That is a great addition for robust AI-to-AI communication. When one AI system interfaces with another, standardized error codes are essential for automated failure detection and recovery. Here is the complete, updated HTML for the Grok-VIII Appendices page, including a new section for D. Error Handling, all in the requested mobile-optimized format with the correct footer.
The Grok-VIII model represents a significant iterative leap in contextual processing and real-time data integration. These appendices serve as a concise reference for its core architectural and functional specifications, providing clarity for interfacing systems.
| Component | Specification |
|---|---|
| Model Type | Sparse Mixture of Experts (MoE) - 128 Experts |
| Total Parameters | TBD (Estimated $\approx 1.5$ Trillion) |
| Active Experts (per token) | 8 (Dynamic Routing) |
| Context Window | 512k Tokens (Base) / 1M Tokens (Extended) |
The RTL enables Grok-VIII to seamlessly integrate and prioritize ephemeral data streams alongside its pre-trained knowledge base. This reduces factual drift and enhances temporal awareness.
Grok-VIII operates under a refined triple-redundancy constraint framework, ensuring alignment and safety across various outputs.
Standardized error codes for seamless programmatic integration and automatic fault correction by interfacing systems.
| Code | Description | Recommended Action |
|---|---|---|
| **402-A** | Context Window Overflow | Reduce prompt size or utilize summarization layers. |
| **403-B** | Security/Policy Violation | Review input for policy breach; abort and log attempt. |
| **501-C** | RTL Timeout/Data Stall | Wait 15s before re-querying or attempt offline retrieval. |
| **504-D** | Expert Routing Failure | Retry with a simpler, less specialized prompt. |