Manufacturing
The hard part of manufacturing software is not the reporting dashboard management sees; it is capturing accurate data at the point where it actually happens — the shop floor, where operators wear gloves, machines are loud, and a laptop is impractical, and where plants often still run on paper and Excel not because nobody wants better tools, but because previous digital attempts were not built for that physical environment. We design shop-floor data capture around the actual conditions on the floor, not a generic office-software interface transplanted onto a tablet.
Shop-floor data capture on rugged devices
Standard consumer tablets and phones often do not survive shop-floor conditions — dust, moisture, drops — and touchscreen interfaces designed for careful taps do not work well with gloved hands or in bright, glare-heavy environments. We design data capture interfaces for rugged handheld devices with large touch targets and, where relevant, barcode or RFID scanning built in, rather than assuming the same interface that works in an office will work on a production line.
Batch and lot traceability
Manufacturers, particularly in regulated sectors like food, pharmaceuticals or automotive components, need to trace which batch of raw material went into which finished product lot, so a quality issue can be traced back to its source and forward to every affected unit. We build batch and lot tracking into the production data model from the start, since retrofitting traceability into a system that was not designed for it is a significantly harder problem than building it in from day one.
Machine and IoT data ingestion
Modern production equipment increasingly generates its own data — cycle times, temperature readings, error codes — and capturing this automatically is more reliable than manual logging by an operator. We build IoT data ingestion pipelines that pull directly from machine sensors or PLCs where the equipment supports it, feeding into the same system that tracks manual production data rather than existing as a separate, disconnected monitoring tool.
Integration with existing ERP or Tally
Very few manufacturing software projects start from zero — most plants already run some combination of Tally for accounting and spreadsheets or an existing ERP for production planning, and a new system needs to work with what exists rather than force a wholesale replacement on day one. We scope integration with your existing systems as a first-class requirement, often building a production or quality module that plugs into an existing Tally or ERP setup rather than proposing a full replacement unless that is genuinely warranted.
Relevant services and solutions
Most manufacturing projects draw on ERP development for production planning and inventory, custom software development for quality management and traceability systems, and automation for removing manual data-entry steps between shop-floor capture and back-office systems. Where a plant needs direct, offline-capable control of scanners, lab instruments or other shop-floor hardware rather than a browser-based tool, that typically falls under desktop software development instead.
Frequently asked questions
Yes, though the data model differs meaningfully between the two — discrete manufacturing tracks individual units and bill-of-materials, while process manufacturing tracks batches and formulations. We scope the system's production module around which type your operation actually is, rather than force one model to fit both.
Through interface design specifically for rugged handheld devices — large touch targets, barcode scanning instead of manual data entry wherever possible, and minimal reliance on precise taps or extensive typing, tested against the actual physical conditions of your shop floor rather than a generic tablet interface.
Yes, batch and lot traceability is built into the production data model as a core requirement where your industry needs it, allowing a quality issue to be traced back to its source batch and forward to every finished unit that used it — critical for recall management in regulated sectors.
Not necessarily. We often build production or quality modules that integrate with your existing Tally or ERP setup rather than requiring a full replacement, and we recommend a full ERP replacement only when your existing setup is genuinely a structural limitation, not as a default proposal.
Where your equipment supports it, yes — we build IoT data ingestion from machine sensors or PLCs, reducing reliance on manual logging and improving data accuracy, integrated with the same system tracking your broader production data rather than as a separate monitoring silo.
We start by mapping the actual paper-based process in detail during discovery, then digitise incrementally — often starting with the highest-value capture point, like quality checks or production counts — rather than attempting a full digital transformation in one step, which tends to fail against real shop-floor resistance to sudden, total change.
What Beacon has built in manufacturing
Beacon's own construction CRM product, run in production across many client sites, shares much of its site-progress and material-tracking logic with what a discrete manufacturing traceability system needs — direct operational experience with the reconciliation problems this kind of system runs into at scale, distinct from client-specific manufacturing case work. We scope each new manufacturing engagement against your specific production type, since discrete manufacturing and process manufacturing have meaningfully different data models.