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Epicore Biosystems

Advanced sweat-sensing wearables and cloud analytics to provide real-time, personalized hydration and health insights. | Epicore Biosystems is a digital health...

Epicore Biosystems logo

Epicore Biosystems

Advanced sweat-sensing wearables and cloud analytics to provide real-time, personalized hydration and health insights. | Epicore Biosystems is a digital health company developing advanced

General information

Firm type

other

Location

Region

North America

Country

United States

City

Cambridge

Corporate office

Cambridge, MA, United States

Frequently asked questions

Who founded Epicore Biosystems and what is its technology basis?

The company was spun out of Northwestern University's Querrey Simpson Institute for Bioelectronics, founded by professor John Rogers. Its core technology is a soft, flexible microfluidic patch that captures sweat without electronic components, analyzing biomarkers through colorimetric chemistry (per public record).

Does Epicore Biosystems operate as a family office or asset manager?

No. Epicore Biosystems is a venture-backed biosensing hardware company, not a capital allocator. Its investors include Alsop Louie Partners and prior seed investors, but it does not function as a family office.

What are the primary applications of the Discovery Patch?

The Discovery Patch measures sweat rate, pH, chloride, glucose, and lactate. It is used in athletic performance optimization, industrial heat-stress monitoring, and military readiness trials (per the firm's published R&D pipeline).

Which large organizations or partnerships has Epicore disclosed?

It has disclosed partnerships with Gatorade (Gx Sweat Patch), the US Army, DARPA, and NIH. The military contracts focus on assessing hydration and heat-stress thresholds in active-duty soldiers (per Gatorade press release, 2021; DARPA public awards).

How does Epicore differentiate from other wearable health sensors?

Unlike electronic biosensors, Epicore's patch uses passive microfluidics and color changes — it needs no battery and can store sweat for lab analysis. This design is uniquely suited for disposable, low-cost use in extreme conditions where electronics fail (per academic publications).

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