This paper presents a comprehensive live validation of the Foxworth Pulse Predictor Protocol v2. 2 applied to two simultaneous tropical cyclone events in the Pacific basin during April 9–15, 2026: Super Typhoon Sinlaku (JTWC designation 04W) in the Western North Pacific, and Tropical Cyclone Maila in the Australian/Solomon Sea region. The protocol was run across 21 consecutive live runs for Sinlaku and 10 hydraulic overlay runs for Maila — the most extensive single-storm live dataset the protocol has produced. Sinlaku reached a confirmed peak intensity of 155 knots (185 mph / 280 km/h) with a minimum central pressure of 896 mb, making it the second-strongest typhoon ever recorded this early in any calendar year. The protocol’s Pulse Index peaked at 0. 976 (RED tier) prior to landfall at Category 4 intensity (125 kts / 145 mph) on both Tinian and Saipan in the Commonwealth of the Northern Mariana Islands on April 14, 2026. Key validation results: (1) The Gate Cg module correctly tracked three distinct structural phase transitions — peak RI, Eyewall Replacement Cycle, and post-ERC re-intensification — with physically justified tier transitions at each step; (2) The Layer 4 Beta-Pull mechanism predicted a northward track bias of approximately 1. 5 degrees latitude relative to original standard model consensus, confirmed by actual CPA at the Tinian–Saipan corridor; (3) The MMF Inland Hydraulic Overlay issued sustained PURPLE tier for Cape York Peninsula across 8 consecutive runs and BLACK tier for Papua New Guinea mountain terrain in 4 runs, both confirmed by observed flooding impacts and 11 confirmed fatalities from landslides in Bougainville/PNG.
Daniel R. Foxworth (Sun,) studied this question.