Identify High-Risk Patients.
Inform Care Plans.
Impact Cost.

Decode Health offers a proven data analytics solution that can predict and monitor autoimmune conditions.

Decode Health offers a health management analytics solution that can predict and monitor chronic autoimmune diseases like multiple sclerosis, Crohn’s disease or ulcerative colitis. Relying on our deep disease knowledge and expert data modeling techniques, the platform finds patients who have a high-cost profile, are trending toward a high-cost adverse event, or are misdiagnosed and being treated with unnecessary, expensive drugs, often biologics.

Our patent-pending technology provides insights that enhance your care managers’ ability to optimize the care pathway to reduce the guaranteed, hidden risk and improve overall outcomes for their patients.

Combining the investigative minds of immunologists with the analytical speed and efficiency of a supercomputer, Decode’s analytics solution detects and monitors chronic disease earlier and more effectively than anything else on the market.

Let us come up with a personalized plan to help you realize the benefits of better managing your chronic, autoimmune patients and lowering the cost curve associated with these conditions.

Learn More
How much can
Decode Health
help you save?

If you manage a population of 10,000 members, based on national prevalence, you have 1,600 people with one of the autoimmune diseases and syndromes we analyze. Right now – many of them have a condition that is undetected, uncontrolled, or misdiagnosed.

Each one of them leads to significant waste and avoidable cost if their disease isn’t accurately – and immediately – detected, diagnosed and monitored to ensure optimal disease management.


spend annually


savings annually


savings on
misdiagnosis in year 1

Year One of
Decode’s Analytics
Could Save Millions.

That’s what you could save by detecting and monitoring autoimmune conditions.

Decode Health Analytics can identify patients early and accurately, offering expert prediction and monitoring.

Learn More