MES & ERP Integrations

BI-DIRECTIONAL ERP INTEGRATION,
DELIVERED AS A MAINTAINED CONNECTOR.

Custom integration projects run three to six months and never stop needing maintenance. Use maintained, bidirectional connectors instead — work orders and routings down to the floor, verified production and labor back to the system of record, in minutes rather than overnight batches.

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Infor-XA

YOUR MACHINES KNOW WHAT RAN.
YOUR ERP KNOWS WHAT SHOULD HAVE.

Neither one knows both, so somebody types. Work orders get transcribed onto travelers, completions get keyed in at end of shift, and planners work from a picture that's hours old and partly remembered. Then IT gets asked to build the bridge — three to six months of development and a maintenance burden that outlives whoever wrote it. What you need is the two systems exchanging verified data on their own.

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PRODUCTION INTELLIGENCE, NOT JUST UPTIME

Machine data tied to the job, part, operation, and customer it belongs to. Without ERP context, a running spindle is a fact with nothing attached to it.

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ERP DATA ACCURACY

Counts, labor, and completions arriving from the machine rather than from memory, so costing, inventory, and planning stop inheriting entry errors.

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INTEGRATION SPEND

Maintained connectors instead of a custom build that consumes months and then needs updating every time your ERP does.

WORK ORDERS DOWN.
VERIFIED PRODUCTION BACK.

Continuous exchange in both directions, with your ERP remaining the system of record and nothing writing to it silently.

PRE-BUILT CONNECTORS

STOP BUILDING
WHAT'S ALREADY BUILT.

A custom ERP integration runs three to six months and needs maintaining every time your ERP updates. Use connectors built and maintained for the systems discrete manufacturers actually run, deployed in weeks and kept current across versions — so the integration doesn't quietly decay after go-live.

Supported today, maintained tomorrow

Connectors are versioned against ERP releases and updated as those releases land, which is the part a one-off build never gets. Anything not on the list has a documented path rather than a research project.

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MAINTAINED

Updated as your ERP versions change, so nobody on your team inherits the upkeep.

PROVEN

Deployed across hundreds of plants, which means the edge cases were found on somebody else's timeline.

WEEKS, NOT QUARTERS

Scoped, mapped, piloted, and live inside a normal project window.

BIDIRECTIONAL DATA FLOW

THE PLAN GOES DOWN.
THE TRUTH COMES BACK.

Work orders, operations, routings, part specifications, and BOM data flow from the ERP into the operator's view. Production counts, labor, and quality flow back — attributed, validated at entry, and posted under the name of the operator who ran the job. Your ERP stays the system of record. Nothing writes to it silently.

One work order, both directions

The same order that dispatched from your ERP comes back with actual run time, good and reject counts, reasons, and completion status. No re-keying, no reconciliation, no second version of the shift.

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DOWN TO THE FLOOR

Orders, routings, standards, due dates, and part detail in front of the operator running the job.

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BACK TO THE RECORD

Counts, labor, scrap reasons, and job status returned to the ERP automatically.

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ATTRIBUTED

Every transaction under the operator's name, with a full audit trail behind it.

REAL-TIME SYNCHRONIZATION

SAY GOODBYE
TO THE NIGHTLY BATCH.

Batch processing means your ERP is always describing a shift that already ended. Completions reach ERP inventory in near real time, a work order changed in the ERP appears on operator dashboards on the next sync, and labor tickets generate from actual machine run time as the work happens.

Current enough to act on

Planners stop working from a picture that's hours old, and the priority change made in the office reaches the station without anyone walking the floor to deliver it.

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CONTINUOUS

Exchanges run on a short cadence rather than an overnight job.

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INVENTORY ACCURACY

Completions post as they happen, so what the ERP thinks you have is what you have.

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LABOR AS IT HAPPENS

Tickets built from real run time instead of reconstructed at end of shift.

FIELD MAPPING & GOVERNANCE

CONFIGURED TO
YOUR ERP.
NOT TO OURS.

No two ERP instances are configured the same way, and a connector that assumes otherwise breaks in month two. Match resources, personnel, reason codes, and data fields to how your system is actually set up — with role-based permissions and a full audit trail, so the people who understand the floor can maintain the mapping while IT sees every change.

Maintained by the people who understand it

A reason code change or a new machine resource shouldn't require a support ticket or a developer. Planners and engineers make the change; IT keeps oversight and a record of who changed what.

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SELF-SERVICE

Resource, personnel, and reason code alignment handled by your team, without a ticket.

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GOVERNED

Role-based permissions keep ERP configuration restricted to the administrators who should hold it.

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AUDITABLE

Every mapping change recorded, with who made it and when.

OPEN BY DESIGN

CONNECT ANYTHING.
EVEN THE HOMEGROWN SYSTEM.

Plenty of manufacturers run something a connector was never written for — a heavily modified instance, a system nobody supports anymore, or a spreadsheet that has quietly become the schedule. Every one of those has a path: a documented SDK and reference architecture, REST and GraphQL APIs, or file-based exchange where that's genuinely what exists.

A path for every environment

Pre-built where a connector exists. Custom connector services where it doesn't. Self-implementation with the API toolkit if your team would rather own it. And CSV or Excel exchange for the systems that will never have an API.

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DOCUMENTED SDK

A published kit and reference architecture, so building a connector is a defined project rather than a discovery exercise.

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MODERN APIS

REST for broad compatibility and GraphQL for precise, query-shaped access with real-time subscriptions.

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FILE-BASED

Excel and CSV exchange for the production data that lives outside any system at all.

Where we stand on ERP integration

THE FOUR THINGS
EVERYONE ASKS FIRST.

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Our team could build this.

They could. A custom integration runs three to six months, then needs maintaining every time your ERP updates. A maintained connector deploys in weeks and stays current without anyone on your team owning it.

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We're upgrading our ERP soon.

That's the better time, not the worse one. Clean data workflows going in make the upgrade smoother, and connectors are maintained across versions rather than pinned to one.

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Our ERP already has a production module.

It does, and it runs on what someone typed into it. This connects that module to what the machines actually did, so the module you already paid for finally has real inputs.

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Our ERP isn't on your list.

Then it's a scoping conversation, not a dead end. Additional environments connect through the ERP SDK, middleware, or a custom path built on the same framework our maintained connectors use.

See It In Action

Your ERP stays the system of record for orders, inventory, costing, and financials. What changes is the quality of what reaches it: verified, attributed, and timely instead of reconstructed. And every ERP has a nuance that isn't standard — we identify yours during scoping rather than letting you find it in month three. NOTHING WRITES SILENTLY.

TESTIMONIALS

THE ERP FINALLY MATCHED THE FLOOR.

Manufacturers running verified production and labor into the system of record, without a custom integration project or a data entry campaign.

Explore Case Studies

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THE INTEGRATION DECIDED THE VENDOR.

"We knew before going into this that our ERP integration was going to be super important. We didn't really understand all of the details about how it was going to work, whether it was going to be unidirectional, bidirectional, and how that data was going to flow back and forth. But we did understand that we wanted the real-time machine data connected to the Epicor data."

- Jared Talladay, Operations Manager

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abacorp

THEY EXPECTED A MESS.

"I was going to check every single labor ticket, every single entry, because I'm expecting a mess. And I was pleasantly surprised how easily we were able to integrate within a matter of weeks."

- Efren Escobar, Director of Operations

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THE DATA IN JOBBOSS WAS WRONG.

JobBoss held a significant amount of incorrect data because machinists running two or three machines were reconstructing labor after the fact. Machine-verified capture replaced it.

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From Disconnected to Data-Driven Webinar | March 26

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