Disconnected & blind infrastructure resulting in highly inefficient, gut-based farming.
Erratic water to the crop impacts growth and overall productivity.
Excessive water washes away crucial soil nutrients.
Fluctuating power and dry runs destroy expensive pump machinery.
Farmer forced to be continually vigilant, traveling long farm-to-house distances at night.
No data capture exists. Farmers rely heavily on intuition, leading to extended pump operations and wasted resources.
A robust 3-tiered digital infrastructure connecting pumps to satellite data.
The brain of the platform. Integrates satellite imagery, real-time weather shifts, and deep analytics to generate autonomous, precision Irrigation Advisories. Transforms raw data into crop health.
The cloud-based connectivity layer. Manages secure remote scheduling, handles farm-wide grid orchestration, and tracks autonomous grid recovery protocols when power fluctuates.
Our patented, deep-tech hardware stationed at the pump. Acts as a flawless execution node that withstands dry runs & erratic phases, translating digital commands into physical water flow safely.
Data feeding the system for Irrigation Advisory.
Determined by farmer inputs, sensors, and weather shifts.
Calculated to maintain exact moisture levels.
Delivers optimum quantity, executed automatically by the Edge Node.
Result: Pre-harvest contamination reduced by 40-60%. Yield increases by 22%. Quality improved by 16%.
Aligned with GOI's Pradhan Mantri Krishi Sinchayee Yojana & Atal Bhujal Yojana
GHG Mitigation Potential per installation.
Savings in water per instance of irrigation.
Energy savings per pump operation.
Scalable technology addressing a massive total addressable market.
One-time hardware deployment to digitize the targeted agricultural infrastructure.
Recurring subscription for active digital control, remote monitoring, and automated grid operations.
B2B API access, crop-yield analytics, and integration with third-party precision agriculture platforms.
Our patented technology stands apart from traditional autostarters and basic GSM controllers.
| Parameters | Jalaprayah | AutoStarters (Manual) | GSM Based Controllers |
|---|---|---|---|
| Patent Protection | |||
| Increased Life of Pump | |||
| Increase in Crop Yield | |||
| Stop on Disruption | Partially | ||
| Auto Start on Normalisation | |||
| Auto Stop on Attainment of Time | |||
| Data Logging & Analytics (IoT) | Possibility | ||
| Intelligence to Start/Stop/Restart Motor | Only on Power Availability | Possibility | |
| Eliminates Human Intervention |
Experts in deeptech, farming, and business execution.
Co-Founder & CEO
Highly Experienced Sales & Business Development Professional with 29 years of experience.
Co-founder - Technical
E&TC Engineer with over 16 years of experience in product development.
Embedded Specialist
M.Sc Electronics. Over 12 years of experience in Embedded coding.
Technical Advisor. Electronic Engineer with 35+ years experience in product dev.
Marketing Advisor. Ex-KSB Pumps Ltd. Expertise in marketing volume products.
Finance Advisor. CA, IIM-A, Ex-Group CFO Mahindra Group.