Predictive maintenance for steel plants
Track vibration and temperature on critical pump, blower, crusher, and conveyor motors. Give your maintenance team evidence to investigate bearing wear, imbalance, and misalignment before an unplanned stop.
Your factory speaks.
We help you hear it 14 days early.
Industrial IoT sensors and vibration analysis for motors. Help prevent motor failure and reduce factory downtime with continuous condition monitoring, engineered in India.

Every critical motor. One connected view.
One motor failure. ₹1L–₹3L+ in repairs, lost production, and emergency downtime.
What could your plant prevent?
Motors × breakdowns/year × cost × 75% prevention.
Illustrative gross savings at 75% prevention, before subscription and hardware costs. Your pilot measures actual performance.
25–30% lower maintenance costs. 70–75% fewer breakdowns. Give your team the foresight to keep production moving.
The line is down. Your phone won’t stop.
Your team is ready. Your production keeps moving.
Illustrative maintenance scenarios. Repair times depend on the motor and fault; performance is validated during your pilot.
An industrial motor monitoring kit combining motor-side vibration and temperature sensing, electrical current and voltage monitoring, and a local gateway for AC induction motors in Indian factories.
Designed for AC induction motors from 1 HP to 500 HP, with local IEEE 802.11 connectivity. Confirm equipment compatibility with the plant team before installation.
Explore kit details and installation requirementsA compact edge node. A complete picture of motor health. Mounted on the end-bell, listening for the earliest signs of trouble.
Non-invasive current sensors on your electrical panel reveal load changes and electrical stress without interrupting operations.
A local gateway links your sensors and on-premise command center using IEEE 802.11 wireless standards. Clear dashboards, early warnings, and actionable maintenance insights.
Industrial IoT sensors in India, built to help you reduce factory downtime through planned maintenance.
Track vibration and temperature on critical pump, blower, crusher, and conveyor motors. Give your maintenance team evidence to investigate bearing wear, imbalance, and misalignment before an unplanned stop.
Combine motor-side sensing with electrical load monitoring to understand changes in machine condition. Plan inspections and repairs around production, with a six-week pilot to validate results on your equipment.
For factory owners, plant managers, and maintenance teams in India: start with 3–5 critical assets. Assess machinery problems, installation requirements, and potential downtime savings with our engineers.
Start with 3–5 critical motors.
Scale when the numbers make sense.
We install sensors on 3–5 critical motors. Vibration, temperature, and electrical data start flowing from your factory floor.
AI establishes a baseline for your equipment, surfacing anomalies and the early signals your maintenance team needs.
Review your motor health dashboard and personalized ROI report. Make your next move with evidence from your own plant.
One transparent monthly price per motor.
Purpose-built hardware. Continuous foresight.
+ ₹15,000 one-time per unit
+ ₹22,000 one-time per unit
From the physics of a bearing to the intelligence in your dashboard. Meet the team behind Augur Forge.
Embedded AI Engineer
Hardware Design & Test Engineer
Applied Physics
Industrial IoT Packaging Engineer
Electronics Assembly Engineer
Cloud & Backend Analyst
Your motors. Your data. Your proof.
Start with a 6-week pilot.
Motor condition monitoring tracks signals such as vibration, temperature and electrical measurements to assess a motor's health over time. Maintenance teams use changes in these signals to investigate developing problems and plan maintenance.
Augur Forge monitors AC induction motors from 1 HP to 500 HP, focusing on pumps, blowers, crushers and compressors in Indian factories. Equipment suitability is assessed with the plant team before a pilot.
Sensors communicate locally with the gateway using IEEE 802.11 wireless standards. The gateway brings their data to the on-premise command center.
Compare the supplier's motor compatibility, measured signals, installation requirements, connectivity, maintenance workflow, support and total cost. Agree on pilot success criteria and assess findings against inspection or maintenance evidence from your own equipment.
The six-week pilot starts with 3–5 critical motors. At the end, the plant team reviews detected anomalies and projected savings in an ROI report before deciding whether to continue. Projected savings are estimates, not guaranteed results.