One clear decision, out of every stage on your line
From quartzite to finished module, a solar plant runs on more separate systems than most businesses ever will. We build the layer that turns all of it into a single answer: what's promised, what's at risk, and what needs to move next.
Every stage speaks its own language
Furnace control doesn't talk to the cell line. Yield data lives in one tool, module traceability in another, and compliance reporting waits until month-end. None of these systems were built to talk to each other — so nobody in the plant sees the full picture until it's too late to act on it.
A wafer plant, a cell line, and a module assembler can each be running well on their own terms and still hand off a problem nobody notices until it shows up in a warranty claim three years later.
The fix isn't another dashboard bolted onto the pile. It's a layer that sits above what you already run, watching every stage at once, and telling you the one thing that actually needs a decision today.
The same plant, four different questions
Ask the plant head, the quality head, the compliance officer, and the CEO what keeps them up at night, and you'll get four different answers — all about the same production line.
I only find out about a yield problem after three shifts have already run with it.
What changesDeviations surface the moment a line drifts, not after the batch is already scrapped.
Every warranty claim means digging through five different systems to rebuild one module's history.
What changesGenealogy from wafer to module lives in one place, ready before anyone has to ask.
ALMM and traceability filings turn into a manual scramble every reporting cycle.
What changesCompliance data is captured as production happens, not reconstructed afterward.
I get a plant update once a month. By the time I see it, whatever went wrong already cost us.
What changesOne view, updated continuously, of what's on track and what's about to slip.
Many signals. One decision.
A solar line generates thousands of readings an hour — furnace temperatures, pull rates, defect codes, power bins, warranty serials. Almost none of it is designed to be looked at together.
Our approach doesn't try to show you more data. It follows every one of those threads to the point where they converge on a single, plain answer: this is what needs attention, and this is what to do about it.
How it comes together
The same four-step loop runs underneath, whichever stage of the plant it's watching.
See everything as it happens
Every stage's own systems keep running exactly as they do today. We read from them, not around them.
Connect the dots across stages
A wafer lot, a cell batch, a module serial — followed as one thread instead of five disconnected records.
Surface the one decision that matters
Not another report. The single thing that's drifting, at risk, or due for a call, ranked by what it costs you.
Put it in front of the person who can act
Routed to whoever owns that decision — shift supervisor, quality head, or plant leadership — before the window to act on it closes.
Why this matters now
India's solar manufacturers are being built at a pace and scale the industry hasn't seen before, and most of that capacity is going up without a system that can see across it.
The old way, and the way we build it
| Aspect | Traditional approach | Our approach |
|---|---|---|
| Visibility | Locked in each system, stitched together by hand | One line of sight across every stage |
| Compliance | Reconstructed after the fact, under deadline pressure | Captured as it happens, ready whenever it's needed |
| Technology change | A line upgrade means months of rework | Built to flex as your process evolves |
| Decision speed | Answers arrive after the shift is over | Answers arrive while there's still time to act |
Ready to see your plant this way?
We work with a small number of manufacturers at a time, going deep rather than wide.