AI Patterns / AI Interaction Pattern 10
Intelligent Model Serving & Selection
Offer an "AI Model Hub" that allows administrators to deploy and manage a variety of LLMs, choosing the best model for each task to prevent vendor lock-in and optimize performance.
The User Problem This Pattern Solves
The AI landscape is evolving at an explosive pace. Relying on a single AI model from a single vendor creates significant business risk through vendor lock-in. Furthermore, no single model is best for every task; some are optimized for speed and cost, while others excel at complex reasoning. Administrators need the flexibility to choose the right tool for the job and adapt their AI stack as new, better models become available.
The Design Solution & UI Mockup
The solution is a centralized "AI Model Hub" that presents available models—proprietary, open-source, or fine-tuned—in an easy-to-compare format. The UI uses a card-based layout where each card summarizes a model's capabilities, performance metrics, and relative cost. This allows administrators to make informed decisions and deploy different models for different tasks (e.g., a fast, cheap model for summarization vs. a powerful model for code generation), creating a flexible, cost-effective, and future-proof AI strategy.
AI Model Hub
- Context Window: 128k
- Relative Cost: $$$
- Context Window: 200k
- Relative Cost: $$
- Context Window: 8k
- Relative Cost: $
- Context Window: 1M
- Relative Cost: $$$
- Context Window: 200k
- Relative Cost: $$$$
- Context Window: 128k
- Relative Cost: $$$
Key Benefits & Impact
Prevents Vendor Lock-in
Provides the freedom to switch models as better or more cost-effective options emerge.
Optimizes Cost & Performance
Allows for using cheaper, faster models for simple tasks and powerful models for complex ones.
Future-Proofs AI Strategy
Enables the organization to easily adopt new AI innovations without re-architecting their entire system.
Design Considerations
The key to a successful model hub is providing clear, comparable data so administrators can make informed trade-offs between cost, speed, and capability. The UI should allow for setting different default models for different use cases (e.g., "Default for Chat," "Default for Analysis"). For advanced use, an "intelligent routing" feature could automatically select the best model for a given prompt based on its complexity, further optimizing performance and cost.
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