Does this skill support P2P networking?

Yes, it leverages the OCapN protocol and CapTP (Capability Transport Protocol) for secure, distributed peer-to-peer interactions.

What is a 'Vat' in the Goblins framework?

A Vat is an isolated container for objects and actors, ensuring that state transitions are managed within a protected scope before communicating across the network via CapTP.

How does Goblins handle security?

It uses an Object Capability (OCap) model, where access to resources is granted through unforgeable references rather than centralized access control lists, making it inherently secure for P2P.

What is Goblins in the context of Claude Code?

Goblins is a distributed object capability system designed for secure, decentralized communication between isolated actor-based environments called 'vats'.

What are autopoietic agents in Goblins?

Each Goblins actor acts as an autopoietic system, meaning it maintains and reproduces its own state via 'bcom' (become) semantics, modeling cognitive self-maintenance.

Goblins Distributed OCap System

Name: Goblins Distributed OCap System
Author: plurigrid

byplurigrid

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Security & Testing

Implements a secure, distributed object capability system for autopoietic actor-based communication and peer-to-peer networking.

About

Goblins is a specialized skill for Claude that facilitates the development of secure, distributed systems using the Object Capability Network (OCapN) protocol. It enables the creation of 'vats'—isolated execution environments—and manages asynchronous communication between actors using the CapTP protocol. Grounded in autopoietic principles and active inference, this skill is ideal for building resilient, decentralized applications where secure references and predictable state transitions are paramount. It allows developers to model complex peer-to-peer interactions using a robust mathematical framework of triads and category theory.

Key Features

Support for autopoietic agent behavior through 'become' (bcom) state updates.
Implementation of CapTP for secure, asynchronous network protocols.
Compositional coherence using GF(3) naturality and active inference patterns.
Distributed Object Capability (OCap) management for secure P2P communication.
Vat isolation and spawning for robust actor-based state management.
2 GitHub stars

Use Cases

Building secure, decentralized peer-to-peer applications without a central authority.
Implementing cryptographic capability-based security for distributed microservices.
Developing autopoietic agent architectures that maintain internal state across distributed vats.

About

Key Features

Support for autopoietic agent behavior through 'become' (bcom) state updates.
Implementation of CapTP for secure, asynchronous network protocols.
Compositional coherence using GF(3) naturality and active inference patterns.
Distributed Object Capability (OCap) management for secure P2P communication.
Vat isolation and spawning for robust actor-based state management.
2 GitHub stars

Use Cases

Building secure, decentralized peer-to-peer applications without a central authority.
Implementing cryptographic capability-based security for distributed microservices.
Developing autopoietic agent architectures that maintain internal state across distributed vats.