Sector
Manufacturing and Industry
Systems where production data is captured on the floor, as it happens.
Most production tracking systems work technically and fail on the floor. There is one reason: if data entry slows the operator down, it does not get entered. Data that is not entered does not leave the system empty — it fills it wrongly. Records typed in bulk at the end of a shift produce a production picture that is not real, and management makes investment decisions from it. So the first design decision here is not the screen but how to reduce entry: barcodes, machine connections, automatic counters, one tap.
- 01Data is entered in bulk at shift end
- Downtime is rounded, scrap is estimated, and the easiest reason code is chosen. The resulting picture is not the real one.
- 02Cost only appears at month end
- Without live material, labour and machine cost per work order, quoting becomes guesswork.
- 03Planning runs in spreadsheets
- With capacity, sequencing and priority in a separate file, a delay on the floor never reaches the plan.
- 04Quality records sit apart from production
- When control results are kept separately, a complaint cannot be traced back to the batch it came from.
- Work order, routing and operation tracking
- Data capture via machine connections, barcodes and automatic counters
- Downtime, scrap and reason-code recording
- Live costing per work order
- Quality control, batch and traceability records
- Integration with ERP, warehouse and maintenance systems
Enterprise Software Development
The core system your company’s daily operation runs on.
Technical Assessment
Turning scope, boundaries and budget from guesswork into measurement.
Desktop App Development
Desktop applications for teams that keep one screen open all day.
System Handover and Technical Oversight
Keeping the live system standing — and handing it to your team if you want that.
Is production data captured on the floor?
Describe the current flow — and we will show why no system holds without reducing entry first.