About

Named for a man who measured his own life

Cornaro.ai turns sci­entific break­throughs in aging and health­span into decisions that part­ners can act on.

01

Mission

Between the biology and the clinic

We build models that carry a find­ing across spe­cies, from the animal to the patient, and the evid­ence that a phar­ma­ceut­ical or biotech pro­gramme needs to decide what to do with it.

Medi­cine has become very good at treat­ing indi­vidual dis­eases of later life and much less good at address­ing the pro­cess that pro­duces all of them. That pro­cess is tract­able: it is meas­ur­able, it varies between indi­vidu­als for reas­ons that can be traced to bio­logy, and it responds to inter­ven­tion.

Devel­op­ing inter­ven­tions of our own is a pos­sib­il­ity fur­ther out. It is not a near-term aim, and we would rather say so than imply oth­er­wise.

02

Alvise Cornaro late in life: a spare, bearded man in dark robes, one hand resting on a table, painted against an almost black ground.

Alvise (Luigi) Cornaro

1484-1566, Venice and Padua

Jacopo Tintoretto, c. 1560-65. Galleria Palatina, Florence. Public domain.

The title page of the 1616 Rome printing, headed Discorsi della vita sobria del Sig. Luigi Cornaro, with the printer's device beneath it.

Discorsi della vita sobria

Written in 1558 and added to until he was nearly a hundred. This is the 1616 Rome printing by Giacomo Mascardi, digitised by the Getty Research Institute.

Open the 1616 editionat the Internet Archive, opens in a new tab

Alvise Cornaro, and the first quantified self

Cornaro was, in effect, the first quan­ti­fied-self prac­ti­tioner: he treated his own body as a system to be under­stood, mon­itored and tuned, and he recor­ded the res­ults.

The Vene­tian noble­man of the late Renais­sance wrote Discorsi della vita sobria in 1558, past eighty, and exten­ded it into his late nineties. Its argu­ment was extraordin­ary for its time: a long and vig­or­ous life is not a gift of for­tune but the con­sequence of dis­cip­lined, meas­ured, evid­ence-based choices.

The Renais­sance was the age that learned to meas­ure. Ana­tomy, astro­nomy, the geo­metry of per­spect­ive: a cen­tury of dis­cov­ery that came less from any single instru­ment than from a new will­ing­ness to look and to record.

The .ai in our name says we think arti­fi­cial intel­li­gence is that kind of instru­ment for our own cen­tury, on a scale of bio­lo­gical data that Cornaro could never have ima­gined, and that aging is the ques­tion wait­ing for it.

03

Principles

How we work

Measurement before conviction

Aging research has never lacked plaus­ible stor­ies. It has lacked the depth of meas­ure­ment needed to tell which of them are true.

Biology sets the questions

Com­pu­ta­tion is an instru­ment, not a sub­sti­tute for know­ing which tissue, which times­cale and which phen­o­type actu­ally matter.

Translation is the test

A result that cannot cross into human bio­logy is not a result. We cross-val­id­ate against human cohorts from the outset, not at the end.

Long horizons, honest timelines

Health­span research is meas­ured in lifespans, not quar­ters. We prefer data­sets that took twenty years to build and claims that will still be true in twenty more.

04

Partnership

Biology meets AI

We supply the bio­logy and the sci­entific judge­ment. Natural Constant sup­plies the AI and the engin­eer­ing.

Neither half does the job alone, which is the reason for the arrange­ment rather than a foot­note to it.

Read the full thesis

Get in touch

If you work on aging biology, computational discovery or clinical translation, we would like to hear from you.