Deep Health® Device
Institutional population-health measurement infrastructure

Human health.
Measured.
At population scale.

The Deep Health® Device combines a 16-sensor physiological measurement architecture, embedded AI, and longitudinal analysis for national health programs, insurers, and large institutions.

Discuss population-scale deployment →Explore the Deep Health Unit
The physical Deep Health® Device, white weight-loaded plantar platform
DEEP HEALTH® DEVICE · PHYSICAL INSTRUMENT
16multimodal sensors
2017embedded AI introduced
200M+people in company-reported historical deployment
3,836participants in the DHU foundational study
One platform, multiple levels of insight

From a single person to an entire population.

Individual physiological measurements become longitudinal trends; repeated measurements across programs give institutions the ability to observe shifts in measured health rather than relying on isolated encounters.

01 · INSTRUMENT

Device technology

Weight-loaded plantar contact and 16 complementary sensor channels capture physiological signals that are processed into functional indices.

Learn more →
02 · INTELLIGENCE

App and AI reporting

Longitudinal Health Index trends, tissue and organ reporting, guidance, classification, and anomaly detection.

Learn more →
03 · SCIENCE

Deep Health Unit (DHU)

A published biological reference framework defines adaptive response as a measurable quantity separate from the instrument used to estimate it.

Learn more →
What institutions receive

Depth behind the headline score.

The Deep Health® reporting environment goes beyond weight and aggregate scores. Sample outputs include neuromuscular tissue, visceral fat, blood volume, organ-related measures, mitochondrial fraction, cardiovascular indicators, and ATP/ADP turnover estimates.

Explore the sample reporting system →
Deep Health® App showing organ health scores
Deep Health® worldwide synchronization graphic
Deployment experience

Designed for population programs, not product shelves.

The platform has been used through large institutional initiatives, including insurance-linked programs and work in Malaysia. The website is organized around public-sector and institutional deployment requirements.

Explore institutional applications →
Scientific foundation

Health as adaptive biological efficiency.

The foundational 3,836-person paper studies immune response alongside cellular energy-related measurements across healthy, average, and poor-health populations. It defines the Deep Health Unit as a reference-based logarithmic expression of adaptive biological efficiency.

Read about the DHU →
Institutional perspectives

Experience at the highest levels of health systems.

“It is a paradigm shift in the management of national healthcare.”
Alnoor Ramji · Prudential PLC (2020) · authorized excerpt as previously supplied
“We plan to use it in all government hospitals to improve the health of the population.”
Adham Baba · Minister of Health, Malaysia (2020) · authorized excerpt as previously supplied

For full original wording and context, consult the corporate website; exact quote text should be checked against the signed approved originals before public launch.

Longitudinal population intelligence

Embedded AI since 2017.

From classifications and anomaly detection to time-series analysis and personalized guidance, the platform was designed around repeated measurement. Ongoing research includes a company-reported cohort exceeding five million regular GLP-1 users; outcome findings remain forthcoming.

Explore AI and longitudinal analysis →
High-level AI in Deep Health® Device graphic
Partner with Deep Health®

Bring standardized health measurement to your population.

Engage our team on the instrumentation, system integration, evidence base, implementation planning, and governance requirements of a major deployment.

Request an institutional briefing →