Industry software development
Manufacturing Software Development
Manufacturing software connects the factory floor to the systems that run the business — machines, people, inventory, and orders, in real time. We build MES, IoT, and operations platforms that survive the shop-floor environment, integrate with the ERP and legacy equipment you already run, and turn production data into decisions.
Manufacturing software lives in a harder world than most enterprise apps: intermittent connectivity, decades-old equipment speaking proprietary protocols, and a physical process that can't pause while you deploy. Downtime isn't a bad user experience — it's stopped production. That reality shapes everything we build.
We build across the stack — manufacturing execution systems (MES), IoT and sensor platforms, production scheduling, quality and traceability, and the integrations that tie them to ERP and PLM. What follows is what makes manufacturing software distinct, the standards and regulations that apply, and how we build for the floor.
What makes manufacturing software different
Integration is the whole game. A plant runs PLCs and SCADA systems, machines speaking OPC UA, Modbus, or MTConnect, an ERP for orders and materials, and often a MES in between. Value comes from connecting these — so a delayed shipment updates the schedule, and a machine fault flags the affected orders — rather than from any single shiny dashboard. We build to industrial standards (OPC UA, MQTT, ISA-95) so the software joins the ecosystem instead of adding another island.
The environment is unforgiving. Connectivity drops, so systems need offline-first buffering and edge processing. Latency matters when software drives real equipment. And traceability is often mandatory — which batch, which machine, which operator, which materials — both for quality and for recalls. That means immutable audit trails and genealogy tracking built into the data model from day one.
Standards and regulation across the globe
Industry standards shape the architecture more than any single law: ISA-95 for enterprise-to-control integration, ISA-88 for batch processes, and OPC UA as the connectivity backbone. Cybersecurity is increasingly regulated — IEC 62443 for industrial control systems, and in the EU the NIS2 Directive and the Cyber Resilience Act now impose security obligations on operators and connected products.
Sector-specific rules layer on top. Pharma and food manufacturing carry FDA 21 CFR Part 11 (electronic records and signatures) and EU GMP Annex 11, demanding validation, audit trails, and traceability. Automotive and aerospace add IATF 16949 and AS9100 quality systems. Across regions — the EU's machinery and product rules, the US OSHA and FDA regimes, and Asia-Pacific frameworks — the common thread is provable traceability and validated systems, which we design in rather than retrofit.
How we build manufacturing software
We start at the integration surface: what equipment and systems must connect, over which protocols, and where the network is unreliable. That defines an architecture with edge processing, offline buffering, and resilient sync, so the floor keeps running when the link to the cloud doesn't. Traceability and audit trails go into the data model from the start, because retrofitting genealogy tracking is painful.
We build for the people on the floor as much as the managers in the office — interfaces that work on rugged tablets and gloved hands, not just a desktop. And we integrate with your ERP, PLM, and existing MES rather than replacing everything at once, so you get value in stages instead of betting the plant on a big-bang cutover.
What you get
Floor-to-ERP integration
We connect PLCs, SCADA, and machines (OPC UA, Modbus, MQTT) to your ERP and MES, so production data flows instead of getting re-keyed.
Resilient to the real environment
Edge processing and offline-first sync, so the system keeps working when connectivity drops mid-shift.
Traceability built in
Batch, machine, operator, and material genealogy with immutable audit trails — for quality and for recalls.
What we deliver
- MES, IoT, or operations platform
- Equipment and ERP/PLM integrations
- Real-time production dashboards
- Traceability and audit trails
- Edge/offline resilience
- Rugged-device and operator interfaces
How we work
- 01
Discover
We pressure-test the idea, map the users, and define the smallest thing worth building. You leave with a plan, not a proposal.
- 02
Design
Flows, prototypes, and a design system that makes the product feel real before a line of production code ships.
- 03
Build
Weekly releases in your stack. You see working software every Friday and steer with real feedback, not guesses.
- 04
Scale
We harden, instrument, and document the system — then hand off cleanly, or stay embedded. It runs without us.
Frequently asked questions
Can you integrate with our existing machines and ERP?
Yes — that's the core of most manufacturing builds. We connect to PLCs, SCADA, and machines over OPC UA, Modbus, MQTT, or MTConnect, and integrate with SAP, Oracle, or whichever ERP and PLM you run.
Do we have to replace our current systems?
No. We usually integrate with and extend your existing MES and ERP, delivering value in stages rather than forcing a risky big-bang replacement of everything at once.
Can the software handle unreliable shop-floor connectivity?
Yes. We design edge processing and offline-first buffering so the system keeps operating and syncs when the connection returns — essential when software touches live production.
Let’s build
Have something worth building?
Tell us what you’re working on. We’ll come back within one business day with real, specific thoughts — not a sales deck.