{"ai_pass_count":4,"analysis_step_count":9,"confidence":0.7966115411642628,"created_at":"2026-08-13T03:57:40.288012+00:00","id":226158,"node_number":"SDR9494","processing_time":2.861490488052368,"recent_steps":["net.store_session","callsign.qrz_verify","net.llm_structured_analysis","net.rules_detect","net.context_window"],"recording_id":237457,"text":"Sorry I'm out and he can explain it a whole lot better than I can. Roger that. Um, yeah, okay, I've seen his channel before so I'll definitely have to check it out. So, um, so are you saying that you can't really get directionality on receive with your, uh, radial? Like, if you, like, say you had a neighbor with an inverter to the north, or sorry, to, like, the south? But say you had, um, and then you moved all your radios to the north, so there's no radios in the south direction, would you still get the interference from your neighbor? I believe you would. Um, you could try that as an experiment. See, you're going to get some attenuation, but I bet you can always still be there. Because the idea of the radios on the ground is more of a ground stream. And, uh, they aren't going to be that directional. Even, even when you put all the radios on one side, there's going to be a, there will be a null. I mean, you can see it on easy next."}