Longevionics AI
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Choose the panel that's right for you. All tests are in development — join the waitlist to be among the first to access precision longevity testing.

Starter
BioAge Essentials
$299 one-time
Core biological aging panel for individuals wanting a clear picture of their biological age and primary risk drivers.
Biological Aging Score
Metabolic & inflammatory panel
Cardiovascular biomarkers
Personalized report
Genetic analysis
ThinkAge device
Complete
Full Longevity Panel
$699 one-time
Our most comprehensive biological aging assessment — genetics, disease-of-aging risk, and ThinkAge device included.
Everything in Essentials
Genetics & genomics panel
Disease-of-aging risk scoring
Epigenetic clock analysis
ThinkAge device integration
Longitudinal tracking (1 yr)
Clinical / Research
Research Partner
Custom pricing
For clinicians, health systems, and research institutions needing multi-patient access and cohort analysis.
Everything in Full Panel
Multi-patient dashboard
EHR integration support
Cohort-level analytics
Co-publication opportunities
Dedicated research support
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Leave your details and we'll reach out as soon as your selected panel is available.

✅

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Precision Longevity Research

Decoding Aging.
Defining Longevity.

Longevionics AI studies aging as a measurable and modifiable biological process. We integrate genetics, clinical data, advanced imaging, and real-world device signals to quantify biological age and identify reversible drivers of disease.

See Your Aging Score
Biological Aging Score
34.2
bio yrs
Cardiovascular
72%
Metabolic
88%
Inflammatory
55%
Neurological
80%
7 reversible factors identified
Multimodal · 4 data streams
4+
Integrated Data Modalities
~40%
Aging Variance Modifiable
10+
Targeted Biological Pathways
Real‑world
Clinical & Device Data Sources
The Core Insight

Your Body Ages Differently
Than the Calendar

Chronological age counts years. Biological age measures how your body is actually functioning — and the gap reveals both risk and opportunity. Drag the slider to explore.

Chronological Age45 yrs
drag to explore
Chronological Age
45
Calendar years
Based purely on date of birth. Does not reflect actual health status, organ function, or disease risk.
7 yrs younger
Biological Age
38
Functional years
Your organs, metabolism, and cellular systems function like a 38-year-old. Measurable, trackable, and improvable.
Key Biological Drivers
💡
7 years younger than your calendar age. Cardiovascular and metabolic health are strong contributors. The primary opportunity lies in inflammatory markers — a potentially reversible driver.
Diseases of Aging

Aging Is the Root Cause.
Disease Is the Outcome.

Every major chronic disease is a downstream expression of accelerated biological aging. Longevionics AI doesn't chase individual diseases — it targets the underlying aging biology that causes all of them, years before clinical diagnosis.

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Cardiovascular Disease
Arterial stiffening, atherosclerosis, and heart failure are expressions of vascular aging. We detect these signals 10–15 years before a cardiac event.
Arterial age · hsCRP · Lipid trajectories
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Neurodegeneration
Alzheimer's, Parkinson's, ALS, and MS are rooted in neuroinflammation and cellular aging. Biological signals appear 15–20 years before symptoms.
NfL · Amyloid precursors · Brain age index
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Metabolic Disorders
Type 2 diabetes and insulin resistance are metabolic aging disorders. Decades of reversible drift precede diagnosis — our models catch the turn early.
HbA1c trends · Fasting insulin · IGF-1
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Obesity & Body Composition
Visceral fat accumulation and sarcopenia are aging processes, not lifestyle failures alone. Reversible with the right biological targets identified early.
Body composition imaging · Adipokines
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Cancer Risk
Chronic inflammation and immune aging create the conditions for oncogenesis. We track the inflammatory and genomic aging signals that elevate risk over time.
Inflammatory load · Immune aging · cfDNA
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Musculoskeletal Aging
Bone density loss and sarcopenia accelerate after 40 but are measurable earlier. We track the biological trajectory before structural damage sets in.
Bone turnover markers · Muscle mass index
💡
The Longevionics AI approach: A single improvement in your Biological Aging Score reduces risk across all of these conditions simultaneously — not one disease at a time. That's the power of targeting aging at its root.
See Your Aging Score
⌬ Genetics-Personalized Device
ThinkAge™

The world's first wearable calibrated to your individual genetic aging profile. ThinkAge doesn't just track health — it interprets every signal through the lens of your unique biological blueprint.

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Genetics-Calibrated Sensing
Algorithms personalized to your genomic profile — your HRV baseline, inflammatory thresholds, and metabolic rhythms are uniquely yours.
🧠
Neurocognitive Monitoring
Passive signals correlated with neurodegeneration risk markers — sleep architecture, autonomic tone, and cognitive load tracked continuously.
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Real-Time Aging Score Feed
Your Biological Aging Score updates with every sync. See what moves it — and receive nudges specific to your biology.
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Private & Secure by Design
All data encrypted end-to-end. You own your biological data — always.
⌬
ThinkAge™
Your genetics. Your aging score. Your device.
Genetics-Calibrated Neurocognitive Always-On AI-Powered Private Longevity-First
How It Works

Four Data Streams.
One Unified Score.

Longevionics AI fuses four distinct biological data modalities into a single, interpretable Aging Score — each stream revealing a different dimension of how you age.

Stream 01 — Genetics

Your Genomic Blueprint of Aging

Genetic variants influence how quickly your biological systems age. We identify modifiable pathway-level drivers — not just risk scores.

Polygenic aging risk scores across 12 pathways
Epigenetic clock alignment (methylation patterns)
Mitochondrial and telomere-related variants
Neurodegenerative genetic risk stratification
Genetic Pathway Risk
🧬
Telomere maintenance
Low risk
⚡
Mitochondrial efficiency
Optimal
🔥
Inflammatory pathways
Moderate
🧠
Neurodegeneration risk
Monitor
Stream 02 — Imaging

Organ-Level Aging Made Visible

Advanced quantitative imaging extracts aging signals from MRI, CT, and ultrasound — detecting silent biological decline years before symptoms appear.

Vascular wall stiffness and arterial aging
Brain volume and white matter integrity
Cardiac structure and functional parameters
Body composition and visceral fat distribution
Organ Aging Index
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Cardiovascular age
−5 yrs vs chrono
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Brain age estimate
−3 yrs vs chrono
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Pulmonary function
On track
⚖️
Body composition
Favorable
Stream 03 — Clinical Data

What Your Labs Are Really Telling You

Routine bloodwork and EHR data contain aging signals that most clinicians don't have time to synthesize. Our models extract longitudinal patterns from years of clinical data.

Metabolic panel trends over time (not just snapshots)
Inflammatory markers: hsCRP, IL-6, fibrinogen
Hormonal aging signatures (IGF-1, DHEA, cortisol)
Neurofilament light chain (NfL) — neurodegeneration marker
Biomarker Snapshot
🩸
HbA1c (metabolic)
5.2% — Optimal
🔥
hsCRP (inflammation)
3.1 — Elevated
🧠
NfL (neuro marker)
12 pg/mL — Watch
⚗️
IGF-1 (hormonal)
128 — Low-normal
Stream 04 — ThinkAge Device

Your Genetics. Continuously Monitored.

ThinkAge goes beyond standard wearables. Every signal is interpreted through your personal genetic profile — making its insights uniquely, precisely yours.

HRV calibrated to your genetic autonomic baseline
Sleep architecture scored against your neuro risk profile
VO2 max proxy personalized by metabolic genotype
Cognitive stress patterns correlated with neurodegeneration signals
ThinkAge — Today's Readings
💤
Deep sleep (vs your baseline)
+12% — Above avg
💓
HRV (genetic baseline)
54ms — Healthy
🧠
Neuro stress index
Moderate
⚡
Recovery score
61% — Improve
Who It's For

Precision Longevity for
Every Stakeholder

Whether you're a researcher, clinician, or individual — Longevionics AI gives you the tools to measure, understand, and act on biological aging.

🔬

Researchers

Access multimodal aging data and validated biological age models to accelerate longevity research and discovery.

Validated Aging Score endpoints
Multi-omics integration framework
Longitudinal cohort data partnerships
Biomarker discovery pipelines
🩺

Clinicians

Go beyond standard labs. Give patients a biological age context that motivates change and enables earlier, targeted intervention.

Clinically interpretable Aging Score
EHR-integrated reporting
Disease-of-aging risk flags
Patient-facing longitudinal tracking
🧑‍💻

Individuals

Understand exactly how your body is aging — and which specific, measurable factors you can act on to slow or reverse the process.

Personal Biological Aging Score
ThinkAge device integration
Ranked reversible drivers
Ongoing improvement tracking
Our Science

Learning from Disease
to Engineer Health

We learn aging mechanisms from large-scale real-world disease data — mapping shared biological pathways of decline and identifying where intervention can matter most.

Genomics

Genetic Architecture of Aging

Modifiable genetic signatures and pathway-level drivers of aging, resilience, and disease susceptibility — linked to actionable biology.

Imaging

Quantitative Organ-Level Biomarkers

Advanced imaging biomarkers track organ-level aging, detecting silent progression earlier than symptoms and measuring biological response over time.

Clinical Data

Routine Labs & EHR Phenotyping

Longitudinal lab trends, vitals, and EHR phenotypes power our personalization engine — discovering what changes first and what can be improved.

Disease Learning

Learning from Disease Trajectories

Cardiometabolic, neurodegenerative, renal, and inflammatory conditions — mapped to reveal shared aging mechanisms and the points of reversibility.

Systems Biology

From Biomarkers to Actionable Intervention

By modeling how biology shifts from health to disease, we identify biomarkers that are actionable before irreversible damage occurs. Longevionics AI translates multimodal biomarkers into practical guidance — targeting reversible factors including sleep, activity, inflammation, metabolic control, cardiovascular function, neurological health, and other measurable pathways.

Platform

A Personalized Systems-Based Engine

Building the infrastructure to translate biological complexity into clear, personalized, actionable longevity intelligence.

🧬
Multi-Omics Integration
Genomics, proteomics, and metabolomics fused with clinical signals for a complete biological picture.
📊
Longitudinal Tracking
Aging Score trends tracked over time, sensitive enough to reflect real changes in biological health.
⌬
ThinkAge Device Integration
Genetics-calibrated wearable signals feed directly into your personal Aging Score model continuously.
🎯
Personalized Intervention Guidance
Target your highest-impact reversible aging factors with evidence-based, individualized recommendations.
Data → Score → Action
Step 1 — Data Ingestion
Genetics, imaging, clinical labs, and ThinkAge signals securely ingested and harmonized.
Step 2 — Feature Extraction
AI models extract aging-relevant biological features across all modalities simultaneously.
Step 3 — Biological Age Scoring
A composite, clinically interpretable Aging Score generated with pathway-level transparency.
Step 4 — Driver Identification
Reversible aging drivers ranked by impact, modifiability, and individual baseline.
Step 5 — Personalized Guidance
Targeted, evidence-based interventions delivered with longitudinal outcome tracking.
Reversible Targets
Improve Your Score by
Targeting What Matters

Our platform identifies the specific, measurable, modifiable pathways driving your biological age — so you can act on what actually moves the needle.

Sleep QualityPhysical ActivityInflammationMetabolic ControlCardiovascularNeurological HealthStress ResponseGut MicrobiomeNutrient Optimization
∞
Ongoing optimization
About Longevionics AI

Built at the Intersection of
Medicine, Biology & AI

Longevionics AI was founded on the conviction that aging is not an inevitable fate — it is a measurable and increasingly modifiable biological process that can be understood, tracked, and improved with the right tools.

We approach longevity science through a rigorous, systems-level lens: integrating genetics, imaging, clinical phenotypes, and real-world physiological data to build AI models that tell a more complete story about how and why an individual is aging.

Disease is central to our science — not as our end goal, but as our most powerful teacher. By learning from large-scale real-world data across cardiovascular, neurodegenerative, metabolic, and inflammatory conditions, we map the shared biological aging pathways that drive all of them.

We welcome research collaborators, clinicians, and early adopters who share our belief that precision longevity medicine is not a distant aspiration — it is a near-term engineering challenge.

Our Mission

To engineer precision longevity tools that quantify biological aging, identify its reversible drivers, and empower people to live healthier, higher-quality lives — starting now.

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Aging-first. Disease is the outcome. Aging is what we fix.
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Rigor first. Every claim grounded in biological evidence and clinical data.
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Early detection. Act decades before clinical symptoms emerge.
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Open collaboration. We build with researchers, clinicians, and early users.
Get Involved

Research Collaborators &
Early Users Welcome

✅

Message received!

We'll be in touch. Thank you for reaching out to Longevionics AI.

We are actively building relationships with research institutions, clinicians, and forward-thinking individuals who want to shape precision longevity medicine.

✉
Email
ajha@longevionics.com
🌐
Website
longevionics.com
⌬
ThinkAge Device
Waitlist open —
🔬
Collaborations
Open to academic & clinical partners
Press & Investors: We welcome inquiries from journalists covering longevity science and investors aligned with our mission. Reach us at ajha@longevionics.com