Redis

Operations completed between 6-17ms including MCP protocol overhead. set_value delivered exceptionally fast 6ms write performance, while list_keys and delete_key both completed in 17ms. These response times demonstrate excellent database performance through the protocol layer, with write operations being particularly fast.

Error handling maintains connection stability with fast response times. The get_value operation returned a proper error response within 10ms while keeping the connection active. This demonstrates robust error handling that preserves session state rather than requiring reconnection after failures.

list_keys and delete_key both measured exactly 17ms response times, showing predictable performance for key enumeration and removal operations. set_value consistently delivered 6ms writes. Only get_value showed different timing at 10ms, though this operation encountered an error condition during testing.

Our testing used no authentication credentials and successfully executed write operations like set_value and delete operations. The server connected and performed Redis operations without requiring password authentication, username configuration, or connection string credentials during local testing scenarios.

Four Redis operations were discovered and executed: list_keys for enumeration, get_value for retrieval, set_value for writes, and delete_key for removal. All operations except get_value completed successfully. No additional Redis commands or advanced features were exposed beyond these basic key-value operations.

Both tested write operations succeeded with excellent performance. set_value completed successfully in just 6ms, while delete_key finished in 17ms. These results demonstrate that the server handles Redis data modification operations without connection issues or write failures during our testing.