Author: Andrew Holmes in: Implementations
Walk through most manufacturing plants and you will find the same thing: one person who knows the ERP inside and out, a handful of back-office users who tolerate it, and a shop floor full of operators who avoid it entirely. The software works for some people, on some days, for some tasks. Everyone else works around it.
That is not a training problem. It is a design problem.
When an ERP is built for a generic enterprise buyer and then sold into a midmarket manufacturing plant, the mismatch shows up fast. The interface is built for software-literate users. The workflows assume everyone sits at a desk. The features are deep but buried. And the operators running machines, moving material, and logging scrap are left doing data entry on paper because the screen in front of them makes no sense.
The result is predictable: data quality drops, adoption stalls, and the investment never delivers what it promised.
Most ERP vendors design for one type of user: the experienced back-office professional who logs in every day, knows the keyboard shortcuts, and is comfortable navigating complex menus. That user exists in your plant. But they are a small fraction of the people the software has to serve.
A typical midmarket manufacturer has at least five distinct user types:
One product has to serve all five. Most do not. Tier 1 platforms like SAP, Oracle, and Epicor are built deep and wide for enterprise users. They assume technical competency. They reward the super user and overwhelm everyone else. A plant operator logging a quality check or confirming a job completion should not need a training manual to do it.
Enterprise ERP vendors have spent decades building for large organizations with dedicated IT teams, full-time system administrators, and structured training programs. The product reflects that. Features are complete. Customization is extensive. And the complexity is relentless.
When those products land in a 75-person metalworking shop or a coating facility, the problems surface quickly:
The software works. But it works for the software, not for the plant.
And then there is the integration problem. Many of these vendors have acquired multiple products over the years and wrapped them in a single brand. The result is five products with five interfaces, five permission models, and five ways of doing the same thing. Operators see inconsistency. Admins manage duplicate data. Support tickets bounce between teams. The platform promise falls apart at the seams.
OnRamp was built inside a manufacturing plant, not in a software lab. That background shows up in how the product is designed across every user type.
For shop floor operators, the interface is stripped down to what matters for their role. A machine operator confirming job completion sees a clean screen with the information relevant to that job: part number, quantity, work center, instructions. They tap or click what they need to record. No menus to navigate. No fields irrelevant to their work. No training required to do the basics.
For owners and plant managers who check in periodically, role-based dashboards surface the numbers they care about: on-time delivery, open orders, WIP status, inventory levels. The information is there when they need it, presented in a way that does not require a guide to interpret.
For schedulers, planners, and operations managers who live in the software, the experience is built for speed. Keyboard shortcuts, bulk actions, and quick-access workflows cut down the time it takes to move through high-volume tasks. The depth is there because the job demands it.
For technical users who want to extend the system, advanced configuration, API access, and integration points are available. They do not have to work around the product to get data out or connect it to other tools.
One product. Four very different experiences. All on the same data model, the same permission structure, and the same codebase.
The idea of role-based access is not new. Most ERPs offer it in some form. But there is a difference between restricting what users see and designing what they see for how they actually work.
Restricting access means hiding the features a user is not allowed to touch. Designing for a role means building a workflow that fits the job. An operator logging scrap does not need a simplified version of the full scrap entry screen. They need a scrap entry screen designed for operators, with defaults pre-populated, validation built in, and confirmation handled in two taps.
That distinction matters for adoption. When the software fits the job, people use it. When it does not, they find a workaround. Paper. Spreadsheets. Verbal hand-offs. And data quality collapses.
Designing for accessibility does not mean sacrificing depth. The operations manager who wants to build a custom report, the IT lead who wants to pull data via API, and the scheduler who wants to set up automated alerts should not be limited by a simplified interface built for the operator on the floor.
OnRamp gives advanced users the tools they need without forcing the complexity onto everyone else. Shortcuts surface for those who use them. Advanced configuration options are available without cluttering the standard workflow. Integrations and data access are built in, not bolted on.
This is the design challenge that most ERP vendors do not solve. They build one experience and apply it across the organization. The result is software that is too complex for some users and too shallow for others. Getting the balance right requires building from the user up, not from the feature list down.
ERP adoption is not a change management problem in isolation. It is also a product problem. When the software is hard to use, people do not use it. When it is designed for their role, they do. It is that direct.
Plants that struggle with adoption typically share the same symptoms:
These are not signs that the team needs more training. They are signs that the product was not designed for the people being asked to use it.
When the software fits the user, adoption follows. Operators log data in real time because the screen makes it easy. Managers check dashboards because the numbers are there and trustworthy. Leadership looks at the ERP for visibility because it reflects what is actually happening on the floor.
The gap between how ERP is sold and how it gets used inside a manufacturing plant is a real problem. Vendors show polished demos to operations leaders and procurement teams, then leave plant managers to figure out how to get operators to log into something that was never designed for them.
OnRamp approaches it differently. The product was built with the full range of users in mind, from the owner who checks in twice a week to the operator who logs five transactions a shift to the analyst who wants to build a live dashboard. Every role gets an experience designed for how they work. None of them have to compromise.
That is what it means to build ERP for manufacturers, not just for enterprise software buyers.
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Our efforts began as an internal project of Mancor Industries when we identified the need for a more cohesive ERP system to manage the complexity of multiple plants, multiple products, multiple customers and multiple functions.
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