SmartSDR FAQs

Question 1

How does SmartSDR ensure safe Morse code transmission?

Accepted Answer

SmartSDR implements a strict proposal-approval loop. AI-generated CW replies are first proposed to the human operator for explicit approval. No RF is ever emitted without human consent, and an emergency abort function is available.

Question 2

What hardware and software are prerequisites for SmartSDR?

Accepted Answer

You need a FlexRadio 6000/8000 series on the same network, the .NET 9 SDK, and an MCP-compatible AI client (e.g., Claude Desktop). Running the FlexRadio SmartSDR application is optional but ensures DAX audio availability.

Question 3

Can SmartSDR help AI understand the flow of a CW conversation?

Accepted Answer

Yes, SmartSDR includes a sophisticated QSO state tracker that understands the lifecycle of a CW conversation, from detecting CQ calls and callsigns to tracking signal reports and exchanges, allowing the AI to respond intelligently.

Question 4

What is SmartSDR and its primary function?

Accepted Answer

SmartSDR is a Model Context Protocol (MCP) server that enables AI assistants, such as Claude, to programmatically control FlexRadio software-defined radios and manage CW (Morse code) communications semi-autonomously.

Question 5

What are the key capabilities for AI assistants using SmartSDR?

Accepted Answer

AI assistants can discover/connect to FlexRadios, control radio parameters (frequency, mode, TX state), decode real-time CW via a custom DSP pipeline, track QSO states, and generate contextually appropriate CW replies.

SmartSDR

SmartSDR

Key Features

Use Cases

Key Features

Use Cases