Grade: A+ · Elite
Aging 6.6 years slower than chronological age (35)
Confidence: Good · 8 of 11 factors analyzed
❤️ HRV -2.0yr
🌙 Deep Sleep -1.2yr
🏋️ Training -1.8yr
🍷 Alcohol -0.8yr
⏰ Sleep -1.0yr
🔋 Recovery -0.3yr
📏 Body Comp +0.5yr
🥩 Protein 0yr
Avg HRV
52
↑ 18% from baseline
Deep Sleep
1:28
↑ 14 min avg
Resting HR
56
↓ 6 bpm improved
Recovery
64%
Green 62% of days
Sleep Score
78
↑ 8pts from baseline
Avg Strain
11.4
Moderate-high range
Awake 12%
Light 8%
REM 48%
Deep 20%
Deep sleep: 1hr 28min (above avg for age 35)
REM: 3hr 33min (excellent)
🍷 Alcohol → Recovery Impact
-28% HRV
Average HRV drops 28% on nights following alcohol consumption. Recovery drops to yellow/red for 2.3 days on average. 4 drinking events detected in 90-day window.
🍽️ Late Meals → Deep Sleep
-22 min deep
On nights where dinner was within 2.5 hours of bedtime, deep sleep averaged 22 minutes less than nights with a 3.5+ hour buffer. 31% of nights had late meals.
🏋️ Training → Next-Day Recovery
+8% recovery
Moderate strain days (10-14) followed by proper sleep produced 8% higher next-day recovery than rest days. Overtraining threshold detected at strain 16+.
☕ Caffeine Timing → Sleep Quality
4pm threshold
Deep sleep drops 18 minutes on average when caffeine is consumed after 4pm. Pre-workout before 2pm shows no measurable sleep impact.
Personalized Recommendations
1
Move dinner 45 minutes earlier on weeknights
Your data shows a clear pattern: weeknight dinners average 2.1 hours before bed versus 3.8 hours on weekends. The weeknight deep sleep deficit is directly correlated. Moving dinner from 8pm to 7:15pm would close the gap.
Estimated impact: +15-20 min deep sleep · +4-6% HRV
2
Add a deload week every 4th week
Your recovery craters in week 3 of every training cycle. WHOOP strain averages 14.2 in weeks 1-2 and jumps to 15.8 in week 3 with recovery dropping to 48%. A deliberate low-strain week (strain 8-10) every 4th week would prevent the accumulation.
Estimated impact: +5-8% avg recovery · Fewer red days
3
Increase protein from ~0.6g to 0.8g per lb
Your intake form reports approximately 110g daily at 185 lbs (0.59g/lb). Increasing to 148g (0.8g/lb) via one additional protein shake would support better recovery and body composition improvement — your one negative Evolving Age factor.
Estimated impact: -0.3yr Evolving Age · Better body comp
4
Reduce alcohol from 1x/week to 1-2x/month
Your 4 drinking events in 90 days cost an estimated 9.2 total recovery days in HRV suppression. Each event drops HRV 28% for 2-3 days. Moving from weekly to monthly would recover approximately 6 green days per quarter.
Estimated impact: -0.5yr Evolving Age · +6 green recovery days/quarter
5
Consider adding creatine monohydrate 5g/day
Not currently in your supplement stack. At $15/month, creatine is the most evidence-backed supplement for both muscle performance and cognitive function. Given your training frequency (4x/week), you'd see measurable recovery and strength benefits.
Estimated impact: Improved training adaptation · Cognitive support
Fish Oil (1000mg EPA/DHA)Keep
Vitamin D3 (5000 IU)Keep
Magnesium Glycinate (400mg)Keep
Men's MultivitaminOptimize
Collagen Peptides (10g)Cut — no measurable impact in 90 days
Creatine Monohydrate (5g)Add — high evidence, low cost
High-Polyphenol EVOOAdd — cardiovascular + anti-inflammatory
EVOLVING LONGEVITY · DEEP DIVE DASHBOARD · MARCH 2026
This dashboard is not medical advice. Always consult a healthcare provider for medical decisions.