{"ai_pass_count":4,"analysis_step_count":9,"confidence":0.7461922200253377,"created_at":"2026-08-30T01:34:55.677796+00:00","id":264764,"node_number":"683211","processing_time":2.271495819091797,"recent_steps":["net.store_session","net.llm_structured_analysis","net.rules_detect","net.context_window","callsign.qrz_verify"],"recording_id":280370,"text":"It would be 66,953 hours an hour. Now that would be equivalent to about six gigatons of explosive force. So because it's less dense than the iron one, it's not going to have as much impact capabilities. Let's say six gigatons, nothing do, or nothing just use that. Just dropping. And the thing about these asteroids is they come into, aside from just keeping tabs on them for scientific data. Also the fact that a lot of these will perform an air burst. And they go off with the force of atomic explosion. They can resemble that when they're going off in the atmosphere. So they keep an eye on that. So they can maybe warn other countries that there's this large asteroid coming in. And it's not us shooting at you. And you can expect it to explode over such and such at some point."}