Frequently asked Questions
Most Common Questions
PRAGYA is a cloud-based platform that monitors and
optimizes the performance of industrial and commercial
assets. It helps improve reliability, reduce downtimes,
and increase profitability using real-time operational
insights.
PRAGYA excels at providing real-time data visualization,
predictive maintenance alerts, and energy consumption
tracking to streamline industrial operations.
No, PRAGYA is scalable and suitable for industries of all
sizes, from small manufacturing units to large-scale
enterprise plants.
Unlike traditional SCADA systems that are often siloed and
expensive, PRAGYA is cloud-native, cost-effective, and
offers accessible remote monitoring from any device.
It can monitor Energy usage, process parameters
(temperature, pressure, flow), safety indicators (gas
levels), and overall asset health status.
Yes. PRAGYA tracks spindle RPM, yarn tension, humidity,
suction pressure, and vibration to reduce yarn breakage
and improve yarn consistency.
The platform monitors loom speed, stop marks, air pressure
(for airjet), warp tension, machine vibration, and
environmental conditions, helping maintain smooth
operation and reduce defects.
Absolutely. PRAGYA tracks dye bath temperature, chemical
dosing, water consumption, dryer temperature, stenter zone
heating, and compacting pressure— ensuring uniform
finishing and lowering energy wastage.
Yes. It identifies inefficiencies in motors, compressors,
boilers, chillers, fans, and stenters. By detecting idle
running and abnormal consumption patterns, PRAGYA helps
cut operational energy costs.
Through continuous monitoring of vibration, motor
temperature, suction levels, and load variations across
spinning, weaving, and finishing machines, the platform
predicts failures early reducing stoppages and keeping
production stable.
Yes. PRAGYA continuously tracks Temp/RH/DP for AHUs and
cleanrooms, ensuring GMP-compliant environmental
conditions and helping maintain consistent product
quality.
The platform monitors jacket temperature, agitation speed,
pressure, motor load, and energy use to maintain uniform
batches, reduce deviations, and prevent process-related
failures.
Absolutely. It monitors chillers, cooling towers, boilers,
compressors, and vacuum pumps, identifying inefficiencies,
reducing energy wastage, and ensuring reliable operation.
Yes. PRAGYA integrates LEL sensors to continuously track
gas levels, generate alerts at threshold limits, and
support automated safety responses—significantly reducing
explosion risks.
By monitoring vibration, motor temperature, pressure
fluctuations, and load variations across utilities and
process equipment, PRAGYA predicts failures early and
keeps production running without disruption.
Yes. PRAGYA tracks robotic arm cycle time, weld
consistency, positional accuracy, and torque/load
variations. It immediately highlights deviations that can
affect assembly quality.
By analyzing vibration patterns, temperature rise, load
spikes, and cycle-time drift in CNCs, presses, moulding
machines, and conveyors, PRAGYA predicts failures before
they occur—drastically cutting unexpected stoppages.
Yes. PRAGYA supports Modbus, OPC-UA, MTConnect,
Fanuc/ABB/KUKA protocols, and other industrial
communication standards used in automotive plants.
Absolutely. It monitors paint booth conditions, coating
thickness, air quality, conveyor speed, and curing
temperature. It also oversees torque checks, alignment,
and assembly accuracy—reducing rework and rejects.
PRAGYA monitors the energy usage of presses, CNCs,
compressors, chillers, HVAC systems, and paint shop
utilities. It detects idle running, peak loads, power
factor issues, and inefficiencies—helping cut operational
costs.
Mixers, pasteurizers, homogenizers, ovens, filling and
packaging machines—all core equipment in the F&B process
line.
Yes. It identifies high-load machines, idle-running
issues, and peak energy usage, helping plants reduce
overall consumption.
Yes. PRAGYA uses vibration, temperature, pressure, and
energy patterns to detect early signs of machine
degradation
Absolutely. It supports Modbus, OPC-UA, MQTT, and multiple
industrial protocols for easy integration.
By stabilizing temperature, pressure, machine speeds, and
energy inputs, it ensures every batch runs under ideal
conditions, reducing rejections and quality variations.
Yes. PRAGYA tracks spindle RPM/load, axis load, torque,
vibration, coolant temperature, and hydraulic pressure to
maintain machining accuracy and prevent tool failure.
By continuously watching spindle health, tool load,
temperature rise, and vibration patterns, PRAGYA helps
maintain optimal cutting conditions and reduces
dimensional deviations and surface defects.
Absolutely. It analyzes cycle time, non-cutting time,
tool-change intervals, and machine idle durations to
improve OEE and boost daily output.
Yes. The platform monitors the energy patterns of CNC
machines, compressors, chillers, and coolant
systems—detecting idle running and abnormal consumption to
reduce electricity costs.
By tracking spindle temperature, vibration, servo load
variations, coolant pressure, and current spikes, PRAGYA
predicts failures early and helps avoid unplanned
stoppages.
Yes. PRAGYA tracks furnace temperature, coil current, kWh
per melt, melt duration, and cooling-water parameters to
ensure consistent melting and reduced energy wastage.
The platform monitors sand moisture, mixer load, cycle
times, and machine status to keep sand properties stable,
reducing defects like blows, cuts, and poor mould
hardness.
Absolutely. It identifies inefficiencies in compressors,
blowers, pumps, and cooling towers—cutting unnecessary
energy usage and improving equipment reliability.
By tracking vibration, motor temperature, pressure
variations, and current spikes across furnaces, mixers,
blowers, and shot blast machines, PRAGYA predicts failures
early and avoids production stoppages.
By tracking spindle temperature, vibration, servo load
variations, coolant pressure, and current spikes, PRAGYA
predicts failures early and helps avoid unplanned
stoppages.
Yes. PRAGYA tracks drawing motor load, die temperature,
tension, line speed, coolant flow, and vibration to
maintain consistent wire diameter and reduce breakage.
PRAGYA monitors annealing voltage, current, temperature,
and speed synchronization—ensuring correct mechanical
properties and stable conductivity.
Absolutely. It tracks motor load, speed variation, heater
temperature, air pressure, cooling efficiency, and spooler
operation to maintain uniform bunching and insulation
quality.
Yes. It identifies inefficiencies in extrusion heaters,
compressors, chillers, and drawing motors—cutting
unnecessary energy consumption.
By monitoring vibration, motor temperature, load
fluctuations, annealing current spikes, and coolant
temperature trends, PRAGYA predicts failures early and
avoids unexpected downtime.
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