We can sequence a genome in hours. Yet your grandfather's health data is already lost, and your father's is fading. The patterns that could save your life disappear a little more with each generation.

The problem with health memory

Every generation starts from scratch. We fill out intake forms with foggy recollections, answer questions about what killed our grandparents with guesswork, and proceed as if biology resets with each birth.

Studies show that within two generations, more than 70% of clinical detail is lost. "Grandpa had heart problems" is very different from "LDL 189 at age 52, treated with simvastatin, reduction to 120 over five years, cardiac event at 58 despite good adherence."

That difference, the full shape of the story, is where prevention lives.

What if you could pass down understanding alongside genes?

Myome is building a new kind of health record: one designed to be inherited.

We call it the hereditary health artifact. It's a structured, encrypted package containing your actual health trajectory over a lifetime: when biomarkers changed, what interventions worked, what didn't, environmental factors, lifestyle patterns, and the outcomes that followed.

Think of it as the annotated archive of how your genetic blueprint was actually lived.

Seeing your father's path overlaid with yours creates urgency. Data from your uncle shows what actually worked. This is medicine informed by lineage, by your specific family patterns.

Two ways Myome helps today

What Myome tracks

Myome captures data across seven biological domains, integrating information that's usually scattered across different systems, providers, and devices.

Uploading files to an LLM is like handing someone a shoebox of receipts and asking for financial advice. They can make sense of it in the moment, but there's no structure, no memory between sessions, no way to track what changed or why.

Myome is different. It organizes health data into a structured, longitudinal record that accumulates understanding over time. It knows what your normal looks like, so it can recognize when something changes: a three-week decline in HRV, a sleep pattern shift after a medication change, a slow drift in resting heart rate. And because the data is structured, it can be inherited. Passed to your children with meaning intact, ready to inform their care.

Wearables, lab tests, medical records, genetic data, environmental factors, imaging, and family history. Individually, these are fragments. Together, they form a picture of health that no single doctor's visit could capture.

What your doctor actually sees

When you visit your doctor, they see two snapshots: today and your last visit. Everything in between is a black box. They ask how you've been sleeping, you say "pretty good," and they make decisions based on that.

With Myome, your doctor sees the full picture: six months of daily data showing exactly when your sleep quality dropped, how your heart rate variability responded, and whether your blood pressure rise correlates with stress or something else entirely.

This changes the conversation. Instead of ordering tests to fill in gaps, your doctor can see the pattern directly. A sleep study that might cost $800 becomes unnecessary when the data shows your sleep declined after a stressful work trip and is already recovering. Better information means better care design and often less expensive care.

What your children will actually inherit

When your child visits a doctor decades from now, they'll fill out a family history form. They'll write "heart problems" and "diabetes I think" and "50s maybe." The details that could save their life will be reduced to vague recollections.

With Myome, they inherit your actual health record: the exact trajectory of your biomarkers, which interventions worked and which didn't, the patterns that preceded acute events. Their doctor won't just know you had heart disease. They'll know your LDL was 189 at 52, that simvastatin brought it down but wasn't enough, that your sleep quality degraded in the months before your MI.

That precision changes everything. Your child's doctor can start screening earlier, watch for the specific patterns that affected you, and intervene before history repeats. This is preventive medicine informed by your family's actual experience.

Read more: The Inheritance of Insight

Built for privacy

Your health data is the most sensitive information you have. Myome is designed around three principles:

Local-first. Your data stays on your devices. You decide who sees it and when.

Encrypted inheritance. Hereditary artifacts are cryptographically sealed for specific recipients. A descendant decrypts only what's relevant. Privacy remains intact, even posthumously.

Open source. No proprietary lock-in, no hidden algorithms, no data monetization. The entire stack is transparent and auditable.

Why now

Sensors capture thousands of data points per week. Genomes are cheap. Storage is nearly free. The tools exist to build comprehensive, longitudinal health records.

What's missing is continuity. Electronic health records treat death as a hard stop. Myome treats it as a handoff.

We're building the infrastructure so that families can inherit baselines, and so that the understanding you accumulate over a lifetime carries forward to the next generation.