LuaN1aoAgent is a cognitive-driven, fully autonomous AI penetration testing agent powered by dual-graph reasoning. It is developed by the Intelligent Offensive and Defensive Security Team led by Professor Lu Hui, Dean of the Institute of Cyberspace Security at Guangzhou University.

Tutorials on Causal Inference and pgmpy

Algorithms for quantifying associations, independence testing and causal inference from data.

Open-source causal graph memory for AI agents. 89.9% on LoCoMo. MCP server with ACT-R scoring, spreading activation, and active forgetting.

CausIL is an approach to estimate the causal graph for a cloud microservice system, where the nodes are the service-specific metrics while edges indicate causal dependency among the metrics. The approach considers metric variations for all the instances deployed in the system to build the causal graph and can account for auto-scaling decisions.

A curated list of amazingly awesome things regarding Graph Structure Learning.

🔎 Benchmarking Framework for Extendability of Causal Graphs 🔍

🧠 R2T Prototype: An LLM pre-trained on causal graphs (not just text) to build provably faithful step-by-step reasoning.

A Minimal model for causal invariance: path merging via DP-like optimization

Logistic optimization: Delivery drivers location optimization with Causal Inference

🔍 Enhance reasoning accuracy with the Reflective Reasoning Transformer, leveraging causal reasoning graphs for better dynamic reasoning performance.

Causal-graph active-inference research prototype with discovery, counterfactuals, symbolic laws, and metacognitive facades.

Persistent causal memory for AI coding assistants.

Code for the python model `actualcauses` that implements algorithms for HP-causes identification.

R code for causal graph animations

Implémentation d’un système d’IA Explicable (XAI) basé sur les explications contrastives bi-factuelles, avec optimisations algorithmiques et interface graphique CausaLytics.

A first-class calculus for mechanism-level causal intervention. Strictly extends Pearl's SCM framework with hypergraph mechanisms as primary causal objects.

Investigating how formal constraints reorganize the internal routing geometry of Transformer attention graphs across model families.

Federated anomaly detection and automated root cause analysis for massive microservice architectures.

QIC-S Theory Ver 1.6: Numerical codebase (partially retracted, see ERRATUM). DOI: 10.17605/OSF.IO/KB75P