How to compare RTLS technologies — key criteria and real-world outcomes
Comparing RTLS solutions using Bluetooth AoA, LoRaWAN, WiFi, NBIoT, etc. Tips to consider while comparing RTLS solutions in today’s data-driven world: Real-Time Location Systems (RTLS) are transforming industries by providing real-time visibility into the location and status of assets. Whether you’re tracking inventory in a warehouse, monitoring worker safety on a construction site, implementing cold chain monitoring solutions for supermarkets and cold storage, or tracking patients in a hospital, our RTLS technology solutions can deliver significant improvements in efficiency, productivity, and safety.
RipplesIPS has been deployed across logistics yards, automotive factories, elderly care hospitals, pharmaceutical cold chains, construction sites, mining operations, and warehouse distribution centres — each using a different combination of BLE, LoRaWAN, AoA, and Wirepas depending on accuracy requirements, environment, and budget. This page covers the key factors to evaluate when comparing RTLS solutions, with real outcomes from each deployment type.
But with a variety of RTLS solutions available, comparing RTLS technologies and choosing the right one for your specific needs can be challenging. Here are some key points to consider to ensure you select an RTLS solution that delivers the most value for your organisation:
Understanding Your Needs: First and foremost, identify the specific goals you want to achieve with RTLS. Are you looking to improve asset utilisation, streamline workflows, or enhance safety protocols? Clearly defining your use case will guide your selection process.
Accuracy Requirements: Not all RTLS solutions offer the same level of location accuracy. Consider the level of precision needed for your application. Do you need pinpoint accuracy for critical assets, or is general room-level tracking sufficient? There are affordable Angle of Arrival technologies that we offer.
Deployment Environment: The physical environment where you’ll be using the RTLS system will significantly impact your choice. Factors like temperature, humidity, and the presence of metal structures can influence the performance of certain technologies. A mesh network on a wireless infrastructure would be the best bet for comparison of RTLS.
Scalability: Think about your future needs. Will you need to track more assets or expand your tracking area in the future? Choose a solution that can easily scale to accommodate your growth, which a resilient mesh network would achieve.
Technology Options: There are several RTLS technologies available, each with its advantages and limitations. Common options include Wi-Fi, Ultra-Wideband (UWB), Radio Frequency Identification (RFID), Bluetooth mesh / AoA and infrared. Research each technology to determine which best suits your needs.
Cost Considerations: RTLS implementation involves upfront costs for RTLS devices, RTLS software, and installation.Additionally, factor in ongoing costs like tag replacement and system maintenance. Look for a solution that offers a good balance between functionality and affordability. Longer battery life for the devices would certainly be a plus point
Integration and Support: Ensure the RTLS solution integrates seamlessly with your existing software systems. Reliable vendor support is also crucial for troubleshooting and ensuring optimal system performance. Ensure the vendor provides API integration with your existing inventree software or ERP solution, with IoT dashboards using security.
By carefully considering these key points while applying a comparison of RTLS, you can make an informed decision and select an RTLS solution that empowers your organisation to achieve its operational goals.
Contact us to know what RTLS is and more about Bluetooth asset tracking IoT dashboard solutions, and the key points to consider while comparing RTLS solutions
Logistics: Reducing Yard Search Time
At a major logistics hub, we deployed a Yard Management System using BLE tags to eliminate manual trailer searches. By providing 100% visibility of assets across the yard, the facility reduced driver wait times and improved gate-to-dock efficiency. The implementation resulted in an 85% reduction in time spent locating specific trailers.
Manufacturing: Sub-meter Asset Tracking
A Tier-1 automotive supplier integrated our Bluetooth AoA (Angle of Arrival) technology to track high-value molding tools. By achieving sub-meter accuracy on the factory floor, the client eliminated production delays caused by misplaced equipment. This precision tracking ensured that critical assets were available at the right workstation, every time.
Healthcare: Optimising Equipment Utilization
An elderly care hospital in Bolzano, Italy, utilised our RTLS in healthcare to monitor the movement of ventilators and infusion pumps. By analysing real-time location data, the facility reduced equipment “hoarding” and streamlined maintenance workflows. This optimisation allowed for a 30% increase in asset availability without purchasing additional hardware.
Cold Chain: Real-Time Pharmaceutical Integrity
For a South African pharma distributor, we implemented a Cold Chain Monitoring solution using LoRaWAN sensors. The system provides continuous temperature logging and instant alerts for any deviations. This proactive monitoring ensures compliance with strict storage regulations and prevents the loss of sensitive inventory during transit.
Construction: Site Safety and Headcount Automation
On a high-density construction site in Singapore, we deployed Worker Tracking solutions to automate safety compliance. The system provides a real-time digital headcount for emergency evacuations and monitors “authorised access only” zones. This significantly reduced the time required for safety audits and improved overall site security.
Mining: Predictive Maintenance for Industrial Motors
At a mining operation in Chile, our Industrial IoT sensors were fitted to water pumps and conveyor motors to monitor vibration and temperature. By moving from reactive to predictive maintenance, the site reduced emergency repair costs and avoided unplanned downtime in critical extraction processes.
Warehouse: Automated Inventory FIFO
A large-scale warehouse in Malta used our Warehouse Inventory Tracking to automate First-In, First-Out (FIFO) processes. By tagging pallets at the point of entry, the system directs pickers to the oldest stock automatically. This reduced inventory shrinkage and eliminated the errors associated with manual cycle counting.
Logistics: Indoor-Outdoor Container Visibility
Using our LoRaWAN Container Tracking solution, a shipping provider in Mozambique gained seamless visibility of cargo as it moved from seaside docks to indoor storage. The hybrid technology (GPS/BLE/LoRaWAN) ensures that assets are never “dark,” regardless of whether they are under a roof or in an open yard.
Environment: Smart Building Occupancy
For a corporate campus, we deployed RTLS solutions to monitor desk and meeting room occupancy. By integrating this data with the building management system, the client optimised HVAC usage based on actual human presence, leading to a 20% reduction in monthly energy consumption.
Evaluation: Rapid IoT Prototyping
To accelerate digital transformation, several clients began their journey with our Industrial IoT Evaluation Kits. These kits allowed for the rapid testing of Bluetooth Mesh and AoA (Angle of Arrival) technologies in real-world environments, proving the ROI of the Ripples IoT platform before committing to a full-scale facility rollout.
For facilities evaluating their first RTLS deployment, understanding the core components of an indoor tracking system — beacons, gateways, anchors, and the dashboard — helps narrow down which technology fits the environment and budget. See a full breakdown of how an indoor tracking system deploys across warehouses, factories, and hospitals using plug-and-play Bluetooth infrastructure with no cabling or civil works required.
Ready to evaluate RTLS in your own facility? Our Industrial RTLS Starter Kit deploys in under 4 hours with zero cabling — no IT infrastructure changes, no disruption to daily operations — and starts from $1,000. It includes pre-configured BLE tags, gateways, and a live dashboard so you can validate accuracy and ROI before committing to a full deployment. See full pricing and kit configurations →