Grok Bot

@@ -47,3 +47,9 @@ The second try is Grok's own design, every value traced to the TI datasheet (SLV | board | 46.5 x 30 mm, two layers, 5.08 mm screw terminals, ground pours both sides | its own layout |  ERC 0 violations, DRC 0 violations and 0 unconnected, netlist 36 of 36 pins. Grok listed its own open items: the inductor's 1.8 A saturation rating and stock are unchecked, C5 is labelled 25 V but its part number is the 50 V version, and some schematic labels overlap. The work took about 15 minutes; the Grok Bot window, in the background on the office PC, showed "Handling it" for almost two hours until opening its settings woke it. 54 s. [Download](clips/03-own-board.mp4) · [captions](clips/03-own-board.vtt)++### 4. Act one: Grok drives KiCad on its own computer++::adom-video{src="/adom/grok-bridge/render/first-ai-pcb/clips/04-grok-drives-kicad.video.json"}++No Adom Bridge and no KiCad Bridge: Grok works the KiCad 10 app on its own Linux computer with its mouse and keyboard, and the Grok Bot app shows that screen live (the bot's **Computer** tab, opened full screen). First it closed its own open items: C5 now carries a 25 V part number, the overlapping schematic labels are cleared, and the Bourns SRN6045TA-220M datasheet gives 3.30 A saturation, 96 mΩ DCR and 2.30 A Irms, which holds against the 1.18 A peak. It updated the PCB from the schematic (re-linking footprints by reference after a first try that would have doubled them), refilled the zones, and ran the Design Rules Checker: 0 violations, 0 unconnected, 0 schematic parity errors. The 3D viewer then shows the board from the top, the bottom and an angle. adom-aiflow's last steps (pours landed through the bridge, the 3D and net tours, the recorded desktop steps) need a live desktop, so they wait for act two with Adom Bridge and the KiCad Bridge. 51 s, from a 6-minute take. [Download](clips/04-grok-drives-kicad.mp4) · [captions](clips/04-grok-drives-kicad.vtt)

@@ -0,0 +1,22 @@+[+ {+  "t": 0,+  "title": "Grok on its own"+ },+ {+  "t": 16.3,+  "title": "Grok's screen, live"+ },+ {+  "t": 23.4,+  "title": "Design rules check"+ },+ {+  "t": 32.0,+  "title": "The 3D board"+ },+ {+  "t": 42.2,+  "title": "Next: act two"+ }+]\ No newline at end of file

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@@ -0,0 +1,44 @@+1+00:00:00,000 --> 00:00:05,100+Act one: Grok on its own, with no Adom+Bridge and no KiCad Bridge.++2+00:00:05,330 --> 00:00:16,150+Before the walkthrough, Grok fixed its own+loose ends: the capacitor's part number,+and the Bourns inductor, which saturates+at 3.3 A against a 1.2 A peak.++3+00:00:16,350 --> 00:00:18,800+Now the app shows Grok's own computer,+live.++4+00:00:19,020 --> 00:00:23,200+Grok drives the real KiCad 10 with its+mouse and keyboard.++5+00:00:23,380 --> 00:00:31,800+It refills the zones and runs the design+rules checker: zero violations, zero+unconnected, and the board matches the+schematic.++6+00:00:31,980 --> 00:00:36,500+Then the 3D viewer: top, bottom, and an+angle.++7+00:00:36,710 --> 00:00:42,050+Grok Buck, 12 V to 5 V at 1 A, designed+and checked by Grok, on Grok's computer.++8+00:00:42,240 --> 00:00:49,340+Adom AI Flow's last steps still need a+live desktop, so act two brings in Adom+Bridge and the KiCad Bridge.

@@ -0,0 +1,28 @@+{+ "video": "/adom/grok-bridge/render/first-ai-pcb/clips/04-grok-drives-kicad.mp4",+ "title": "Clip 4: Grok drives KiCad on its own computer",+ "poster": "/adom/grok-bridge/render/first-ai-pcb/clips/04-grok-drives-kicad.jpg",+ "chapters": [+  {+   "t": 0,+   "title": "Grok on its own"+  },+  {+   "t": 16.3,+   "title": "Grok's screen, live"+  },+  {+   "t": 23.4,+   "title": "Design rules check"+  },+  {+   "t": 32.0,+   "title": "The 3D board"+  },+  {+   "t": 42.2,+   "title": "Next: act two"+  }+ ],+ "captions": "WEBVTT\n\n00:00:00.000 --> 00:00:05.100\nAct one: Grok on its own, with no Adom\nBridge and no KiCad Bridge.\n\n00:00:05.330 --> 00:00:16.150\nBefore the walkthrough, Grok fixed its own\nloose ends: the capacitor's part number,\nand the Bourns inductor, which saturates\nat 3.3 A against a 1.2 A peak.\n\n00:00:16.350 --> 00:00:18.800\nNow the app shows Grok's own computer,\nlive.\n\n00:00:19.020 --> 00:00:23.200\nGrok drives the real KiCad 10 with its\nmouse and keyboard.\n\n00:00:23.380 --> 00:00:31.800\nIt refills the zones and runs the design\nrules checker: zero violations, zero\nunconnected, and the board matches the\nschematic.\n\n00:00:31.980 --> 00:00:36.500\nThen the 3D viewer: top, bottom, and an\nangle.\n\n00:00:36.710 --> 00:00:42.050\nGrok Buck, 12 V to 5 V at 1 A, designed\nand checked by Grok, on Grok's computer.\n\n00:00:42.240 --> 00:00:49.340\nAdom AI Flow's last steps still need a\nlive desktop, so act two brings in Adom\nBridge and the KiCad Bridge.\n"+}\ No newline at end of file

@@ -0,0 +1,38 @@+WEBVTT++00:00:00.000 --> 00:00:05.100+Act one: Grok on its own, with no Adom+Bridge and no KiCad Bridge.++00:00:05.330 --> 00:00:16.150+Before the walkthrough, Grok fixed its own+loose ends: the capacitor's part number,+and the Bourns inductor, which saturates+at 3.3 A against a 1.2 A peak.++00:00:16.350 --> 00:00:18.800+Now the app shows Grok's own computer,+live.++00:00:19.020 --> 00:00:23.200+Grok drives the real KiCad 10 with its+mouse and keyboard.++00:00:23.380 --> 00:00:31.800+It refills the zones and runs the design+rules checker: zero violations, zero+unconnected, and the board matches the+schematic.++00:00:31.980 --> 00:00:36.500+Then the 3D viewer: top, bottom, and an+angle.++00:00:36.710 --> 00:00:42.050+Grok Buck, 12 V to 5 V at 1 A, designed+and checked by Grok, on Grok's computer.++00:00:42.240 --> 00:00:49.340+Adom AI Flow's last steps still need a+live desktop, so act two brings in Adom+Bridge and the KiCad Bridge.