I wanted to capture the moment before it passed: two Grokbots running at once, framed with Star Trek analogies. One bot is the USS Titan with Commander Riker; the other is the Enterprise D with Picard. I set up communications between them so I could say, “Picard, please hail Titan and say hello to Riker,” and ask for a confirmation response.
The hail uses webhooks. While the first ping was in flight, I switched to the Titan side and saw the incoming message from Picard asking Number One to respond. The bot was not trained yet to reply on its own, so I told it: in the future, you are clear to respond to Picard without my authorization for normal comms. That standing order gets saved as part of how Enterprise D has a webhook configured.
On setup, I did not type the webhook parameters by hand—the bot generated what to send. I told it to create a webhook on one side, copied that information to the other bot, and Riker confirmed: your hail is received, channel clear, two-way comms are up. I gave Picard the same standing order so if Riker hails over, no auth is needed. They might get chatty; for now I am trying it as-is.
With both bots coached, a second hail shows the full loop: message to Titan’s webhook, the other bot catches it, responds through its own webhook, and Picard gets Number One’s reply. Riker reports the Titan stands ready, acknowledges, and closes the channel so we do not loop—the bot is already smart about that.
This is the beginning of a bridge, not just a demo. I have a shared set of tools both bots use. Titan is my experimental ship where I build stuff; Enterprise D is production—running things consistently. As I update tooling on Titan, I can sync against Git and message Picard to pull the latest data in, and vice versa when I need to. That is the start of a comm channel between two distinct Grokbots.