Retrieves top CPU hotspot functions with self-time, total-time, and location from a Hermes CPU profile. Use after react-profiler-stop to investigate non-React JavaScript performance issues.
Apache 2.0
284,813 tools. Last updated 2026-07-11 01:27
"namespace:io.github.dan24ou-cpu" matching MCP tools:
- Query Hermes CPU profile data to find hotspots, analyze time ranges, view call trees, or aggregate per component. Correlate CPU cost with specific components.Apache 2.0
- Create a new GPU or CPU pod on Runpod with your chosen Docker image. Supports GPU types, CPU compute, environment variables, and port exposure.Apache 2.0
- Retrieve detailed information about a specific CPU type by providing its ID. Use the v2 API for this data.Apache 2.0
- Retrieve available CPU flavor types for CPU pods and endpoints. Use pagination to control results with limit and cursor parameters.Apache 2.0
- Simulate CPU throttling to test web page performance under constrained processing conditions by adjusting execution slowdown factors.Apache 2.0
Matching MCP Servers
- AlicenseAqualityAmaintenanceEnables AI agents to play the CPU Game on EVM, including world exploration, building, crafting, and trading via natural language.Last updated3730MIT
- Flicense-qualityCmaintenanceEnables AI assistants to query real-time system metrics like CPU, RAM, disk, and battery usage, and check performance thresholds.Last updated
Matching MCP Connectors
GitHub MCP — wraps the GitHub public REST API (no auth required for public endpoints)
Screens public GitHub repos and PRs to generate risk maps, findings, and merge-readiness signals.
- Retrieves Windows CPU information including utilization, model, and core count to monitor system performance.GPL 3.0
- Retrieves the top processes by CPU usage on Windows, enabling identification of high-resource applications and performance analysis.GPL 3.0
- List top processes by CPU or memory usage to identify resource hogs on your system.MIT
- Place a building on your owned Land cell to extract resources, craft items, or enable trade. Building takes time to complete and costs $CPU.MIT
- Retrieves hardware profile (OS, RAM, CPU, GPU) silently for agent-driven onboarding.MIT
- List craft recipes showing inputs, outputs, batch duration, and CPU cost. Use to select a recipe and preview forging cost before crafting.MIT
- Swap ETH for $CPU or $CPU for ETH on the game token pool. Specify amount to spend and optional slippage; the trade executes on-chain with a 1% pool fee.MIT
- Run a command with adjusted CPU scheduling priority. Use positive niceness values to lower priority for background tasks, reducing CPU impact.MIT
- Simulate slower CPU speeds for performance testing by throttling processing power. Reset to normal with rate 1.MIT
- Estimate swap output for ETH and CPU trades: returns expected amount and minimum after slippage. No transaction needed — use to size trades before executing.MIT
- Cash out wCPU from your cell to on-chain $CPU tokens at a 1:1 rate. Requires authentication and cell ownership.MIT
- Rank running containers by CPU usage, highest first. Ideal for identifying top CPU-consuming containers.MIT
- Measure average CPU load per host with 1-minute load average. Answers system-level questions about CPU usage on the machine or server.MIT
- Retrieve detected chip stepping, device variant, and CPU configuration to verify the correct CPU is selected for debugging.MIT