Sovorix sits on top of the data your plant already produces: sensors, cameras, historians and engineering models. It watches everything, explains what it sees and suggests what to do next. Your team decides. Your data stays in your plant.
Alarms speak up late.
By the time a limit is crossed, the problem started hours ago.
The answers live in people.
Why a line behaves the way it does sits in a senior engineer's head, a manual and old work orders. Never in one place.
Most AI wants your data to leave.
Sending plant data to someone else's cloud is a risk many plants won't take, and shouldn't have to.
Sovorix doesn't replace your systems. It sits on top of them and does the reading nobody has time for.
A stack of four layers inside a line marked "Inside your plant". At the bottom, your plant's data: sensors and historians, cameras, engineering models and maintenance records. Above it, the monitoring layer that watches everything. Above that, the intelligence layer that explains what it sees. At the top, your team, who decide.
Decides. Every suggestion comes with its evidence, and nothing changes without a named person's approval.
Understands what it sees and explains it. It connects each warning to the machine, the part, the process and the plant's history, then says in plain words what's happening and what to do.
Watches everything, all the time. AI agents learn what normal looks like for each machine and notice drift before an alarm limit is crossed.
Illustrative scenario with simulated data.
Line 2 fills milk pouches. Meera is supervising the night shift. Arjun leads maintenance on the morning shift.
Step 1 of 10,
The plant overview is grey and quiet. Thousands of signals, all inside their limits.
Step 2 of 10,
From the whole plant down to Line 2, then the filler, then the sealing jaw that closes each pouch.
Step 3 of 10,
The Seal watch agent sees the jaw temperature easing down over 40 minutes. It's still above the alarm limit, so no alarm would fire.
Step 4 of 10,
The seal-inspection camera has caught three wrinkled seals in the last 1,000 pouches. Sovorix lines the frames up with the same minutes as the drift.
Step 5 of 10,
The heater is drawing 95% power, but the jaw is cooler than the physics says it should be. Heat isn't reaching the jaw.
Step 6 of 10,
The filler's page shows the heater cartridge was replaced 11 weeks ago. The same pattern on Line 1 in March ended in a 3-hour stop, and the manual's section on cartridge contact is linked.
Step 7 of 10,
Meera types a question and the chart builds in front of her. Rejects climbed only tonight, as the jaw ran cool.
Step 8 of 10,
Sovorix suggests holding the line at 96% speed until the planned 7:00 AM window, then replacing the cartridge. Meera approves on her phone, the operator makes the change, and a work order is drafted for Arjun.
Step 9 of 10,
The receipt records what was suggested, the evidence, who approved it and when. The check confirms nothing has been changed since.
Step 10 of 10,
The morning brief is waiting for the plant head. The cartridge was replaced in the planned window, and Arjun's fix took 20 minutes.
Type a question the way you'd ask a colleague. Sovorix finds the right signals, builds the chart and tells you what it shows, based only on your plant's own data.
Rejects stayed near normal for six nights. Last night they rose as the jaw temperature drifted down, and fell back after the line speed was held.
Simulated data
Every machine, part and line gets a living page: live readings, open issues, history, documents and how it connects to everything else. It's the plant's memory, in one place.
Simulated data
No rip-and-replace. No new sensors needed to start.
Product names are trademarks of their respective owners.
Runs inside your plant.On your own servers, even with no internet connection. Your data never leaves.
Reads, doesn't write.In a first deployment, Sovorix never touches your controls.
Nothing changes without a yes.Every action needs a named person's approval.
A receipt for every decision.What was suggested, the evidence, who approved it and when, recorded so it can't be quietly changed.
The check runs in your browser. Nothing is sent anywhere.
You don't have to trust us.
You can check us.
This is our pilot
Cleaning cycles are set for the worst case, so most run longer than they need to. Sovorix watches every cycle and shows where time, water and chemicals could be saved, for your quality team to confirm.
We agree the number, and how we'll measure it, before we start.
Connect defects to what the process was doing when they happened.
Catch wear early and fix it in a planned window, not a breakdown.
See where energy goes, machine by machine, shift by shift.
Step 1: Weeks 1–2
Sovorix connects to one line and learns what normal looks like.
Step 2: Weeks 3–8
Sovorix flags issues and suggests changes. Your team approves or rejects each one.
Step 3: Weeks 9–12
We compare against the baseline, using the method we agreed on day one.
We agree on the number, and how we'll measure it, before we start.
Udayan Pawar
Co-founder and CEO
Four years building AI and cloud systems, leading a team of fourteen developers, and advising the Indian Air Force on EKLAVYA, an AI flight instructor for pilot training.
