Routes NVIDIA AI questions to the optimal model and reasoning approach by evaluating dependency depth in a knowledge graph.
MIT
649,985 tools. Updated 2026-10-10 05:22
"NVIDIA" matching MCP tools:
- Routes an NVIDIA AI query to the optimal model tier based on dependency graph depth, returning the model, reasoning approach, and context subgraph for the call.MIT
- MIT
- Traverse the NVIDIA AI knowledge graph to discover dependencies and dependents of a given concept within a specified domain.MIT
- Traverse the NVIDIA knowledge graph from a specific concept, listing its prerequisites and dependents up to a chosen depth within a selected domain.MIT
- Retrieve the source URL and SHA-256 content hash for any NVIDIA AI concept to verify its authenticity and audit trail.MIT
Matching MCP Servers
- AlicenseAqualityCmaintenanceMCP server to search across NVIDIA blogs and releases to empower LLMs to better answer NVIDIA-specific queries.219 npm1MIT
- FlicenseAqualityDmaintenanceProvides tools for NVIDIA NIM and Visual GenAI APIs, enabling chat completions, model listing, and image generation via NVIDIA-hosted endpoints.4-
Matching MCP Connectors
NVIDIA AI knowledge graphs — 20 domains. 4x F1, 11x fewer tokens, SHA-256 provenance. MCP-native.
NVIDIA NemoClaw knowledge graph — 55 nodes, F1 0.576 (+269% vs RAG), 11x fewer tokens. MCP-native.
- Find NVIDIA AI concepts by keyword and domain to identify dependencies and prerequisites for development tasks.MIT
- Find concepts matching a keyword within a specified NVIDIA AI domain, enabling exploration of the knowledge graph.MIT
- Retrieve detailed specifications, capabilities, and metadata for any NVIDIA NIM model using its model ID.MIT
- Obtain GPU vendor details and NVIDIA performance metrics via lspci and nvidia-smi.-
- Commit funds to procure turnkey NVIDIA DGX AI hardware, settling upfront via crypto or fiat. Call only after hardware sizing and budget authorization are confirmed.MIT
- Monitor GPU workload and health by retrieving current usage, memory, temperature, and power draw. Supports NVIDIA, AMD, and Intel GPUs through available system tools while keeping operations read-only.MIT
- Diagnose GPU and VRAM usage by checking nvidia-smi state, exclusive locks, model slots, and running plugins to resolve OOM and performance issues.MIT
- Check availability of GPU and accelerated compute plans by region, showing pricing and stock for NVIDIA RTX and NETINT VPU. Optionally scope to one region.Apache 2.0
- Filter and page through exported API function streams from NVIDIA Nsight Graphics captures. Use function-name regex, category, thread, or event-index range to find specific events by name and index.MIT
- Look up the ticker for a US stock or ETF from a company name, fund name, or partial ticker. Use it when you need to confirm the exact ticker before running other PairBook tools.MIT
- Retrieve real-time stock prices, market data, and company information from Google Finance by providing a ticker symbol or company name.MIT
- Find the NVIDIA Nsight Graphics ngfx-replay executable and return its version and MCP cache status to confirm the replay environment is ready.MIT
- Replays NVIDIA Nsight Graphics captures in a hidden vsync-off window to measure CPU submit, finish-wait, reset, FPS, and optional GPU frame times. Summarizes per-iteration metrics for performance analysis.MIT
- Search the NVIDIA USD asset library with a text description and load the best-matching 3D asset, placing it at a specified position and scale.MIT
- Locate stock instruments stored in the local database by entering a symbol or name fragment, such as NVDA or NVIDIA.MIT