What results have manufacturers seen?

Representative engagement: five systems consolidated to one, month-end closing from 9 days to 2, stock discrepancies down 31%. The pattern repeats because the method does.

Do you build an MES, or integrate with one?

Either, and the decision is usually about who owns the shop floor. Where an MES already runs the lines, we integrate and keep it — ripping out a working execution layer is rarely the cheapest path. Where the floor is on paper, spreadsheets and one operator's memory, the execution capability gets built into the ERP so there is one system to adopt rather than two.

Can it handle multi-level BOMs, substitutions and yield?

Yes, and this is usually the reason a packaged product got abandoned. Real BOMs change mid-run, substitute materials when a grade is short, and produce yields that vary by heat, batch or line. A template that assumes a fixed BOM forces the plant into a parallel spreadsheet, which is where most of these engagements begin.

How does maintenance fit alongside production?

Preventive schedules have to compete with the production plan for the same machine, so the useful design puts them in one calendar rather than two systems. Runtime-driven schedules, spares drawn from the same stores module as production material, and breakdown history that planning can see before it commits capacity it does not have.

Industry

Manufacturing & Industry 4.0

Custom ERP, shop-floor systems, and vision AI for plants that outgrew their spreadsheets.

Discuss your operation All industries

The context

Manufacturing software earns trust on the floor or nowhere. Systems that mirror how material actually moves — heats, batches, yields, scrap — get adopted; template ERPs get worked around. We build the first kind, then layer intelligence on top.

What usually breaks

Month-end closing that takes weeks because systems disagree
Production planning by memory and Excel against real capacity
Quality data trapped on paper while defects reach customers
Dispatch commitments made blind to actual stock and schedules

What we build here

Systems for manufacturing & industry 4.0

Custom manufacturing ERP

Order-to-dispatch in one flow: planning against capacity, stores with batch truth, finance that reconciles itself.

Shop-floor data capture

Operator-friendly terminals and IoT feeds that log reality, not approximations.

Visual quality inspection

Camera-based defect detection tuned to your lines, lighting, and tolerances.

Predictive planning

Demand forecasting and maintenance prediction feeding the planning screens, not a separate dashboard.

Multi-level BOM and MRP

Bills of material that survive revisions and substitutions, material requirement planning against real lead times, and yield and scrap accounted where they actually occur rather than at the end.

Maintenance and asset management

CMMS and asset registers with preventive schedules driven by runtime rather than the calendar, breakdown history, and spares consumption tied back to stores.

Proof

What we shipped in manufacturing & industry 4.0

All case studies

A custom ERP that ended month-end chaos for a steel manufacturer

Replaced five disconnected systems and a wall of spreadsheets with a single custom ERP — order-to-dispatch in one flow, month-end closing down from 9 days to 2.

9→2 daysMonth-end closing time

Regulatory context

The rules that shape the build.

Not legal advice — the specific obligations that change what the software has to do, and that are cheapest to design for at the start.

GST e-invoicing and e-way bills

Above the turnover threshold, invoices must be registered with the IRP before they are valid — which makes your ERP's invoice flow a compliance path, not a convenience.

Factories Act records

Statutory registers for hours, overtime and incidents that an inspector can ask for on the day.

BIS and product certification

Where the product is notified — traceability from batch to certificate.

Pollution control board returns

Consent conditions and periodic returns, usually assembled by hand from three systems.

DPDP Act 2023

Applies to workforce data even where no customer data is held.

What we integrate with

Nothing new arrives into an empty building. These are the systems that usually have to keep working, and talking to them is normally the larger half of the engagement.

SAP ECC or S/4HANA
Tally ERP
SCADA and PLC historians
Weighbridge systems
Legacy MES
Excel production planning

What this sector measures

OEE
Overall equipment effectiveness: Close time
Days to close the month: Yield variance
Planned against actual

Where we usually start

Services that come up most in manufacturing & industry 4.0.

Custom ERP Solutions

The operational core — orders, production, inventory, finance — built around your reality.

Systems Integration & APIs

Make a dozen systems behave like one platform.

Computer Vision & Speech

Cameras and microphones turned into structured, decision-ready data streams.

Data Engineering & Analytics

Pipelines and platforms that make your data arrive clean, on time, and decision-ready.

Before you ask

Questions about manufacturing & industry 4.0

That unusualness is exactly why template ERPs failed you — and exactly what custom engineering is for. We map the physical flow first; the software follows it, exceptions included.

Other sectors

Next step

Bring us the problem. We will bring the architecture.

A discovery call takes forty-five minutes. You leave with our read on the problem, the shape of the system we would propose, and a straight answer on whether we are the right team for it.

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No sales deck
An engineer on the call, not an account manager
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