What is the primary focus of the Tenderloin skill?

Tenderloin is designed to model and manage investment strategies specifically for the Protocol Labs ecosystem, including decentralized storage (Filecoin/IPFS) and networking (libp2p).

How does Tenderloin use GF(3) conservation?

It uses a ternary logic system where long positions (+1), neutral positions (0), and short positions (-1) must sum to zero, ensuring a mathematically balanced and hedged portfolio.

Can this skill track competitor funds?

Yes, Tenderloin includes competitive intelligence features to monitor the activities and exposures of peer funds like a16z, Paradigm, and Multicoin.

What are World-Generating Events in Tenderloin?

These are major protocol milestones or market catalysts, such as the Filecoin FVM launch or enterprise cloud outages, that create new market regimes and opportunities for value capture.

Tenderloin Protocol Labs Fund

Name: Tenderloin Protocol Labs Fund
Author: plurigrid

byplurigrid

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Analytics & Monitoring

Models and manages investment compositions for the Protocol Labs ecosystem using topological mapping and GF(3) conservation strategies.

About

Tenderloin is a specialized Claude Code skill designed for modeling and tracking investments within the Protocol Labs ecosystem, encompassing Filecoin, IPFS, libp2p, and related protocols. By utilizing advanced mathematical frameworks like colored operads, wiring diagrams, and GF(3) conservation logic—which balances long, short, and neutral positions—it provides a structured approach to ecosystem growth and competitive intelligence. This skill is particularly useful for fund managers, researchers, and developers looking to automate portfolio tracking, detect world-generating market catalysts, and optimize for World Extractable Value (WEV).

Key Features

Ecosystem mapping for IPFS, Filecoin, libp2p, and IPLD
2 GitHub stars
World-Generating Event detection and catalyst analysis
Competitive intelligence tracking for peer crypto funds
GF(3) balanced portfolio modeling (Long/Neutral/Short)
Automated investment flow modeling via wiring diagrams

Use Cases

Tracking Protocol Labs ecosystem raises and on-chain fund wallets
Generating mathematically-backed investment theses for Web3 projects
Managing decentralized storage and compute portfolio allocations

About

Key Features

Ecosystem mapping for IPFS, Filecoin, libp2p, and IPLD
2 GitHub stars
World-Generating Event detection and catalyst analysis
Competitive intelligence tracking for peer crypto funds
GF(3) balanced portfolio modeling (Long/Neutral/Short)
Automated investment flow modeling via wiring diagrams

Use Cases

Tracking Protocol Labs ecosystem raises and on-chain fund wallets
Generating mathematically-backed investment theses for Web3 projects
Managing decentralized storage and compute portfolio allocations