The rig produces the answer hour by hour. But the lab still waits for the full cycle, the batch still queues, and production still waits for a verdict. We predict the compliance outcome from the first hour of data.
Every test cycle throws off the same path: signal, pattern, prediction, decision, response, evidence. Most labs stop at signal and wait out the clock. These six layers carry it all the way to a logged decision, on the test rig you already run.
“Test data arrives continuously, but verdicts come late.”
The rig streams a result every few seconds. Nobody reads it as a verdict until the full cycle ends.
“Borderline units wait for manual review.”
A unit that is clearly a pass or fail still queues behind the ones that genuinely need a second look.
“Compliance evidence gets assembled after the fact.”
Audit packs are reconstructed from logs days later instead of building themselves as the test runs.
“Production waits because quality cannot release early.”
The next batch queues on the bay even when the engineer already sees the pattern that says pass.
Modular by design. Start with the screens the first test process needs, add the rest as you grow. What follows are real screens from the build we ran for Voltas against IS 7872, not a subscription product.
Chained models predict E1, E2, and EX from three inputs, no manual entry.
IntelligenceReal-time 10-sensor temperature map streamed every 5 seconds from the rig.
EventActive batches and test-bay occupancy across the floor, in one view.
EventPass, borderline, or fail verdict against the declared rating, with confidence.
DecisionEvery completed and active test session, timestamped and searchable.
WorkflowEnergy performance trended across SKUs and batches to catch drift early.
OutcomeWhat-if scenarios for early termination, modelling throughput gain.
ActionBatch drill-down, audit trail, and simulation lab round out the set.
Energy Test Intelligence was built against Voltas commercial chest freezer test data: 15 hours of mandatory pull-down, warm-side, and cold-side cycling per unit. The model predicts the warm and cold phase wattage from the first hour of cycling, then computes the IS 7872 annual energy figure the standard requires. Built to test whether early-cycle prediction can reduce waiting time by 50%+, without changing the certified test itself.
We define how the operation should respond before any code is written. Every trigger, decision path, and action is documented and approved first.
Logic embeds into your existing systems. No new platform to buy, no migration risk.
Blueprints, code, integration docs, and runbooks are handed over. No retainer, no vendor dependency.
Each event is scoped and priced before work begins. You know exactly what you get and what it costs.
The same six-layer accelerator reruns for every test process, so each new blueprint is faster than the last.
Bring one test process. We will show you exactly how early a prediction is possible.
Book a sessionA 30-minute conversation and a straight answer on whether we can shorten it, and what that would cost. No deck, no proposal.