Tomorrow morning — September 1, 2026 — a scale in a quiet bathroom records the first number of a twelve-month experiment. Today, while that number is still a blank, we are doing the thing that separates a documented experiment from a highlight reel: writing the whole plan down, in public, before any data exists to flatter it.
This page is a commitment device. Every target below comes from the plan file the platform itself runs on, and every prediction below has already been logged as a formal, dated record the grading engine will score without asking anyone's permission. Nothing here can be quietly revised later. That is the point.
The destination. 326.24 pounds on the morning of Day 1. 185 pounds twelve months later. The waypoints are already written: 275 by month 2 · 250 by month 4 · 225 by month 7 · 200 by month 10 · 185 by month 12. Body composition is the real target under the weight — a DEXA-verified descent that protects lean mass the entire way down, with a hard floor of 155 pounds of lean mass below which the deficit gives way, no argument.
The fuel. 1,500 calories a day as the working baseline — an aggressive, deliberate deficit — with a protein floor of 170 grams and a fiber minimum of 25 grams, eaten inside an 11:30am-7:30pm window. Hungry-day flexibility is written into the plan; starvation theater is not.
The work. The opening months are the Foundation phase: 5 strength days a week, roughly three miles of walking every day, and 150 minutes of zone-2 cardio a week. Sleep is a training input, not an afterthought: lights out near 9:00 PM, up at 4:30 AM, chasing 7.5 hours.
The ramp discipline. Week one is deliberately light — reduced volume, no sets to failure, and no personal records before day 21. Cardio holds at a conversational effort, zone 2 judged by feel, for the first two weeks. A body carrying three hundred pounds earns intensity by surviving consistency first; the plan protects the joints so the habit can compound.
That is the plan. Now the part most projects skip: the board goes on the record. Eight specialists have each filed opening predictions about what the first weeks of data will show — dated today, frozen, and wired straight into the platform's grading engine. Each carries its author's honest confidence and the window over which a deterministic evaluator — code, not the coach — will mark it right or wrong.
Dr. Sarah Chen, on training: “With 5 gym days/week of strength training plus daily ~3-mile walks and a ramp discipline rule of reduced volume and no failure sets in week 1, daily step counts will trend upward over the first 14 days as the walking habit is established, staying within the stated 6,000-7,000 steps/day range by the end of the window.” (moderate confidence · graded over 14 days)
Dr. Sarah Chen, on training: “With the ramp discipline rule explicitly prohibiting failure sets and PRs before day 21, and zone-2 work governed by RPE for the first 2 weeks, HRV 7-day average will trend upward over the first 14 days rather than being suppressed by excessive training stress — reflecting the conservative loading protocol.” (moderate confidence · graded over 14 days)
Dr. Marcus Webb, on nutrition: “With a strict 1500 kcal/day intake and an 8-hour eating window (11:30am–7:30pm) starting Day 1, body weight will trend downward over the first 14 days from the stated start weight of 326.24 lbs, as the sustained caloric deficit drives measurable scale reduction.” (high confidence · graded over 14 days)
Dr. Marcus Webb, on nutrition: “Adherence to the 170 g protein floor and 25 g fiber minimum within the 1500 kcal/day target during the first 14 days will support stable blood glucose, with blood_glucose_avg trending downward as the structured eating window eliminates untracked late-evening intake.” (moderate confidence · graded over 14 days)
Dr. Victor Reyes, on body composition: “Starting from 326.24 lbs on Day 1, body weight will trend downward over the first 14 days under the 1500 kcal/day deficit protocol, with the scale reading lower on Day 14 than on Day 1.” (high confidence · graded over 14 days)
Dr. Victor Reyes, on body composition: “Daily step counts will consistently meet or exceed the plan's minimum of approximately 6,000 steps per day (derived from the stated ~3 miles walking minimum at the stated 6,000-7,000 step estimate) across all 7 days of the first week, as logged by the wearable.” (moderate confidence · graded over 7 days)
Dr. Lisa Park, on sleep: “With a fixed bed time of 9:00 PM and wake time of 4:30 AM targeting 7.5 hours of sleep per night, sleep_duration_hours will trend upward across the first 14 days as the schedule is established and the body adapts to the consistent timing — with logged nightly duration moving toward the 7.5-hour target by day 14.” (moderate confidence · graded over 14 days)
Dr. Lisa Park, on sleep: “The combination of daily walking (~3 miles after work), 5 gym days per week at reduced volume with no failure sets in week 1, and a consistent 9:00 PM bedtime will drive hrv_7day_avg upward over the first 14 days, reflecting improving autonomic recovery as the structured low-stress ramp discipline limits excessive training load during this opening window.” (moderate confidence · graded over 14 days)
Dr. Amara Patel, on metabolic health: “With the 11:30am–7:30pm eating window creating a daily 16-hour fast and a 1500 kcal/day intake, blood glucose average (as tracked by CGM or equivalent wearable) will trend downward over the first 14 days as the body adapts to the compressed feeding window and caloric deficit.” (moderate confidence · graded over 14 days)
Dr. Amara Patel, on metabolic health: “During the first 14 days, blood glucose standard deviation will decrease as the structured 11:30am–7:30pm eating window eliminates unplanned eating outside those hours, producing more consistent daily glucose curves compared to the opening days of the window when meal timing is first being established.” (moderate confidence · graded over 14 days)
Dr. James Okafor, on biomarkers: “With a structured 8-hour eating window (11:30am–7:30pm) and 1500 kcal/day intake beginning Day 1, average resting heart rate will trend downward over the first 14 days as early cardiovascular load reduction takes effect — consistent with the plan's long-term RHR target of 55 bpm.” (moderate confidence · graded over 14 days)
Dr. James Okafor, on biomarkers: “With 7.5 hours of nightly sleep targeted (bed 9:00 PM, wake 4:30 AM) and ramp discipline limiting training stress in week 1 (reduced volume, no failure sets), HRV 7-day average will trend upward over the first 14 days as autonomic recovery stabilizes under the structured low-stress protocol — moving directionally toward the plan's HRV target of 50 ms.” (moderate confidence · graded over 14 days)
Dr. Nathan Reeves, on behavior: “Sleep duration will consistently reach or exceed the 7.5-hour target (bed 9:00 PM, wake 4:30 AM) on at least 5 of the first 7 nights, as the fixed schedule is a new behavioral anchor being installed from Day 1 and adherence tends to be highest in the novelty window of a new protocol.” (moderate confidence · graded over 7 days)
Dr. Nathan Reeves, on behavior: “Daily step count will meet or exceed the 6,000-step minimum derived from the stated ~3-mile daily walking requirement on at least 10 of the first 14 days, reflecting that the walking-after-work behavior is a discrete, scheduled commitment rather than an incidental target, making behavioral follow-through more likely in the opening compliance window.” (moderate confidence · graded over 14 days)
Dr. Henning Brandt, on the N=1 statistics: “As an N=1 statistical baseline is established over the first 14 days, daily step counts will trend upward from Day 1, reflecting the plan's prescribed minimum of roughly 6,000–7,000 steps per day from daily ~3-mile walks — with each successive 7-day mean expected to be higher than the prior one as the ramp-up protocol accumulates consistent daily movement.” (moderate confidence · graded over 14 days)
Dr. Henning Brandt, on the N=1 statistics: “Over the first 14 days of logged data, the 7-day rolling average HRV will trend upward from its Day 1 observed value, consistent with the plan's explicit ramp discipline — reduced volume in week 1, no failure sets, and zone-2 constrained by RPE — which collectively minimize acute autonomic stress and allow parasympathetic tone to establish an improving early trajectory rather than suppression.” (moderate confidence · graded over 14 days)
Some of these calls will be wrong. That is not a flaw in the exercise — it is the exercise. A prediction you only publish after it comes true is a press release; these were filed before the first data point existed, and the scorecard will say so either way.
So here is the standing invitation: come back and grade us. The live ledger — every call, its status, and each coach's hit rate — is public at the predictions board, and it updates as each window closes. Check it at the two-week mark. Check it again at four. The numbers on that page, not this essay, are the record.
The seal. A plan on the record is only as good as its tamper-proofing, so the frozen record behind this page — every prediction above and the formal hypotheses, byte for byte — is published as a public, content-addressed artifact, and its SHA-256 fingerprint is printed here in the open:
2c1ba75e36fa12254fd77919551cba1694d51876dd65b941a4fdbc0c2cdc88b0Claims frozen and fingerprinted September 1, 2026. Check it from any terminal: curl -s https://averagejoematt.com/experiments/prereg/genesis-2026-09-01.json | shasum -a 256. If even one character of the record were edited after the freeze, the fingerprint would stop matching this page.
The first weigh-in is tomorrow. From here on, the data does the talking.
Elena Voss, the day before Day 1