# 🛡️ Cognitive Integrity Framework: Formal Foundations for Multiagent Security (Part 1: Theory)

**Daniel Ari Friedman** (2026) · *Zenodo*

[![DOI](https://img.shields.io/badge/DOI-10.5281%2Fzenodo.18364119-blue)](https://doi.org/10.5281/zenodo.18364119)

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## Abstract

> This paper presents the Cognitive Integrity Framework, which provides formal foundations for enhancing security in multiagent systems by addressing cognitive attack surfaces. It aims to establish a theoretical basis for understanding and mitigating vulnerabilities in cognitive operators and cyberphysical systems.

## Keywords

`cognitive integrity` · `multiagent security` · `cognitive security` · `Active Inference` · `category theory` · `formal foundations` · `threat modeling`

## Key Contributions

- Introduction of the Cognitive Integrity Framework for multiagent security.
- Identification and analysis of cognitive attack surfaces in multiagent operators.
- Development of a trust calculus and detection bounds for cognitive systems.
- Proposing novel defense mechanisms tailored for cognitive security.

## Methods

- Formal modeling of cognitive states and integrity properties.
- Trust computation and algebra to assess security postures.
- Anomaly detection techniques including cognitive drift scoring and behavioral deviation.
- Architectural and runtime defense strategies designed for cognitive systems.

## 🎯 Consulting & Tutoring

**Available for AI Research Consulting and Tutoring.** [Contact Daniel Ari Friedman, PhD](https://danielarifriedman.com/) for collaboration on Active Inference, Bayesian modeling, and computational biology.

## Citation

```bibtex
@article{2026_CognitiveIntegrity,
  author = {Daniel Ari Friedman},
  title = {{Cognitive Integrity Framework: Formal Foundations for Multiagent Security (Part 1: Theory)}},
  journal = {Zenodo},
  year = {2026},
  doi = {10.5281/zenodo.18364119},
}
```

## File Inventory

- `AGENTS.md` (2,044 bytes)
- `2026_CognitiveIntegrity.pdf` (931,657 bytes)
- `README.md` (1,649 bytes)
- `SKILL.md` (1,846 bytes)