Globaprom.

Custom Manufacturing & Field Service Software Development

Globaprom provides custom manufacturing software development for plants, engineering companies, and field service teams. If your operation still runs on spreadsheets, paper checklists, and an ERP that ignores the shop floor, we build the missing layer: maintenance systems, inspection apps, production dashboards, and technician tools. Each build is fixed-price, delivered in weeks with AI-assisted development, and multilingual-ready for global plants and mixed-language crews.

This page covers what we build, how it connects to your machines and ERP, and what it costs compared with industrial software vendors.

Flat vector illustration of a factory silhouette with a conveyor and robotic arm connected by thin lines to a laptop dashboard with charts and a technician figure holding a tablet

Why Industrial Teams Still Run on Spreadsheets, Whiteboards, and Paper

Most industrial software fails at the point of work. Enterprise resource planning (ERP) systems such as SAP manage orders and inventory well, but they were never designed for the maintenance technician at the machine or the inspector in the field. In Plant Engineering's maintenance study (2016), 52% of facilities still managed maintenance in spreadsheets and 39% on paper.

The result is familiar. Work orders live in a binder. The production schedule is an Excel Gantt chart that one planner understands. Quality records are photographed forms in a shared drive. Machine data stays locked inside the supervisory control and data acquisition (SCADA) system, where nobody outside controls engineering can read it.

Industrial software vendors offer platforms to fix this, but their pricing and complexity assume enterprise scale. A 60-person job shop cannot absorb a multi-year manufacturing execution system (MES) rollout. So the spreadsheets stay, and the cost stays with them. Siemens puts unplanned downtime at $1.4 trillion a year across the world's 500 largest manufacturers, with automotive plants losing $2.3 million per hour (True Cost of Downtime, 2024).

Custom software changes that math. You digitize the exact workflow that hurts, at a fixed price, without adopting a platform built for someone else's factory.

What We Build: CMMS, Inspection Apps, Production Dashboards, Quoting Tools

We build the operational tools that sit between your ERP and your shop floor. The most common requests:

We also build quoting and estimating tools for engineering companies: configuration logic, cost roll-ups, and proposal documents generated from your actual rate tables. An estimator who currently spends a day assembling a quote from spreadsheets can produce the same document in minutes, with every price traceable to a rate table your team controls.

A note on scope. We do not sell a platform with modules you turn on. Each build starts from your workflow (your asset names, your shift patterns, your approval chain) and includes only what that workflow needs. This is why a custom tool can be smaller, faster, and cheaper than the industrial suite it replaces.

Every tool ships with role-based access, an admin area, and full code handover. See our AI-assisted custom software development services for the complete delivery model.

Shop Floor to Top Floor: Connecting Machines, MES Data, and ERPs

Custom software earns its keep by connecting layers that vendors keep separate. A typical plant has three of them: machines and their programmable logic controllers (PLCs) at the bottom, MES or SCADA data collection in the middle, and the ERP on top. Reports usually mean someone re-keying data between all three.

We build the connective tissue:

  • Machine data capture. We read from OPC UA servers, MQTT brokers, PLC data logs, or plain CSV exports, whatever your equipment already produces. No rip-and-replace.
  • MES-lite workflows. Order tracking, operator terminals, and production counts for plants that need MES functions but not an MES project.
  • ERP synchronization. Work orders, confirmations, and inventory movements flow to and from SAP or your ERP through its APIs, with error handling and retry logic built in.

The goal is one version of the truth. A production manager should see live order status without calling the floor. A maintenance planner should see machine hours without asking controls engineering for an export.

Field-Ready: Offline-First Mobile Apps for Technicians

Field tools must work where there is no signal. We build offline-first mobile apps: the technician's device stores work orders, checklists, manuals, and photos locally, then synchronizes when connectivity returns. A basement plant room or a rural site never blocks the job.

What a typical technician app includes:

  • Work order queue with parts, history, and site documents available offline
  • Inspection checklists with photo capture, annotations, and required fields
  • Customer or supervisor e-signature on completion
  • Automatic PDF report generation and dispatch when back online
  • Time and materials capture that flows straight to invoicing

Synchronization conflicts are handled explicitly: two technicians editing the same record is a design case, not a bug report. This is standard engineering discipline for us, reviewed the same way as any other build; read how we scope, build, and review.

Multilingual Operations: Work Instructions and Apps for Global Plants and Mixed-Language Crews

Software that operators cannot read is software they will not use. Global plants and mixed-language crews are where most industrial tools quietly fail: the interface is English-only, the work instructions are translated once and never updated, and the safety-critical checklist gets skipped.

This is the problem Globaprom was built to solve. We grew out of a 20-year translation business, and every tool we deliver is multilingual-ready from day one: externalized strings, Unicode-safe storage, locale-aware dates and units, and a translation pipeline so updated content reaches every language without copy-paste. The architecture behind it is described in our guide to multilingual software development.

For manufacturing specifically, that means:

  • Digital work instructions that stay synchronized across languages: when the English master changes, translations are flagged and updated, not forgotten.
  • Operator terminals and technician apps with per-user language switching, so one deployment serves the whole crew.
  • Inspection and safety checklists in each worker's language, with the responses normalized into one reporting structure for management.

No industrial software vendor treats language as a first-class requirement. We treat it as the requirement, because unreadable software on a shop floor is a quality and safety cost, not a cosmetic one.

IoT and Sensor Dashboards Without a Platform Mega-Project

You do not need an Industrial Internet of Things (IIoT) platform to see your sensor data. Most plants need something far smaller: readings from a few dozen sensors, a dashboard, and alerts when values drift out of range.

We build exactly that scope. Temperature, vibration, energy, and counter data flows from your sensors or PLCs into a time-series store, and a dashboard shows live values, trends, and threshold alerts by email or messaging app. Typical build: a few weeks, not a platform program.

This pragmatic path also feeds preventive maintenance. Sensor thresholds can open work orders in your CMMS automatically, so a rising vibration reading becomes a scheduled intervention instead of an unplanned stop. When you outgrow the starter scope, the data model extends. You are never locked into a vendor's device list or per-sensor pricing.

Cost & Timeline vs. Industrial Software Vendors

Custom manufacturing software now costs less than most industrial SaaS over a three-year horizon. AI-assisted development compresses the build phase from months to weeks, which removes the labor cost that historically made custom software an enterprise-only option. Full price ranges are published in our breakdown of what custom software costs in the AI era.

How the alternatives compare:

  • Industrial platform vendors (CMMS, MES, FSM suites) charge per user, per asset, or per site: costs that scale with your growth and never end. The CMMS market alone was worth $1.29 billion in 2024 and grows about 11% a year (Grand View Research). Configuration and onboarding fees frequently rival the cost of a custom build.
  • A Globaprom build is a one-time fixed price, scoped to the workflows you actually run. You own the code outright. No per-seat fees, no per-asset fees, no forced upgrades.

Typical timelines from approved scope to production: an inspection app in 2–3 weeks; a right-sized CMMS or scheduling tool in 4–6 weeks; a machine-data dashboard with ERP integration in 3–5 weeks. You approve scope, price, and delivery date before we write code.

There is a third option worth naming: doing nothing. Staying on spreadsheets feels free, but it carries a real cost in re-keyed data, missed preventive maintenance, and decisions made on week-old numbers. A useful exercise is to estimate the hours your team spends each week moving data between paper, Excel, and the ERP, then price those hours over a year. For most plants we talk to, that figure exceeds the cost of the build.

Frequently Asked Questions About Custom Manufacturing Software

How much does custom manufacturing software development cost?

A scoped tool such as an inspection app or maintenance tracker typically costs a fixed one-time price comparable to one to two years of an industrial SaaS subscription. The exact figure depends on integrations, user roles, and languages. We quote scope, price, and delivery date before development starts.

How long does it take to build a custom CMMS or inspection app?

Two to six weeks from approved scope to production, depending on integrations. An offline inspection app is typically 2–3 weeks. A CMMS shaped to your asset hierarchy, with preventive maintenance schedules and ERP synchronization, is typically 4–6 weeks. AI-assisted development compresses the build phase; human engineers review everything.

Can custom software connect to our PLCs and SCADA system?

Yes. We read machine data through OPC UA, MQTT, database access, or file exports your equipment already produces, with no controls rework required. That data feeds dashboards, OEE calculations, and automatic work orders. Where direct access is restricted, we work from the historian or scheduled exports instead.

Do inspection and maintenance apps work without internet on the shop floor?

Yes. We build offline-first: work orders, checklists, photos, and manuals are stored on the device and synchronized when connectivity returns. Technicians complete jobs in basements, remote sites, or metal-shielded halls without interruption. Conflict handling is designed in, so parallel edits merge safely.

Can you build the software in our operators' languages?

Yes. This is our core differentiator. Globaprom grew out of a 20-year translation business. Interfaces, work instructions, and checklists ship in each crew member's language, with a translation pipeline that keeps every language current when content changes. One deployment serves all your plants.

Do we need to replace our ERP to add custom manufacturing tools?

No. We build alongside your ERP, not instead of it. Custom tools handle the shop-floor and field workflows your ERP ignores, then synchronize orders, confirmations, and inventory movements through its APIs. Your ERP remains the system of record; your teams stop re-keying data into it.

Get a Scope, a Price, and a Date

Describe the workflow that still runs on paper or spreadsheets: maintenance, inspections, scheduling, quality, or field service. We reply with a fixed scope, a fixed price, and a delivery date in weeks.

Request a fixed-price quote