v5.4.1 · PRODUCTION

C4Reqber

Cognitive Exoskeleton for AI Agents.
Think. Simulate. Prove. Discover.

UNIVERSAL PROBLEM-SOLVING ENGINE · CREATIVE & DISRUPTIVE INSIGHTS CATALYST

▶ Run Demo Pipeline GitLab Docs

Z₃³ · 27 states · 6 operators · Ø=3 · 24 scientist paths · 12-Step Pipeline · AGPL-3.0

Cognitive States

C4 Operators

Knowledge Sources

Scientist Paths

MCP Tools

Pipeline Steps

Capabilities

4-Mode BLAST System

Auto-routing pipeline: one command, four discovery modes.

⬡

blast solve

Strategic artifact generation — PRD, blueprints, architecture, code.

12-stageObserver

◇

blast turbo

Paradigm-shifting research proposals with full C4 cognition.

HIL Pipeline28 sources

▲

blast flash

Quick LLM answers with optional USP cognitive analysis.

FastDeep mode

◆

blast turbofactory

Parallel paradigm factory — 5 to 100 concurrent pipelines.

ParallelScale

Live Demo

12-Step Discovery Pipeline

Watch the language gene transfer paradigm discovery unfold. Based on real data from discovery/batch_v5/exports/.

Architecture

C4-META: 27 States, Z₃³, 6 Operators

Z₃³ COGNITIVE CUBE (3×3×3) ┌─────────────┐ │ T=2 ◆ │ │ T=1 ▲ │ ──── S-axis │ T=0 ○ │ └─────────────┘ │ │ │ A0 A1 A2 Operators: T = tau (time shift) T_INV = tau⁻¹ (reverse) S = sigma (scale shift) S_INV = sigma⁻¹ (reverse) A = alpha (abstraction shift) A_INV = alpha⁻¹ (reverse) Theorem 11: undirected Ø=3, directed fwd=6

How C4 Works

Every problem is classified into one of 27 cognitive states in a Z₃³ cube. The C4 engine then finds the optimal sequence of operators to navigate from the problem state to the discovery state.

Each state encodes three dimensions: Temporal (past/present/future), Scale (micro/meso/macro), and Abstraction (concrete/symbolic/meta).

T: Temporal Shift

T_INV: Reverse Temporal

S: Scale Shift

S_INV: Reverse Scale

A: Abstraction Shift

A_INV: Reverse Abstract

Cognitive Routing

24 Scientist Paths

Each discovery traces a unique cognitive journey through C4 space, mapped to historical scientific breakthroughs.

Einstein

Contradiction

T₁S₂A₂ → T₂S₀A₀

Darwin

Observation

T₁S₁A₀ → T₀S₂A₁

Tesla

Invention

T₂S₁A₂ → T₁S₁A₀

Shannon

Abstraction

T₁S₀A₂ → T₀S₁A₁

Curie

Empiricism

T₁S₂A₀ → T₀S₀A₁

meta-path

Gödel

T₂S₂A₂ → meta-level

Pasteur

Falsification

T₁S₂A₁ → T₀S₁A₀

Hassabis

Simulation

T₂S₂A₂ → T₁S₁A₂

+16 more paths: Turing, Feynman, Crick, Fermi, Ramanujan, Nash, Lovelace, von Neumann, Bohr, Mendeleev, Karikó, Moser, Doudna, Baker, Hinton, Planck

Competitive Analysis

How C4Reqber Compares

48 competitors tracked across 6 categories. Full report: archive/plans/c4reqber_competitive_intelligence_report/

Feature	C4Reqber	Sakana AI-Scientist	CrewAI	Perplexity	Claude Code
12-step pipeline	✓	~6	—	—	—
Formal verification (Lean4/Coq)	✓	—	—	—	—
C4 Z₃³ topology	✓	—	—	—	—
24 scientist paths	✓	—	—	—	—
40 TRIZ principles	✓	—	—	—	—
28 knowledge sources	✓	—	—	✓	—
Physics simulation	✓	✓	—	—	—
WASM plugin runtime	✓	—	—	—	—
Paradigm shift detection	✓	—	—	—	—
Open-source (AGPL-3.0)	✓	—	✓	—	—