What Is MCP in the Context of AI?
Model Context Protocol ensures that product data:
- Is context-aware – Beyond static attributes, the data includes logic, relationships, and constraints (e.g., “This product is incompatible with X,” or “Only available in region Y”).
- Adheres to ontologies – Uses shared definitions and taxonomies across systems (like GS1, Schema.org, or your custom product models).
- Is governed by logic – Rules define how AI agents interpret variants, bundles, dependencies, and conditions.
- Is optimized for AI workflows – Enables agents to simulate real-world scenarios like compatibility checks, upsells, or bundle recommendations.
Why MCP Matters for AI Agents
As AI agents like Google SGE, ChatGPT plugins, and Shopify Sidekick evolve, they:
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Move beyond simple attribute-matching toward decision-making.
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Need rules and logic to avoid misinformation (“does this toner fit my printer?”).
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Benefit from machine-actionable instructions to simulate human expertise.
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Require consistent product graph logic across feeds, APIs, and surfaces.
Without MCP, AI might misinterpret your product relationships, surface irrelevant bundles, or apply promotions inaccurately.
How to Make Your Data Context-Rich for AI Agents
| Area | Action | Tools/Tech |
|---|---|---|
| Context Modeling | Define bundles, variants, compatibilities, exclusions | Product Graphs, Ontologies |
| Semantic Relationships | Use linked data formats to express dependencies | JSON-LD, RDF, OWL, GS1 |
| Logic Integration | Encode “if-then” rules (e.g., requires batteries) | PIM Rules Engine, AI Layer Logic |
| Feed Customization | Tailor feeds by context (e.g., regional availability, regulated SKUs) | Syndication Rules in PIM |
| Dynamic FAQs & Guidance | Expose decision trees and compatibility Q&A | NLP-ready content, FAQ markup |
| API Governance | Version APIs that reflect product model changes | Versioned REST, GraphQL |
| Schema Extensions | Extend Schema.org with context-specific properties | Custom Schema.org types |
How to Test If You’re MCP-Ready
You can evaluate Model Context Protocol readiness with:
- Schema.org extensions: Do your pages include contextual properties (e.g.,
isAccessoryOrSparePartFor,isVariantOf,compatibleWith)? - Structured Q&A and logic: Do you offer decision-support flows AI can parse?
- Feed granularity: Can your feeds reflect different contexts (locale, language, inventory)?
- Simulate an agent’s view: Use OpenAI’s browsing plugin or tools like Sidekick to test comprehension.
Pro Tip
If you’re using a composable PIM like Pimberly, you can model product context and logic in the backend, then output feeds or APIs that AI systems can ingest directly—tailored to the rules you define.
Feeding Contextualized Data to AI Platforms
AI platforms don’t just read product specs—they simulate intent. Here’s how to give them structured context:
1. ChatGPT (OpenAI)
How It Understands Context:
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Via plugins that rely on logic-aware APIs.
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Through structured Schema.org with rich relationships.
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From GPTBot crawling content with embedded FAQs and logic trees.
How to Feed It:
| Method | What to Do |
|---|---|
| Schema.org + Logic | Use isVariantOf, compatibleWith, accessoryOf etc. |
| Expose Rules via APIs | Deliver decision trees, guided flows, or bundled logic via endpoints |
| Enable Plugin Context | Build plugins that allow users to ask “Will this work with…?” |
| GPTBot Discovery | Allow access to context-aware pages; use rich markup and conversational Q&A |
2. Google Gemini
How It Understands Context:
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Leverages Google’s Shopping Graph and Merchant Center feeds.
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Uses Schema.org to infer relationships and logic.
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Aggregates intent-rich snippets and structured Q&A.
How to Feed It:
| Method | What to Do |
|---|---|
| Feed Logic-Enhanced XML | Tag variants, bundles, and options with identifiers and logic |
| Add FAQs + Semantics | Use structured FAQ markup and Schema.org relationships |
| Configure Rules in GMC | Enable dynamic pricing, availability, and variants per region |
3. Other Platforms (Amazon Rufus, Shopify Sidekick, Microsoft Copilot)
| Platform | Feed Method |
|---|---|
| Amazon Rufus | Structured data in Amazon Seller Central, including bundles and cross-sells |
| Shopify Sidekick | Metadata-rich descriptions with AI-ready fields; PIM-fed compatibility logic |
| Microsoft Copilot | Index via Bing using full Schema.org + structured product graphs |
Pimberly Use Case
Customers using Pimberly’s PIM/DAM solution can:
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Model contextual product data (e.g., region-based availability, accessory compatibility).
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Automate variant relationships and generate Schema.org + feed logic.
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Publish APIs or feeds tailored to ChatGPT, Shopify Sidekick, and other AI agents.
The Checklist for MCP Compliance
| Step | Action |
|---|---|
| 1 | Model product relationships (bundles, variants, accessories) |
| 2 | Add Schema.org context (e.g., isVariantOf, compatibleWith) |
| 3 | Expose Q&A and guided logic via markup or APIs |
| 4 | Feed enriched product data to platforms like Google, Shopify, Amazon |
| 5 | Enable GPTBot and other AI crawlers to index context-rich pages |
| 6 | Maintain feed logic for localization, stock, and compliance |
Connecting Pimberly to AI Agents for MCP
There are three primary ways Pimberly users can implement Model Context Protocol for generative platforms:
1. Custom ChatGPT Plugin (Context-Aware)
Best For: Real-time product assistance and compatibility checks
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Create REST APIs for search and logic-based queries.
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Include metadata like
isAccessoryOrSparePartForin responses. -
Provide guided search or Q&A endpoints for ChatGPT to surface.
2. AI-Readable Product Pages with Embedded Logic
Best For: SEO + AI surfacing across all major engines
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Use Pimberly templates to include Schema.org logic in HTML pages.
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Publish FAQs and structured buying guidance.
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Ensure GPTBot and other crawlers can access.
3. Feed-Based Context Syndication
Best For: Large-scale, logic-aware partner integrations
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Publish context-annotated product feeds (e.g., “This charger only works with…”).
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Share feeds or APIs with Sidekick, Klarna, OpenAI, or TikTok.
Examples from Other Brands
| Company | How They Use MCP-Style Context |
|---|---|
| Klarna | Offers real-time product matching and compatibility validation |
| Instacart | Enables logic-driven substitutions in real time |
| Shopify Sidekick | Uses natural language and metadata to surface product relationships |
| Expedia | Surfaces bundles and upgrade options with structured decision-making logic |
Technical Requirements from a PIM Like Pimberly
| Component | Status in Pimberly | Action |
|---|---|---|
| Product Graph Modeling | Available | Define variants, dependencies, regional rules |
| Schema Extensions | Templatable | Add logic fields to HTML exports |
| Feed Exports | Built-in | Publish feeds with MCP logic and relationships |
| Custom APIs | Supported | Enable /getCompatibles, /getBundles, etc. |
| Syndication Rules | Out-of-the-box | Tailor exports by locale, language, compliance rules |
Final Thought: A Strategic Layer for the AI Era
Model Context Protocol is more than a technical layer—it’s a strategic advantage in the era of AI-native commerce.
By embedding logic, relationships, and context into your product data, you ensure:
✅ Accurate AI recommendations
✅ Smarter bundling and upsells
✅ Reduced customer confusion
✅ Higher conversion through intelligent automation
Whether through plugins, structured pages, or syndicated feeds—MCP lets your product data speak the language of AI.

















