↑ same engine — switch the audience
Your personal health intelligence layer
Loading…

Good morning, César ☀️

Tuesday, March 31, 2026

🔥 0-day streak

About to eat something? Check it first.

Snap your plate and I'll tell you what it does to your body — in plain language, tuned to your genes.

68
/ 100
Building momentum
Toward metabolic resilience — 3 key risks active
0–49 · Needs attentionMultiple risks unmanaged
50–74 · Building momentumProgress visible, gaps remain
75–89 · StrongMost risks managed daily
90+ · OptimalAll protocols consistent

Score rises as you complete daily actions, scan meals, and follow your coach.

Resting HR
60 bpm
● Optimal
Sleep
6h 31m
● Below target
HbA1c
5.8 %
● Pre-diabetes
Activity
5 min/d
● Very low
HOMA-IR
3.1
● Elevated
Waist
cm
● Not recorded
AI Health Brief

🧬 Pharmacogenomic flags (illustrative)

Statin response: LPA·CC means Lp(a) is unaffected by statins — niacin/PCSK9 pathway is the lever, not dose escalation.
Folate pathway: MTHFR variant — standard folic acid is poorly converted; methylfolate + methyl-B12 indicated for homocysteine 14.2.
Caffeine / catecholamines: COMT·GA slows clearance — relevant to stimulant-class tolerability and evening dosing.
Blood sugar trending up. Your body is losing the ability to process carbs efficiently. A 10-minute walk after meals can reverse this — tap for a plan.
Almost no daily movement. Your body burns fat poorly when sedentary — and yours is especially slow to adapt. Even 20 min/day changes this. Tap for the easiest start.
Heart health gap. Your vessel inflammation is elevated and you are missing one key supplement that directly addresses your cardiovascular risk. Tap to fix it.
0%
Take morning supplements
30 minutes of movement
Log a meal photo
7+ hours sleep target set
Evening magnesium taken
Kynetic CoachPowered by Claude · Your health context loaded
Hi César, I'm your Kynetic health coach. I have full context on your labs, genetics, and wearable data. What would you like to explore today?

Your Longevity Score

Time you add to your life, estimated from published research

68
Longevity
Today's protocol: 0 of 5 done
Built on walking ≈ 7 min of life per min (Lee et al., PLOS Medicine)
+0.0h
Est. gained today
+0.0h
This week
+0h
This month

Sources: Lee et al., PLOS Medicine 2012 (~7 min of life per min of brisk walking); Janssen et al., Am J Prev Med 2013 (~2.6 h gained per h of moderate activity). Weekly/monthly figures are projected at your current pace.

🏃
Movement
Target 30 min/day · currently ~5 min avg
−2.1h/mo
🥗
Diet quality
Low-glycemic, Mediterranean-leaning
+1.4h/mo
😴
Sleep
6h31m · target 7h30m
−0.8h/mo
💊
Supplements
5 of 6 taken · niacin gap
+0.6h/mo
90 days agotoday

My Data

Showing confirmed risk variants only. Neutral and favorable variants are hidden.

Metabolic
FTO · AA
Fat mass and obesity gene. AA variant associated with increased BMI and fat accumulation.
High impact
PPARG · Pro12Ala
Nuclear receptor regulating fat cell development. Reduced insulin sensitivity.
Moderate impact
ADRB3 · Trp64Arg
Beta-3 adrenergic receptor. Reduced fat burning; abdominal fat accumulation risk.
Moderate impact
MTNR1B
Melatonin receptor; links circadian disruption to impaired glucose regulation.
Moderate impact
Cardiovascular
NOS3 · TC
Endothelial nitric oxide synthase. Reduced NO production; higher cardiovascular risk.
Moderate impact
LPA · CC
Lipoprotein(a) variant. Elevated Lp(a) is an independent risk factor for heart disease.
High impact
CDKN2A · TT
Cell cycle regulator linked to increased risk of coronary artery disease.
Moderate impact
Sleep & Circadian
CLOCK
Core circadian clock gene. Disrupted sleep-wake regulation; late chronotype tendency.
Moderate impact
FKBP4
Associated with altered cortisol stress response and sleep architecture.
Moderate impact
Methylation
MTHFR
Methylenetetrahydrofolate reductase. Impaired folate metabolism; elevated homocysteine risk.
High impact
COMT · GA
Catechol-O-methyltransferase. Affects dopamine/neurotransmitter breakdown and stress response.
Moderate impact
Aging / Lipids
APOE · CC
Apolipoprotein E. Influences cholesterol transport and Alzheimer's risk profiles.
Moderate impact
❤️
Resting Heart Rate
NOS3·TC variant may affect heart rate variability
60 bpm
😴
Sleep Duration
CLOCK & MTNR1B variants affect sleep timing
6h31 avg
🌬️
Respiratory Rate
Elevated rate may reflect metabolic stress
17.4 rpm
Daily Activity
ADRB3·Trp64Arg worsens sedentary impact
5 min/d
HbA1c
5.8%
Ref: <5.7%
Pre-DM
Glucose
96
Ref: 70–100
Normal
HOMA-IR
3.1
Ref: <2.0
Elevated
Insulin
12.8
Ref: 2–10
High
LDL
138
Ref: <100
Elevated
Triglycerides
168
Ref: <150
Elevated
hsCRP
2.4
Ref: <1.0
Elevated
Homocysteine
14.2
Ref: <10
High
Vit D
44.5
Ref: 30–60
Normal
TSH
1.8
Ref: 0.5–4.5
Normal
Testosterone
498
Ref: 300–800
Normal

HbA1c progression

20235.3%
20245.5%
20255.6%
20265.8%

↑ Rising trend — intervention recommended before 6.0%

⚠ Gap identified: Niacin 500mgYour LPA·CC genetic variant increases Lp(a). Flush-free Niacin 500mg is recommended to address this gap.
🐟
Omega-3
2000mg · EPA/DHA · Anti-inflammatory
🌞
Vitamin D3
1000IU · Bone, immune, mood support
🧡
Curcumin
500mg · Anti-inflammatory, hsCRP support
Zinc
15mg · Testosterone, immune support
🌙
Magnesium Glycinate
250mg · Sleep quality, muscle recovery
🔴
Niacin (flush-free)
500mg · LPA·CC gap · Lp(a) support

📷 Scan Meal

📸

Use camera or upload below

meal preview
— or try a demo —

🗂 My Health Data

This section contains your genetic variants, lab results, wearable data, and supplement stack. All data is illustrative for this demo.

⬡ Platform Architecture
Kynetic
One engine, any audience. The same genetic + wearable + lab synthesis, presented for a cardiologist or a consumer.
12+
Gene variants analyzed
4
Data streams integrated
2
Audiences, one engine

Architecture

🧬 Genetic risk variants → system prompt context
Whoop wearable data → real-time vitals
🧪 Lab panels → trend analysis
Claude → health coach AI (tone adapts per audience)
📷 Vision API → meal scanning
🔒 Vercel edge → zero client-side API keys