The science under the surface.
An electrochemical sensing stack combining advanced nanomaterials with paper microfluidics to deliver lab-grade detection at the point of care — engineered for sensitivity, reproducibility, and low-cost manufacturing.
The science under the surface.
An electrochemical sensing stack that combines advanced nanomaterials with paper microfluidics to deliver lab-grade detection at the point of care.
Electrochemical biosensors
Direct, quantitative signal transduction from sample to digital readout.
Pd–Ti₃C₂ MXene sensing
2D nanomaterials that amplify sensitivity and lower the detection limit.
Paper microfluidics
Capillary-driven fluid handling — no pumps, low cost, single use.
Carbon screen-printed electrodes
Mass-manufacturable sensing surfaces engineered for reproducibility.
Nanomaterial-enabled sensing
Surface chemistry tuned for selective capture of target hormones.
Digital health integration
Portable analytics and trend tracking, ready for connected care.
Measured, not marketed.
Performance demonstrated through prototype validation studies, including evaluation across patient samples at SGPGI, Lucknow.