Production Floor Management Software | WIP & RTLS Asset Tracking

Real-Time WIP Tracking & Shop Floor Visibility

The production floor loses time in invisible ways until it is too late — a WIP pallet sitting idle at a workstation for two hours, a motor running past its maintenance window, a contractor in a restricted zone with no one noticing. RipplesIPS manufacturing RTLS puts a live digital twin of your entire shop floor on a single dashboard, so bottlenecks, safety breaches, and machine anomalies are visible the moment they happen — not at the end of the shift. Low-cost, plug-and-play deployment for Work-in-Progress tracking, bottleneck identification, and OEE monitoring — Shop floor tracking software integrated with Bluetooth AoA beacons, LoRaWAN gateways, RTLS anchors, and IoT data visualisation tools.

Before RTLS vs After: What Changes on the Production Floor

WIP Visibility and Bottleneck Detection

Before: Production floor bottlenecks are invisible until the end-of-shift review. No real-time view of where jobs, tools, pallets, or raw materials are on the floor. Delays compound silently across the production cycle.
After: Every WIP item, pallet, and tool is tracked in real time on a live floor-plan dashboard. Dwell-time threshold alerts fire automatically when a component stays at a workstation longer than the defined limit — giving the floor manager time to intervene before the delay affects the next stage. Understand and analyse the time taken for a production pallet to move between zones, identify choke points, and optimise workflow continuously. For more on this, see our manufacturing downtime tracking page.

Machine Uptime and Predictive Maintenance

Before: Maintenance is reactive. Production floor breakdowns are reported by operators after the fact. Technician visits are not logged against specific assets. Repair trends are invisible, and repeated failures go unanalysed.

After: BLE sensors clip directly onto pump motors, HVAC units, compressors, and rotating equipment without any wiring — deployable in minutes. Each sensor continuously monitors vibration, temperature, and runtime hours, feeding live data into the shop floor dashboard. When a motor exceeds its vibration threshold or approaches its scheduled maintenance window, the system triggers an instant alert before the failure occurs. Maintenance teams see the exact location of the flagged asset on the floor plan, access its full usage history, and dispatch a technician with the right parts the first time. For facilities running 24/7 production cycles, this moves maintenance from reactive to predictive — reducing unplanned downtime, extending equipment lifespan, and improving OEE without adding headcount or infrastructure. See our condition monitoring and predictive maintenance page for full details.

Employee Tracking and Safety

Before: Contractors and temporary workers are unfamiliar with the facility, work in high-risk zones, and are difficult to track manually. Lone workers in remote sections of the floor have no safety net. Near-misses go unreported.

After: Lightweight BLE wearable tags on helmets and lanyards give floor managers real-time visibility of every contractor’s location, zone entry and exit times, and time on site. Geofenced restricted zones trigger instant alerts on any unauthorised entry and log every event automatically for compliance reporting. Lone workers carry a panic button that pinpoints their exact location within seconds of activation. All movement data is stored and exportable for contractor induction audits, insurance claims, and HSE inspections — replacing manual sign-in sheets with an automated, tamper-proof digital record. For the full scope of employee tracking and safety features, see our employee tracking, productivity and safety page.

Bin and Pallet Tracking

Before: Raw materials and finished goods move between zones with no automatic record. Stock counts are manual and inaccurate. Time taken between zones is unknown and unanalysed.

After: BLE tags on bins and pallets log every zone transition with timestamps. Time between zones is calculated automatically. FIFO compliance is verifiable from the dashboard without manual stock-takes. For warehouse pallet tracking details, see our RTLS warehouse pallet tracking system page.

Shop Floor Data Collection

Before: Production floor data was collected manually at the end of the shift. Anomalies in temperature or equipment behaviour go undetected between inspections. No single source of truth for inventory, asset utilisation, or production timelines.

After: 0-wire IoT sensors feed live vibration, temperature, zone occupancy, and object count data into the shop floor digital twin continuously. Anomaly detection rules trigger alerts without any manual monitoring. Track work orders in the supply chain, improve manufacturing processes, and ensure real-time shop floor data collection for full shop floor control. For IoT data analytics, see our IoT data analytics page.

Deployment

Before: Any new monitoring requires wiring, infrastructure, or additional supervision headcount. Lead times for installation are measured in weeks.

After: 0-wire BLE RTLS. Sensors clip directly onto equipment. Gateways mount on walls and columns. Full shop floor deployment live in 7 days with no cabling and no disruption to production.

Wireless Shop Floor Monitoring with Plug and Play RTLS

Managing your production shop floor means ensuring machine uptime, worker safety, and inventory accuracy simultaneously — all from a single integrated platform. The RipplesIPS wireless shop floor monitoring system combines pump motor monitoring, indoor inventory tracking, and a live monitoring dashboard with zone information, object count within zones, indoor positioning analytics, and anomaly detection functions, including temperature and vibration thresholds.

The sub-metre precision that makes tool tracking and WIP dwell time visible at the cell level is delivered by Bluetooth AoA asset tracking — the same 0-wire infrastructure underlying the full platform. Preventive maintenance functions cover technician visit logging, repair records, inspection scheduling, abnormality management, and calibration records — all linked to the specific asset on the floor plan.

The platform integrates with Bluetooth AoA beacons, LoRaWAN gateways, RTLS anchors, and IoT asset management and data visualisation tools. Monitoring extends across the production floor, logistics yard management, warehousing, and other services — giving you a single platform across your entire operational footprint.

The same WIP tracking RTLS platform also powers real-time asset tracking in hospitals for surgical workflow and equipment monitoring. See our hospital RTLS page for details.

Frequently Asked Questions — Production Floor Management Software

How Does Production Floor Management Software Improve Shop Floor Efficiency?

Production floor management software provides real-time visibility into every stage of the manufacturing process. Using Bluetooth Mesh RTLS, the platform automates tracking of Work-in-Progress and assets, eliminates manual data entry, reduces time spent searching for tools and materials, and identifies production bottlenecks the moment they form — leading to a leaner, more agile manufacturing cycle with measurable OEE improvement.

How Does RTLS Reduce WIP Lead Times?

The system monitors the dwell time of every WIP item at each workstation. If a component stays in one zone beyond a predefined threshold, an automatic alert fires to the floor manager. This allows real-time intervention before the delay compounds — eliminating the invisible idle time that typically inflates WIP lead times and stalls overall throughput. Learn more on our WIP tracking page.

What Is the Difference Between RFID and Bluetooth Mesh for Production Floor Tracking?

While RFID is effective for point-of-entry gate reads, Bluetooth Mesh RTLS delivers continuous real-time monitoring across the entire shop floor. Bluetooth Mesh is more cost-effective to deploy at scale, offers higher accuracy in dense industrial environments, and provides a multi-hop network with no blind spots in your production tracking.

Can the Platform Integrate with Our Existing ERP or MES?

Yes. RipplesIPS is built with an open architecture designed to integrate with major ERP and MES systems. Real-time location data flows directly into your management platforms, providing a single source of truth for inventory, asset utilisation, and production timelines.

Is the Hardware Durable Enough for Harsh Industrial Environments?

Yes. IoT sensors and gateways are built for IIoT applications — designed to withstand high temperatures, vibration, and electromagnetic interference common in manufacturing plants. BLE tags deliver 3 to 5 years of battery life, minimising maintenance overhead.

Real-Time Visibility Across Your Entire Production Floor — Live in 7 Days

No wiring. No infrastructure costs. No disruption to production.

From WIP bottleneck detection to predictive machine maintenance, worker safety, and contractor compliance — Ripples IoT BLE RTLS gives your floor manager a live digital twin of every asset, every worker, and every machine on a single dashboard. Know more about our Industry 4.0 plug and play RTLS solutions for environmental monitoring, asset tracking, production inventory tracking, warehouse management, and factory optimisation using a robust and resilient wireless mesh network. Contact us to discuss your facility size, zone layout, and production tracking requirements — or see RTLS starter kit options and pricing to get started quickly.