What sets Zynvoltz apart from every IoT company in India — technical, sovereign, and defensible.
Every Zynvoltz hub runs on the C-DAC AS1061 THEJAS64 — India’s own 64-bit RISC-V processor, designed under the MeitY DIR-V programme and manufactured at Semiconductor Laboratory (SCL) Mohali. Every NezSatellite node runs on the C-DAC ET1031 THEJAS32 — India’s 32-bit RISC-V IoT processor. No foreign-designed chip carries the intelligence of Zynvoltz’s infrastructure.
30–90 days before electrode corrosion renders readings inaccurate
3+ years under normal hospital and industrial operating
conditions
Rs.9,600–18,000 per water point over 3 years versus standard probe replacements
TDS (Total Dissolved Solids), pH, Turbidity, Temperature — all from one probe insertion
The NezCore Hub simultaneously operates five industrial and consumer protocols — managing legacy infrastructure and modern smart devices from one sovereign platform:
Standard TDS probes corrode and fail within 30–90 days due to DC electrolytic corrosion at the electrode surface. Zynvoltz’s patented 1kHz AC bipolar pulse reversal eliminates this corrosion mechanism entirely. The ATtiny1617 co-processor on every NezSatellite water node switches electrode polarity 1,000 times per second — fast enough to prevent ion deposition, slow enough to maintain accurate measurement
Zynvoltz systems make critical decisions at the edge — not in a cloud data centre 2,000km away.