When an engineering team starts an ERP integration project, the conversation usually focuses on what needs to be built: how BOMs transfer, how items get created, how lifecycle states map to ERP status codes. What gets less attention is the assumption embedded in every standard integration path, that the Vault environment is already structured the way the integration expects.
For raw material handling, that assumption has real consequences. If an engineering team already has an established process for identifying raw materials in Vault, and that process doesn't match what the integration layer is designed to read, the question becomes whether to rebuild the existing workflow or adapt the integration to work with it. The answer matters more than it might initially appear.
In a standard Vault-to-ERP integration, raw material handling follows a defined path. Files that represent raw materials are flagged through properties mapped in Inventor. During BOM and item transfer, the integration reads those mapped Vault properties and uses them to populate the raw material details on the corresponding ERP item.
When the Vault environment follows this structure, the process is reliable and consistent. The right properties are present on the right files, the integration reads them during transfer, and the ERP item receives accurate raw material data without the engineering team having to intervene manually at each step.
One customer arrived at this integration project with a raw material identification process already in place. A Vault property flagged files as raw materials, and the engineering team maintained an approved list of raw material descriptions and stock numbers as a CSV file stored in Vault. That CSV was the operational source of truth: it captured which raw materials the team had decided were valid for current design work, and the property flagging in Vault was driven by it.
The team had built this list for reasons specific to their environment. ERP held far more stock items than the design team wanted to surface to designers: legacy materials, historical purchasing entries, and options that belonged to production procurement rather than active engineering decisions. Querying ERP directly during every material lookup would have returned all of those options and introduced a live dependency on the ERP connection during design work. By maintaining a shorter, curated list in Vault instead, the team kept material selection focused on what was actually approved and relevant, and ownership of that list sat with the engineering team rather than purchasing or production. The CSV was already checked into Vault and updated there as part of how the team worked.
The workflow had been in place long enough that rebuilding it around the standard integration structure was not a practical starting point. The question was whether powerGate, coolOrange's Vault-to-ERP integration solution, could work with the CSV-based approach the team was already using rather than requiring them to adopt the Inventor-mapped property structure the standard path expects.
Rather than asking the customer to change how raw materials were identified in Vault, powerGate was configured to read from the CSV file during BOM and item transfer. Instead of looking up raw material details from mapped Inventor properties, the integration reads the CSV stored in Vault, finds the corresponding row based on the raw material description, and passes the relevant information to the ERP item.
The outcome at the ERP level is the same as in a standard implementation: the item receives accurate raw material data during transfer. What changed is the source the integration reads from to get that data. The CSV takes on the role that mapped Inventor properties play in the standard path, and the rest of the BOM and item transfer process continues without modification.
The file format is a detail the team resolved based on how the automation reads it: CSV was more reliable than Excel for the kind of lookup powerGate performs during transfer. What matters operationally is that the integration now reads consistently from the same source the engineering team already maintains, without requiring a parallel data structure to exist alongside it.
ERP integration projects that assume a clean Vault environment can create more disruption than the integration itself is supposed to solve. When engineering teams learn that their existing raw material process needs to be restructured before integration can proceed, the project scope expands before a single BOM has transferred and confidence in the integration drops before it has had a chance to prove its value.
The alternative is an integration layer flexible enough to meet the engineering environment where it already is. This is not an argument against the standard approach: powerGate's default raw material workflow through mapped Inventor properties is the right starting point for most implementations and is easier to maintain over time. But it means that deviating from that path does not have to block the integration or force teams into a rebuild they were not expecting when the project began.
For engineering teams whose raw material identification process in Vault is already established and working, the integration can be adapted to read from it. The process the team built stays in place. The ERP integration works alongside it rather than requiring it to be replaced.