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Subsystem Catalog

FDRP has 32 subsystems organized into 5 capability themes: backbone (heterogeneous compute), router (PIO dispatch fabric), cognition (meta-cognition substrate), evidence (receipt chain & governance), and orchestration (waves, runs, roadmap). The catalog below preserves the original 7-category health view; the themes describe how subsystems compose into capabilities. All numbers are measured from production MySQL (BIND-021), not estimated.

  • Backbone — heterogeneous compute substrate. Rust + MySQL + mesh; 71 Cargo.toml across 18+ projects; R20 encoded-physics kernels (drone-design generator, DSP libraries, ROI compute).
  • Router — PIO dispatch fabric. 54 agent_dispatch_table rows, 446 fdrp_expert_registry rows; R21 multi-CC orchestration designed, R22 context injection routing designed.
  • Cognition — meta-cognition substrate. R23 Phase-1 live 2026-05-10: plan_registry + relevance_scores + intersection_proposals; tick-work-meter relevance scoring.
  • Evidence — BIND-051 receipt chain + verify-rendered discipline + 727+ fdrp_evolution_log entries + full governance trail.
  • Orchestration — 76 fdrp_runs + 96 roadmap_items (WSJF) + 18 SOPs + 12 concept2X pipelines + Wave R11 cross-model protocol.

Capability Tracks (R20–R23)

Four cross-cutting capability tracks span the 5 themes above. Each track lands new subsystems and policies into the catalog below over time.

R20 — Computational Engineering Backbone In Production

Encoded-physics kernels (drone-design generator, DSP libraries, ROI compute) — 71 Cargo.toml across 18+ projects. Substrate visible in the AirGuard interceptor-gen case study.
R21 — Core Router Memory + Multi-CC Orchestration Designed

Memory pinning policy, tasklist autonomy, multi-CC TMUX router pattern. PIO data plane: PARSE → CLASSIFY → LOOKUP → SCORE → DISPATCH (BIND-052/053).
R22 — Context Injection Routing Designed

(task_type, project_track, specialist_type) → ordered context bundle. Closes the “right specialist, wrong context” gap surfaced in router post-mortems.
R23 — Plan-Mode Architecture Phase 1 Live

Plan Evidence Contract + 4 PreToolUse hooks + /plan-validate skill + Rust evidence indexer. Phase-1 substrate live 2026-05-10: plan_registry, relevance_scores, intersection_proposals.

Catalog Health (32 subsystems / 7 categories)

14 Healthy
8 Degraded
10 Unknown

Core

4 subsystems
Fractal Diamond #1

The foundational recursive diamond pattern that drives convergence through iterative refinement. Core architectural primitive.

Concept2x Platform #9

Concept-to-payload transformation engine. Converts abstract concepts into executable artifacts (concept2image, concept2paper, concept2code).

Collective Coordination #18

Multi-agent coordination framework. Manages parallel specialist dispatch, team leader selection, and position limits.

Cognitive Architecture #28

System-level cognitive patterns including memory escalation, context partitioning, and attention management. New in Wave 42.

Own Models #22

Fine-tuning and custom model development pipeline. Manages model evaluation, training data curation, and deployment.

Discovery

5 subsystems
Expert Expansion #2

LLM-generated specialist panels with emergent persistence. Demonstrated on the antimatter programme: 68 experts, 6,052 findings.

Knowledge Grafting #10

Cross-domain knowledge transfer and integration. 644 entries in the knowledge index spanning multiple domains.

Thinking Types #17

Structured reasoning framework with multiple thinking modalities: analytical, creative, critical, systemic, and lateral.

Gaps & Opportunities #26

Automated detection of coverage gaps and improvement opportunities across the entire pipeline. New in Wave 42.

Thinking Chains & Structures #27

Composable thinking chain patterns for complex reasoning tasks. Templates for Ishikawa, 5-Why, TRIZ, and custom chains.

Cognitive Opportunities #30

Identification of cognitive leverage points where small interventions yield large capability improvements. New in Wave 42.

Quality

3 subsystems
Peer Review #3

Cross-model verification with N>=3 models. Detected 4 systematic bias patterns. Uses Claude Opus, GPT-5.4, and Gemini 3.1.

5S Auditing #16

Continuous 5S quality auditing (Sort, Set in order, Shine, Standardize, Sustain) applied to code, data, and documentation.

Web Finetuning #24

Web presence quality management. Lighthouse auditing, SEO optimization, and performance monitoring for all FDRP web properties.

Six Hats #4

De Bono Six Thinking Hats applied to planning decisions. Escalation target when presenter-critique loops exceed 5 iterations.

Evolution

3 subsystems
SPC Monitoring #5

Statistical process control with Nelson Rule violation detection, control charts, drift baselines, and anti-pattern registry.

Self-Evolution #6

Automated system improvement through correction lifecycle: detect, propose, review, apply, measure. 80 binding rules evolved.

Automated Versioning #15

Git-based versioning with professional commit standards. Currently at paper v21.0 with full version archive.

Opportunity Hunter #23

Proactive identification and ranking of improvement opportunities by impact, effort, and alignment with system goals.

Integration

4 subsystems
Ecosystem Maps #7

Dependency mapping, topology visualization, and integration health tracking across all subsystems and external systems.

Rosetta Stone #11

Cross-domain translation layer. Maps concepts between particle physics, cybersecurity, emergency management, and other domains.

Grant Machine #20

Automated research grant proposal generation with compliance checking and funding body requirement matching.

Multinode Project #25

Distributed computation across the 3-node render farm: orchestrator (Node 1), CPU workloads (Node 2), GPU rendering (Node 3).

Wiring Check & Fix #31

Automated verification and repair of inter-subsystem connections, hook registrations, and data flow integrity. New in Wave 42.

Governance

5 subsystems
Payload Constitution #8

Governance framework for payload quality. Ensures every output meets grounding, evidence, and accuracy requirements.

RAMS Safety #13

Reliability, Availability, Maintainability, Safety (IEC 60812). Applied to planning decisions as manufactured artifacts.

CERN Compliance #14

CERN-specific compliance requirements: safety standards, documentation formats, and organizational protocols.

Cost Accounting #19

Token economics and cost tracking per artifact, per model, per pipeline run. Spend accountability across the mesh.

Daemon Taxonomy #29

Classification and management of all system daemons, schedulers, and background processes. New in Wave 42.

Limits Hunt & Fix #32

Systematic identification and resolution of system limits, bottlenecks, and constraints. New in Wave 42.

Visualization

2 subsystems
Visualization Engine #12

D3.js-based vector visualization pipeline. MySQL to JSON to D3 to SVG. Charts, diagrams, and data dashboards.

Unreal 3D Engine #21

3D visualization and interactive scene generation using Blender 5.0.1 across the 3-node render farm with RTX 4090 GPU.

Data Source: All subsystem health status, counts, and categories are queried from the production c6_mysql_intelligence.fdrp_subsystems table. Last updated: 2 April 2026. Numbers on this page are measured from the database, not estimated (BIND-021).