Multi-omic longevity engine

Your biology is an unmonitored state machine. We built the integration layer.

Genome, bloodwork, and wearables, synchronized into one live Biological Twin that reverses cellular aging on autopilot.

Levine PhenoAge Klemera-Doubal ancestry-aware biology

The problem

Your health data is fractured across three isolated silos.

01 / Source code, no compiler

DNA

Your genome maps inherited risk but stays frozen. It can't track the rate your cells are actually aging today.

02 / A log that arrives late

Lab Biomarkers

Blood, urine, DEXA scans and MRI capture what's happening inside, but episodic panels surface damage months after the early markers have already started to drift.

03 / Signal without a cause

Wearables

Your ring and watch see strain and poor recovery, but stay blind to the particle load and inflammation driving it.

The integration layer

One engine reads all of it.

Every modality compiles into one computational core that estimates your biological age in real time, then routes a daily protocol, with the rigor of mission-critical software.

Whole-genome sequencing
87-marker biochemical panel
DEXA / whole-body MRI
Continuous wearable telemetry
COMPUTATIONAL CORE
Multi-omic biological age engine
Levine · Klemera-Doubal
Biological age (PhenoAge · KDM-BA)
Daily automated protocol patch
Live Biological Twin dashboard
Levine PhenoAge Klemera-Doubal Physician in the loop
Read the engineering whitepaper →

The living biological twin

Your body isn't a black box. We map it in high fidelity.

Most wellness advice guesses at your macros, your sleep, your supplements, then hopes. We don't guess. We treat the body as an engineering system and synthesize every signal, biomarkers, DNA, wearables, lifestyle and scans, into one live biological twin. A closed-loop view of your biology that our engine reads to systematically reverse biological aging and unlock peak physical and mental performance.

WHAT WE MEASURE WHAT CHANGES Blood & urine biomarkers Genome (DNA) Wearable telemetry Lifestyle mapping Structural scans (DEXA, MRI) BIOLOGICAL TWIN LIVE ONE LIVE MODEL OF HOW YOU AGE Biological age trending younger Every system aging slower Clearer mind, steadier energy Peak physical performance

WHAT WE MEASURE

  • Biomarkers
  • Genome (DNA)
  • Wearables
  • Lifestyle
  • DEXA & MRI

WHAT CHANGES

  • Biological age trending younger
  • Every system aging slower
  • Clearer mind, steadier energy
  • Peak physical performance

Closed loop

From telemetry flux to protocol patch.

01

Map

Genome and 87 markers set your immutable baseline.

02

Stream

Wearables feed the twin continuously, not annually.

03

Detect

The engine flags drift across every layer at once.

04

Deploy

A precise protocol patch lands on your dashboard at 07:00.

See the full program →

Grounded in the science

We don't invent biology. We cite it.

Every estimate traces to published methods and an explicit tier of evidence. Validated biological-age clocks, the hallmarks of aging, and models trained on large population cohorts, with clinical guardrails on every recommendation.

MEASUREMENT

PhenoAge & Klemera-Doubal

Two validated biological-age clocks, Levine 2018 and KDM-BA, computed as transparent benchmarks and tracked continuously.

DATA

Trained on population cohorts

Non-linear marker interactions learned from UK Biobank and NHANES, hundreds of thousands of records, not a single hand-tuned formula.

SAFETY

Clinical guardrails

Renal and metabolic limits follow KDIGO and the 2021 CKD-EPI equation, with a physician authorizing every protocol.

Read the research →

Research network

Backed by people who have spent careers in the lab.

Our research members are working scientists and clinicians who contribute domain expertise, review methodology, and keep our protocols grounded in what the evidence actually supports.

Carlos Trujillo

Carlos Trujillo

Clinical Geneticist

Medical Genetics Institute

Physician and molecular geneticist with over 18 years across clinical medicine and research genetics. Directed the Molecular Genetics and Cytogenetics Lab at King Fahd Medical Research Center, King Abdulaziz University, one of the Arabian Peninsula's leading biomedical research institutions, overseeing day-to-day operations, clinical genetics workflows, and genetic counseling. His research interests sit at the intersection of cytogenomics, inherited disease risk, and population-level genetic variation. His work is directly relevant to calibrating longevity protocols for non-European ancestries.

Molecular Genetics Cytogenomics Genetic Counseling Clinical Research Cell Culture
Colombia King Fahd Medical Research Center · KAU, Saudi Arabia LinkedIn →
Dr. Garima

Dr. Garima

Clinical Reviewer · Internal Medicine

Guru Gobind Singh Medical College & Hospital, Faridkot

Physician (MBBS, MD General Medicine) and a Gold Medalist in her MD, currently Senior Resident in the Department of General Medicine at Guru Gobind Singh Medical College & Hospital, Faridkot. Her practice spans internal medicine, critical care and emergency medicine, diabetes, hypertension, acute coronary syndrome, thyroid and inflammatory disease, with hands-on ICU, cardiology and bedside-procedure experience (ACLS, echocardiography, ECG and ABG interpretation). Her MD research studied the neutrophil-lymphocyte and platelet-lymphocyte ratios as markers of diabetic nephropathy in type-2 diabetes, the same inflammatory ratios our engine computes. At Antiaging Labs she is the physician in the loop: every protocol passes her clinical safety review, and she reads each member's cardiometabolic panel the way a treating doctor would.

Internal Medicine Critical Care Cardiometabolic Risk Inflammatory Markers Clinical Safety Review
Punjab, India MD General Medicine (Gold Medalist) · Baba Farid University of Health Sciences LinkedIn →

Field notes

The latest longevity research, decoded.

New studies and biohacking claims, read the week they land and written in plain English: what it means, what's hype, and what to do.

11 Jun 2026 · Genetics

Why everything we knew about longevity genes was wrong

9 min read
6 Jun 2026 · Research

Rethinking mitochondrial aging: what 750,000 genomes tell us

11 min read
18 Jun 2026 · Exercise Science

VO2 max: is your endurance predestined, or can you build it?

12 min read

All field notes →

One useful thing about your biology, most weeks.

Research decoded, biomarker explainers, and honest reads on longevity claims. No hype, no selling.

Free. Unsubscribe anytime.
15 seats · founding cohort

Now onboarding the founding alpha cohort.

Fifteen operators, founders, and investors to stress-test the engine before commercial deployment.

  • Pass-through lab costs only during the pilot
  • Foundational software rates locked in for life
  • Direct protocol input with the founding team
View complete package breakdown →

Apply for founding accessConnects you to a 30-minute intake call

Wearables in use
Primary bottleneck
Apply for Alpha Cohort →

Reviewed within 48 hours. No payment required to apply.

Zero-knowledge architecture

Your biology is never identifiable at rest.

Your genome, scans, and biometrics are decoupled from your identity at the database edge, so your most sensitive data is never exposed, sold, or used to train anything but your own protocol.

PII decoupled No data resale Encrypted at rest