The technician is standing
in front of the machine.
What does she need?

That question — specific, practical, urgent — is one your organization cannot reliably answer. Not because the answer doesn't exist. Because it lives in too many places, in too many formats, maintained by people who don't talk to each other.

Technician reviewing parts and documentation in the field

Nobody is going to reconcile
a ten-year-old tractor's parts documentation
by breaking down silos.

You know the problem. The maintenance manual was written by Technical Publications. The parts catalogue was managed by Engineering. The commercial offering lives in a third system owned by Aftersales. None of these teams were ever asked to reconcile their outputs — and asking them to do it now, retroactively, across a product portfolio that spans decades, is not a viable project. You'd need the headcount. You'd need the mandate. You'd need every one of those teams to prioritize it over everything else they're responsible for. That's not happening.

So the knowledge lives in the heads of senior technicians and parts specialists who've been at the company for twenty years. When they leave, it goes with them. When a new dealer asks a question that requires that knowledge, the answer they get depends on who picks up the phone.

That's not a process problem. It's a structural reality. SPARK doesn't try to fix the structure. It builds around it.

Start from the question.
Work backward through the evidence.

01

The service action

SPARK begins where a dealer technician begins: with a service action. Change the fuel filter. Replace the hydraulic seal. Perform the 500-hour service on a 7-series combine.

02

The documentation

From there, SPARK reads your existing documentation — not as a database query, but as a reasoning process. It extracts what the maintenance manual says needs to happen. It locates the relevant components visually within the service instructions. It identifies what an experienced technician would know to include even if the manual doesn't say it explicitly — the seal that always goes with the filter, the O-ring that a new technician might miss.

03

The parts book

SPARK ingests the engineering drawings for the machine. It matches what it found in the service documentation to the actual physical components in the assembly, working through the hierarchy of assemblies and sub-assemblies to reach the correct, orderable part numbers — including complementary parts whose inclusion is implied but never stated.

04

The commercial catalogue

Is this part sold individually, or only as an assembly? Does ordering the filter cartridge automatically include the necessary seals, or does the technician need to order them separately? The answer matters. Getting it wrong means the job can't be completed on the first visit.

The result

A complete, part-number-level service kit — every item required, every dependency resolved — with a confidence score for each decision and a clear record of the reasoning behind it.

Every step that can be automated is automated. Every step that requires judgment is flagged for human review.

SPARK doesn't replace the people
who know your machines.
It gives them something to react to.

The hardest part of any knowledge capture effort isn't the technology. It's the review cycle. You can't ask a senior parts specialist to document everything they know from scratch — that's not how expertise works. But you can show them a structured, reasoned output and ask: is this right? What's missing? What's wrong?

That's how SPARK works. Every output from SPARK's data pipeline is routed to a human reviewer — your domain expert, your parts specialist, your Aftersales engineer — for sign-off before it becomes authoritative. They confirm, correct, or override. Each decision they make improves the system's performance on similar cases going forward.

Thousands of dealer technicians worldwide interact with the output every day, flagging incorrect parts, reporting missing items, noting wrong quantities. That feedback flows back into SPARK, creating a reinforcement loop that gets more accurate with every service event — not just in your test environment, but in the real conditions your machines operate in.

The knowledge doesn't retire when the expert does. For the first time, it stays.

Technician holding replacement filters in the field

A complete service parts specification.
For every job. On every variant.

A SPARK output is not a report. It's a structured, machine-readable service parts specification — a definitive list of every part required for every defined service action on a given machine, with full provenance.

Part-level specification

Part number, quantity required, service action, and source of the determination — manual reference, engineering drawing match, commercial catalogue reconciliation, or expert confirmation.

Confidence classification

Every item is classified: confirmed, high confidence, or flagged for review. Nothing is presented as authoritative that hasn't earned it.

System-ready format

Designed to be consumed by your existing systems — dealer portals, service configurators, ERP integrations — not to sit in a PDF. SPARK is the foundation on which your downstream systems can finally rely.

Repeatable pipeline

A documented, extensible data pipeline that can be applied to additional models and product lines — not a one-off project.

Pilot metrics — coming soon

See what SPARK finds
in your data.

The fastest way to understand whether SPARK is right for your organization is to see it on a real machine from your portfolio. Bring us a service action and a machine. We'll show you what we find.