How is transfer success measured?

Success is calculated via a utility score ranging from 0.0 to 1.0, factoring in delivery confirmation, transfer speed, and data completeness.

Does this skill require an active Tailscale network?

Yes, the skill utilizes Tailscale's mesh VPN infrastructure (100.x.y.z IP range) to discover peers and securely route traffic between nodes.

What transfer strategies are available?

You can choose between 'sequential' for order-strict small files, 'parallel' for high-bandwidth large files, or 'adaptive' for dynamic network conditions.

What is the 'Open Games' framework in this skill?

It is a mathematical framework by Jules Hedges that treats transfers as bidirectional games (play/coplay) to optimize utility and feedback through lens optics.

Tailscale Game-Theoretic File Transfer

Name: Tailscale Game-Theoretic File Transfer
Author: plurigrid

byplurigrid

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Infraestructura en la Nube

Enables peer-to-peer file transfers across Tailscale mesh networks using compositional game theory semantics for optimized performance and utility tracking.

Acerca de

This skill integrates Tailscale's secure mesh VPN with Jules Hedges' Open Games framework to facilitate intelligent file sharing between peers. It treats every transfer as a bidirectional game consisting of a forward 'play' (the transfer) and a backward 'coplay' (acknowledgment and utility calculation). By leveraging lens optics and GF(3) trits, the skill allows for sophisticated network orchestration, offering multiple strategies like parallel or adaptive transfers while maintaining a mathematically rigorous approach to network topology and peer discovery.

Características Principales

2 GitHub stars
Bidirectional game semantics using the Hedges Open Games framework
Utility scoring and feedback loops based on transfer speed and completeness
Three transfer strategies: sequential, parallel, and adaptive scaling
Secure peer-to-peer file sharing over Tailscale mesh VPN networks
Automated mesh network peer discovery and IP resolution

Casos de Uso

Automating peer-to-peer synchronization in environments requiring mathematical verification of transfer utility
Securely distributing large datasets or models across a distributed team's Tailscale network
Implementing composable network operations where file delivery success triggers dependent workflows

Acerca de

Características Principales

2 GitHub stars
Bidirectional game semantics using the Hedges Open Games framework
Utility scoring and feedback loops based on transfer speed and completeness
Three transfer strategies: sequential, parallel, and adaptive scaling
Secure peer-to-peer file sharing over Tailscale mesh VPN networks
Automated mesh network peer discovery and IP resolution

Casos de Uso

Automating peer-to-peer synchronization in environments requiring mathematical verification of transfer utility
Securely distributing large datasets or models across a distributed team's Tailscale network
Implementing composable network operations where file delivery success triggers dependent workflows