“When the winds of change blow, some people build walls and others build windmills.“
- An ancient Chinese proverb
We are currently piloting and exploring market avenues for the following products we have developed :
Become one of exclusive Early Adopters for realtimeWAS!
Contact our marketing and sales partner,
Nabla-cubed Innovation Pvt. Ltd., to secure massive discounts, weekly on-site support,
and free feature upgrades through our Early Adopter Sales Agreement.
Diarrheal diseases, primarily spread through fecally contaminated water, claim the lives of over 700 children globally each day, according to UNICEF. Furthermore, the water consumed by over 3 billion people remains untested for fecal contamination. In Nepal alone, water-borne diseases cause more than 8,000 child deaths annually, with over 80% of the population lacking access to safe drinking water. A significant hurdle in addressing this crisis is the absence of affordable and rapid water surveillance methods. Current methodologies are impractical for developing nations like Nepal, as they necessitate laboratory infrastructure and an incubation period of 24-48 hours.
Our solution:Our innovative, patent-pending, reagentless system features an "optical engine" that primarily operates in the deep-UV spectrum. It simultaneously measures Tryptophan and Tyrosine amino acids, which are commonly produced by fecal coliforms, humic matter (decayed organic material), and turbidity. Pending Patent: A. Dhakal, R. Maharjan, and T. Krauss, “Fluorometer and method for use in determining the composition of an analyte.” UKIP GB2502605.5.
Automated Chlorine dosing:We are developing an automated chlorine dosing system based on our realtimeWAS system.
Nanotechnology is a cornerstone of modern innovation, impacting diverse fields from lighting and displays to advanced electronics, computing, and quantum technologies. However, the high cost of research and development in this area, largely due to the need for nanometer-scale precision instruments, presents a significant barrier. Affordable imaging and positioning systems are therefore crucial for developing nations to participate in and contribute to this vital driver of innovation.
Solution:Our innovative, low-cost imaging and positioning system achieves sub-micron precision by integrating 3D-printed flexures for motion control with white-light interferometry for 3D imaging. For further details, please reach out to us or our marketing and sales partner, Nabla-cubed Innovation Pvt Ltd.
