INDUSTRIES
Software for the physical economy — machines, inventory, and everything moving between them, built to keep working when the network drops on the factory floor.
Manufacturing software fails for a reason no feature list captures: it gets designed for the office and deployed to the floor. We prototype with the operators who'll use it, on the devices they actually hold, in the conditions they actually work in.
Manufacturing Software Development Services We Provide
Production and OEE dashboards that show what's running, what's stopped, and why. The value isn't the dashboard — it's that the reason for a stoppage gets captured at the moment it happens rather than reconstructed at the end of the shift.
Inventory and warehouse systems that stay accurate across locations and shifts. Built as mobile apps for scanners and handhelds, because the people updating stock aren't sitting at a desk.
Supply chain visibility connecting suppliers, production, and outbound logistics — so a delayed inbound shipment shows up as a production risk before it becomes a missed delivery.
Quality and maintenance systems that capture inspections, log defects, and schedule work orders against the equipment that generated them.
Manufacturing software development is the building of systems that plan, track, and control physical production — what gets made, from what materials, on which machine, and where it goes next. The constraint that separates it from office software is the environment: gloves, noise, poor lighting, intermittent networks, and users who can't stop the line to file a support ticket.
The most common failure is software designed by talking to management and deployed to operators.
If a screen takes four taps where the paper form took one, it won't get used. Operators will keep the paper, fill the system in later from memory, or stop filling it in at all — and the data you built the system to capture never arrives.
That's why we prototype on the floor. Real devices, real gloves, real lighting, with the people who'll use it. UX research in this sector means standing next to a machine, not running a workshop in a conference room.
Connectivity on a factory floor isn't reliable, and a system that stops working when Wi-Fi drops stops being used.
We build offline-first. The device keeps recording locally, queues what it captured, and reconciles when the connection returns. Conflict handling — what happens when two shifts recorded against the same work order — gets designed upfront rather than discovered in production.
That's an architecture decision, not a feature. Retrofitting offline support into a system that assumed connectivity usually means rebuilding the data layer.
PLCs and SCADA systems, MES and ERP platforms, barcode and RFID scanners, warehouse management, shipping carriers, and the spreadsheets currently holding parts of the process together.
Integration count drives the timeline more than screen count does. We scope each one after seeing the actual interface, because on older equipment the published capability and the available capability are often different things.
Which is why discovery is fixed-price and happens before any estimate.
React and React Native at the interface, Node.js or Python behind PostgreSQL, time-series storage for machine data, deployed on AWS or Azure with edge components where the floor needs them.
Discovery is fixed-price and produces a costed estimate. Three things move the number more than feature count:
Machine integration count. Each PLC, SCADA system, or piece of legacy equipment is its own piece of work, and older hardware takes longer.
Number of sites. One plant and six plants aren't the same project, particularly when each has evolved its own process.
Offline requirements. A system that must keep working without connectivity is a different architecture to one that assumes it.
We don't quote from a price list. You get a costed timeline in writing after discovery.
Industrial Systems We Have Delivered
A HIPAA-ready platform that pulled telemedicine, scheduling, and billing into one system for a multi-clinic network.
A high-availability payment gateway that has processed over $500M in transactions at 99.99% reliability.
How we work
The same delivery process behind 800+ projects, applied to systems where downtime stops a line.
01
We walk the floor, follow a real job through the current process, and find the paper.
02
Integration approach, offline behavior, and data model settled before code.
03
Screens prototyped and tested on the floor, on the devices operators actually use.
04
Two-week sprints, piloted on one line before anything rolls out to the rest.
What clients in manufacturing & logistics ask us most often.
Still have questions?
Talk to an engineerYes. PLC and SCADA data, MES and ERP systems, and barcode or RFID hardware are standard work. We scope each integration after seeing the actual interface, because published capability and available capability often differ on older equipment.
We build offline-first. The device keeps recording locally, queues what it captured, and reconciles when connectivity returns. Conflict handling is designed upfront rather than discovered when two shifts disagree.
By designing with the operators, not for them. Prototypes get tested on the floor, in gloves, on the devices they actually hold. If a task takes more taps than the paper form it replaces, we redesign it before it ships.
Usually. Most manufacturers run something — an ERP, an MES, or a set of spreadsheets that became load-bearing. We integrate rather than replace, and we pilot on one line before anything rolls out.
Discovery is fixed-price and produces a costed estimate. Machine integration count, the number of sites, and whether the system has to run offline move the number more than feature count does.
You do. Source code, infrastructure definitions, and design files live in your repositories and cloud accounts from the first sprint.
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