ai-build-buy-partner

Apply a weighted decision framework to recommend AI sourcing archetypes and roadmap.

5|2|Updated Mar 27, 2026
One-click install
npx skills add https://github.com/tarunccet/pm-skills --skill ai-build-buy-partner
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ai-build-buy-partner
Source: https://github.com/tarunccet/pm-skills/tree/main/pm-ai-product-management/skills/ai-build-buy-partner
Command: npx skills add https://github.com/tarunccet/pm-skills --skill ai-build-buy-partner

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Decide how to source AI capabilities — build, buy via API, fine-tune, or partner — to balance speed, cost, control, and differentiation for a product.

Core Features & Use Cases

  • Structured evaluation framework covering four sourcing archetypes: pure API, fine-tuned base model, hybrid with retrieval augmentation, and fully custom model.
  • End-to-end guidance from context confirmation to a formal recommendation report and roadmap.
  • Integrated cost modeling, risk mitigation, and build-vs-buy triggers to inform decision-making and planning.

Quick Start

Provide the product context and constraints, then request a structured recommendation on whether to build, buy, fine-tune, or partner for the AI capability.

Frequently Asked Questions about ai-build-buy-partner

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I decide whether to build or buy an AI capability for my product?

A build versus buy evaluation for AI assesses strategic differentiation, data leverage, cost at scale, time-to-market, and team capability. It uses a weighted decision framework across pure API, fine-tuning, or custom model archetypes to output a formal recommendation and roadmap.

What factors should I weigh in a vendor evaluation for AI APIs?

Vendor evaluation for AI APIs weighs strategic differentiation, data leverage, cost at scale, compliance, and customization. Applying a weighted decision matrix across these constraints identifies whether buying via API or fine-tuning a base model is the optimal sourcing archetype.

When does fine-tuning a base model make sense over using a pure API?

Fine-tuning a base model makes sense over a pure API when high customization and proprietary data leverage are required. The decision framework evaluates your compliance needs, team capability, and cost at scale to recommend fine-tuning, hybrid retrieval augmentation, or fully custom development.

How do I create a cost model for scaling an AI feature?

Creating a cost model for scaling an AI feature requires evaluating financial implications across sourcing archetypes. The framework generates a concrete cost model comparing pure API usage, fine-tuning, and hybrid retrieval to inform your build or buy decision and long-term adoption roadmap.

What are the limitations of building a fully custom AI model instead of partnering?

Limitations of building a fully custom AI model include extended time-to-market, high cost at scale, and demanding team capability requirements. When these constraints outweigh strategic differentiation, the framework recommends buying via API or partnering to mitigate risks and accelerate short-term PoC deployment.