Manufacturing

The fundamental challenge of manufacturing software is bridging the gap between how manufacturers actually operate and what modern software expects. Most manufacturers run on a combination of ERP systems that were installed in the 2000s, spreadsheets maintained by one person who is about to retire, and tribal knowledge that lives in the heads of floor supervisors. They do not need a greenfield platform. They need targeted applications that digitize specific pain points while integrating cleanly with the ancient ERP that runs their entire business.

What most agencies get wrong is underestimating the complexity of B2B commerce in manufacturing. This is not consumer e-commerce with a shopping cart. Pricing depends on the customer, the quantity, the contract, and sometimes the time of year. Orders might require credit approval, engineering review, or custom configuration. Lead times vary by product, by capacity, and by current production schedule. An ordering portal that cannot handle negotiated pricing tiers and customer-specific catalogs is useless.

ERP integration is not optional -- it is the foundation.

Every manufacturer has an ERP (SAP, Oracle, Epicor, or something custom from 2003) that is the single source of truth for inventory, pricing, and orders. Your application either integrates with it or your data is wrong. These integrations are never clean.

Pricing is not a number on a product page.

It is a matrix of customer tiers, volume breaks, contract negotiations, commodity surcharges, and sometimes literal phone calls. A B2B portal that shows one price to everyone is immediately rejected by the sales team.

Quality management is regulated and auditable.

ISO 9001, AS9100 (aerospace), IATF 16949 (automotive), GMP (food/pharma) -- each mandates specific documentation, traceability, and corrective action procedures. The software must enforce these workflows, not just support them.

Equipment and materials have serial numbers, lot numbers, heat numbers, and expiration dates that must be traceable through every step of production.

If a defect is found, you need to identify every product that used the same lot of raw material. This is not a nice-to-have -- it is a recall requirement.

The users span from an IT director who speaks enterprise software to a floor operator who has never used anything more complex than a calculator.

The same system needs to serve both without requiring the operator to attend a training class.

Downtime has a dollar value that everyone knows.

When the software is slow or broken during a shift, the cost is immediately calculable and immediately reported to management. SLAs in manufacturing are not contractual abstractions -- they are real money.

Every manufacturer will tell you their ERP is terrible and they want to replace it.

None of them actually will, because the ERP contains decades of data, custom configurations that nobody fully understands, and integrations with every other system in the plant. We build applications that work alongside the ERP through well-defined integration points -- typically a combination of API calls, database views, and flat file exchanges. Never try to replace the ERP. Complement it.

Manufacturing facilities have dead zones where WiFi does not reach, areas where RF interference from equipment disrupts connections, and shifts where IT support is not available.

Inspection apps, work order tracking, and quality check-ins must work offline and sync when connectivity returns. We have seen inspection apps rejected by floor supervisors within a week because they required constant connectivity.

A single SKU might have a different price for every customer based on their negotiated contract, their annual volume commitment, the current commodity surcharge, and whether the order includes freight.

We model pricing as a rules engine, not a price field on a product record. The B2B portal shows each buyer their specific price, and the order flows into the ERP at the negotiated rate without manual adjustment.

When a manufacturer says they want barcode scanning, they mean: scan a work order to clock into a job, scan raw materials to record lot traceability, scan finished goods to move them to inventory, and scan shipping labels to confirm orders.

Each scan triggers different workflows, different validations, and different system updates. It is not one feature -- it is four features that share a camera.

If orders placed through the portal require manual re-entry into the ERP, the portal creates more work, not less. The integration must be bidirectional: orders flow in, inventory and pricing flow out, and everything stays in sync.

Manufacturing inspections are not surveys. They have pass/fail criteria, measurement tolerances, required photo evidence for specific checks, and conditional logic based on product type and customer requirements. A Google Forms approach will not survive the first quality audit.

Manufacturing runs 24/7 or in defined shifts. Deploying updates during second shift when there is no IT support is a recipe for production disruption. Your deployment pipeline needs to account for maintenance windows that align with shift changes.

The tablets in the inspection station might be five-year-old Android devices with cracked screens. The workstations running the ERP client are probably on Windows 10 (or older). Your app needs to work on hardware that a consumer app developer would consider obsolete.

Manufacturing managers want dashboards. Production floor supervisors want shift summaries. Quality teams want trend analysis over weeks. Finance wants monthly roll-ups. The reporting system needs to handle different time horizons and aggregation levels, not just live data.