Every pump and motor should earn its electricity
A pump that is two points less efficient than its nameplate does not fail. It runs, and it keeps running for ten or fifteen years, drawing more electricity than it needs for every hour it is switched on. Across the pumpsets on India's farms and the motors in every factory and building, small differences on a test bench add up to a great deal of electricity.
The one place that difference is measured is the test bench, before the set leaves the plant. That is where Tester already works: it turns bench readings into the overall efficiency of each pump and motor, in the format the Bureau of Indian Standards requires.
Indoskyline Softwares was incorporated in 2026 to take that measurement further: from one test-room computer to every bench in a plant, from every plant to the cloud, and from a printed report to an assistant that reads every curve.
Our mission in one sentence
Every pump and motor should deliver the work its nameplate promises on the least electricity. We build the software that proves it: on the test bench today, and across plants, in the cloud and with AI next.
Motors run the world's machines, and AI is adding to the load
More than half the world's electricity ends up turning a motor shaft. Data centres are among the fastest-growing users of electricity, and every one of them is cooled by pumps, fans and chillers that motors drive.
The same two machines, wherever electricity becomes work
On a farm, a motor drives a pump that lifts water. In a data centre, motors drive the pumps, fans and chillers that carry heat away from the servers. In both, the motor and the pump or fan are where electricity is saved or lost.
On a farm
- Electricityfrom the grid
- Motorturns it into shaft powerMeasured on the test bench
- Pumplifts water from the borewellMeasured on the test bench
- Pipelinecarries it to the field
- Fieldirrigated, season after season
In a data centre
- Electricityfrom the grid
- Motordrives pumps, fans and compressorsMeasured on the test bench
- Pump or fanmoves chilled water, coolant or airMeasured on the test bench
- Cooling loopchillers, coolant distribution units, cooling towers
- AI serverskept within operating temperature
Tester measures the highlighted machines today for water-lifting pumps and the motors that drive them. Pumps and motors for cooling duty are on our roadmap; we do not test them yet.
What we are building
Three stages, each marked with where it stands. Nothing in development is sold as available.
Now
AvailableIn use at the test bench today
- Tester 2.0BIS-format reports, performance graphs and the overall efficiency of every set, for eight Indian Standards.
- Bench ConnectFlow, pressure, voltage, current, power and speed read from the instruments, so the efficiency on the report is the one the bench measured.
- Plant TraceabilityThe test record carried with the pump serial number, from casting to despatch to warranty.
Next
In developmentBeing built now
- Tester Cloud on AWSTest records from every bench and every plant in one secure store, with efficiency trends by model, batch and shift.
- Tester AIChecks every test curve before it is signed, explains a failed duty point in plain words, and answers questions across years of test history.
Later
PlannedWhere the platform is heading
- Efficiency passportA verified efficiency record for each pump serial number, opened from a QR code on the nameplate by a dealer, a farmer or an energy auditor.
- High-efficiency motor classesTest records for three-phase motors against the IE efficiency classes of IS 12615, alongside the single phase and submersible motors covered today.
- Cooling-duty pumps and motorsTest records for the chilled-water pumps, coolant distribution units and fan motors that cool data centres and large buildings, to ISO 9906 and IEC 60034-2-1.
Cloud & Data Analytics on AWS
When a group runs three plants, the test data usually sits on three test-room computers. Tester Cloud brings it into one secure store on AWS, so that a head of quality can see the efficiency and pass rate of a model across all of them, and so that no record depends on one hard disk.
- Test history from every plant in one place
- Efficiency and pass-rate trends by model, shift and batch
- Scheduled backup and restore
Today, backup and multi-plant reporting are set up as part of a Tester or Plant Traceability installation. Tester Cloud makes them one platform on Amazon Web Services, with access by role, scheduled backup, and room to add a plant without adding a server.
AI Test Analysis
A quality head reads hundreds of curves a month and has to notice the one that is wrong. Tester AI reads every curve against the physics and the declared values before it is signed, says in plain words why a set failed its duty point, and answers questions such as which models lost efficiency this quarter. An engineer still signs every report.
- Flags curves that do not look physically right
- Plain-language explanation of a failed duty point
- Questions answered across the whole test history
Built on a large language model. The assistant reads and explains; it never changes a reading, and every answer points to the test records it came from.
Looking for pilot partners
We are looking for a small number of partners to shape the next stage with us:
- Pump and motor manufacturers who want the test records from more than one bench or plant in one place.
- Quality teams willing to try Tester AI on their own past test data, and tell us where it is wrong.
- Engineers who design or maintain cooling for data centres and large buildings, and want verified efficiency figures for the pumps and motors they buy.
Where we are today
- Founded
- 2026, Coimbatore
- Product
- Tester 2.0, eight Indian Standards
- In development
- Tester Cloud on AWS, Tester AI
- Registered
- Indoskyline Softwares Private Limited
- CIN
- U62090TZ2026PTC037325
Talk to us about a pilot
Tell us about your plant, your test benches or your cooling project, and what you would want a pilot to prove. A demonstration of Tester as it is today can be arranged at the same time.