Manufacturing & Industrial Software Development

What we build for Manufacturing & Industrial

Software on a factory floor arrives late. The machinery was there first, the ERP was there first, and the processes were working before anyone proposed a system. New software has to fit around all three, and the people using it are not at a desk.

That changes what good looks like. Manufacturing software development is judged on whether it survives gloved hands, poor light, an intermittent network in a steel building, and a shift that does not pause because a page is loading.

The integration is usually the real project. Getting data out of an ERP that was configured a decade ago, on a schedule that does not disturb it, and reconciling it with what the floor actually reports. We have no published manufacturing case study; this page describes the approach.

Sector constraints

What makes this sector hard

The existing system cannot stop

Replacement happens alongside production, in stages, with a way back at every step. A cutover needing downtime is one that never gets approved.

The shop floor is not an office

Gloves, glare, noise and shared terminals change what an interface can ask for. Screens designed at a desk fail here.

Data lives in old formats

Spreadsheets, fixed-width exports and machine logs are the real inputs. Ingesting them reliably is most of the integration work.

Traceability is not optional

Batch and process history has to be produced on request, not reconstructed from memory when someone asks.

What we build for this sector

Staged system replacement

Built alongside production with a way back at every step, because a cutover requiring downtime rarely gets signed off.

ERP and machine data integration

Ingesting the formats that actually exist, reliably enough that people stop keeping a parallel spreadsheet.

Production dashboards

Screens designed for the floor rather than the desk. Readable with gloves on, under glare, on a shared terminal.

Traceability and records

Batch, part and process history captured so it can be produced on request rather than reconstructed.

Capabilities this usually needs

Questions we get asked

Can this be done without stopping production?

That is the only way we would propose doing it. Functions move across one at a time, both systems run in parallel, and each step is reversible until it has proven itself. It takes longer than a single cutover and it is the reason these projects finish, because a plan that requires the line to stop is a plan that keeps getting postponed.

Our data is in spreadsheets. Is that a problem?

No, and it is normal. Spreadsheets and fixed-width exports are treated as real inputs with validation around them, rather than as something to be cleaned up before the project can start. A migration that begins by asking a factory to reorganise its data is a migration that does not begin.

Will people on the floor actually use it?

That depends almost entirely on interface decisions rather than features. Floor screens are designed against the real conditions, gloves and glare and shared logins included, and reviewed with the people who will use them before they are built. Software the floor works around is worse than no software, because now there are two versions of the truth.

Building something for Manufacturing & Industrial?

Tell us the constraints you are already aware of. Half of scoping a sector project is working out which of them are real and which are assumed.