Design a modular process system; iskra sizes it, matches it to real vendor hardware, and issues the PO, without the email back and forth. Built for skid builders and system integrators across chemicals, pharma, food, energy tech, and water.
Engineer signs off at every gate. Vendors reach qualified demand. No rep fees, no quote chasing.
First paid customer signed
Vendor discovery, spec sheets, quoting, and qualification run on email, Excel, and PDFs. Even the most sophisticated buyers take up to 4 months just to evaluate bids on a single equipment package. The simulation tools stop at specification and never touch the loop where the calendar actually goes.
6+ mo
typical buying cycle
~50%
of that time is email
4 mo
to evaluate one bid package
"I hate that… None of that is about solving engineering problems. That's where the time goes from a six-month thing to a two-year thing."
Lay out your process in iskra. The engine sizes every exchanger, pump, reactor, and separator as you design, and every component ties back to real vendor hardware. An engineer signs off at every gate.
Your design matches against live vendor product data and comes back as normalized quotes you compare side by side. Apples to apples, no quote chasing, no email threads.
Issue the PO from the same screen you designed in. Change orders, status, and expediting all run in one place.
You pay reps 5 to 12% to find qualified demand, and your application engineers burn real hours quoting RFQs that go nowhere. Put your product data on the platform and quotes go out only when an engineer's design actually matches what you make.
Every engagement sharpens the qualify-and-match algorithm, better matches and faster qualification over time.
Scaled reactors and thermal systems across deep-tech hardware. Has lost months waiting on single equipment quotes, the exact loop iskra removes.
Builds the integration and data systems that onboard enterprise vendors and their catalogs.
Tell us what you're building. We come back with a scope, an equipment list, and a vendor short-list.
I am here to