Quantitative Salivary Biosensing Platform
A rapid, point-of-care saliva testing platform for longitudinal cortisol monitoring, engineered to expand to monitor additional hormones.


Cortisol Reader
A compact reader that delivers fast, accurate cortisol measurements from a saliva sample.


Disposable Saliva Cartridge
Single-use saliva strips designed for hygienic, consistent, and reliable cortisol testing.


Data Insights
An intuitive desktop dashboard that translates cortisol data into clear, actionable stress insights for clinicians.
Clinically Validated Technology
Validated in human saliva. Built for clinical use.
94% agreement
actual cortisol concentration (nmol/L)
electrochemical sensing
Human Saliva Validation
to a standard laboratory assay
longitudinal saliva measurements in real participants
Quantitative Results
Lab-quality Precision
Tracks Natural Cortisol Biology
ReMinded reliably reproduces the physiological daily cortisol rhythm observed with laboratory testing.


Standard laboratoryassay
High Agreement with Gold Standard
Standard laboratory cortisol (nmol/L)


Validated in human saliva with the sensitivity needed to detect physiological cortisol concentrations.
Building the Future of Salivary Biomarker Monitoring
ReMinded is building more than a cortisol test. We're creating a platform for rapid, point-of-care saliva biomarker testing that expands across clinical applications over time.
✓ Clinical validation underway
✓ Established biology
✓ Clear reimbursement pathways
✓ Designed for longitudinal monitoring
Additional Hormones
Our first assay
Cortisol
Expanding into endocrine and women's health
CRP
IL-6
IL-8
TNF-α
MMP-8
Disease & Inflammatory Biomarkers
Supporting broader clinical decision making
Pharmaceutical companies
Diagnostics companies
Wearable technology partners
Health systems
Drug & Therapeutic Monitoring
Strategic Partnerships
Real-time treatment insights
Building an ecosystem
Estrogen
Progesterone
Testosterone
DHEA
Melatonin
Clinical trials
Drug adherence
Therapeutic response
Personalized treatment optimization


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