflow
- **Unified output**: delivery · Combined response or packaged result
- **Control plane**: configuration · Profiles, thresholds, latency, and operating policy
- **Observatory**: monitoring · Audit trails, metrics, and lifecycle visibility

### External systems

Illustrative integrations and destinations referenced by the narrative

- **External tools**: integrations · Illustrative third-party AI, data, and infra systems

## Connections

- User → index.html: opens · Browser loads the landing page
- index.html → README: summarizes · The page is backed by the repository narrative
- GitHub Actions → GitHub Pages: publishes · GitHub Actions deploys the static site
- index.html → GitHub Pages: served from · Published HTML is hosted statically
- README → Input stream: defines · The README frames the intended system inputs
- Input stream → Cognitive router: routes to · Incoming work is classified and dispatched
- Cognitive router → Analytical core: selects · Routes analytic workloads to the analytical core
- Cognitive router → Creative core: selects · Routes generative workloads to the creative core
- Cognitive router → Strategic core: selects · Routes planning workloads to the strategic core
- Analytical core → Orchestration: returns · Specialized results feed coordination
- Creative core → Orchestration: returns · Specialized results feed coordination
- Strategic core → Orchestration: returns · Specialized results feed coordination
- Control plane → Cognitive router: configures · Policies and profiles influence routing
- Control plane → Orchestration: tunes · Operational parameters shape coordination
- Orchestration → Unified output: assembles · Combines specialist outputs into one response
- Observatory → Control plane: feeds · Monitoring informs operational tuning
- Observatory → Orchestration: observes · Tracks execution and audit trails
- External tools → Analytical core: supports · Illustrative downstream or upstream systems
- External tools → Creative core: supports · Illustrative downstream or upstream systems
- External tools → Strategic core: supports · Illustrative downstream or upstream systems