Can I use this for DEP/ABM supervision?

Yes, the skill treats Apple Business Manager (ABM) and Device Enrollment Program (DEP) supervision as an irreversible cobordism within the device lifecycle.

How does GF(3) logic improve security?

GF(3) triadic logic ensures that the sum of operations (Generator, Coordinator, Validator) in an authentication flow equals zero, mathematically verifying that the sequence is complete and valid.

Does this skill support Apple's SCEP protocol?

Yes, it includes specialized logic for SCEP certificate enrollment, including payload generation and boundary validation for certificate-based identities.

What is a cobordism in the context of MDM?

In this skill, a cobordism represents a manifold with boundaries that models the transition from one authentication state (like Unauthenticated) to another (like Enrolled), ensuring a structured flow.

Is it compatible with native macOS security tools?

Absolutely. The skill interfaces directly with the macOS 'security' command-line utility to manage passwords and certificates in the system Keychain.

macOS MDM Cobordism Management

Name: macOS MDM Cobordism Management
Author: plurigrid

byplurigrid

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Security & Testing

Automates macOS Mobile Device Management (MDM) using a cobordism-based state machine for secure credential derivation and device orchestration.

About

The mdm-cobordism skill redefines macOS device management by modeling authentication and enrollment flows as topological cobordisms—state transitions across manifold boundaries. By treating credentials as derived entities rather than static objects, it provides a high-integrity framework for handling Apple MDM protocols, SCEP certificate enrollment, and DEP/ABM supervision. Utilizing GF(3) triadic logic, it ensures that every step of the authentication chain—from key generation to enrollment verification—is mathematically conserved and structurally sound, making it a powerful tool for secure systems engineering and automated macOS orchestration.

Key Features

Deep integration with macOS Keychain for secure credential storage and retrieval
GF(3) triadic logic to verify integrity of authentication flows
Cobordism-based state machine for managing device enrollment transitions
2 GitHub stars
Automated SCEP (Simple Certificate Enrollment Protocol) payload generation and validation
Apple DEP/ABM supervision modeling through irreversible state transitions

Use Cases

Automating secure certificate-based enrollment for large macOS device fleets
Implementing mathematically-verified authentication chains for zero-trust architectures
Managing cryptographic identities and session tokens within the native macOS Keychain

About

Key Features

Deep integration with macOS Keychain for secure credential storage and retrieval
GF(3) triadic logic to verify integrity of authentication flows
Cobordism-based state machine for managing device enrollment transitions
2 GitHub stars
Automated SCEP (Simple Certificate Enrollment Protocol) payload generation and validation
Apple DEP/ABM supervision modeling through irreversible state transitions

Use Cases

Automating secure certificate-based enrollment for large macOS device fleets
Implementing mathematically-verified authentication chains for zero-trust architectures
Managing cryptographic identities and session tokens within the native macOS Keychain