Paper tag beacon technology empowers asset managers to achieve real-time visibility and eco-friendly tracking in dynamic environments. Businesses in Esl Retail now benefit from advanced solutions like Electronic Shelf Labels, ESL Gateway AP, and ESL Price Tag integration. Companies adopting these innovations have reduced lost roll cages by 90%, saving $2.7 million each year. The cost of missing packages and roll cages dropped from $108 million to $66 million, demonstrating substantial gains in asset utilization and operational efficiency.
Understanding Paper Tag Beacon Technology
What Is a Paper Tag Beacon?
BLE Fundamentals and Operation
A paper tag beacon uses Bluetooth Low Energy (BLE) technology to transmit data over short distances. BLE enables efficient communication with minimal power consumption. These tags dynamically adjust their transmit power and rate based on motion and location. For example, a tag increases its transmission frequency when moving and reduces it when stationary. This approach optimizes battery life and minimizes radio congestion. Unlike traditional beacons that broadcast signals at a fixed rate, paper tag beacons use profile logic to adapt their behavior. This flexibility supports high-density deployments, allowing thousands of tags to operate in the same environment without interference.
Paper-Based Construction and Materials
Manufacturers design paper tag beacons with ultra-thin, flexible materials. The construction often includes recyclable paper substrates and lightweight electronic components. These tags can be attached to various surfaces, such as smart badges, event materials, or even paper documents. Customization options include printed patterns or QR codes, which enhance their functionality. The paper-based design makes these beacons both eco-friendly and cost-effective, especially when purchased in bulk.
Unique Features of Ultra-Thin BLE Paper Tag Beacons
Ultra-Thin and Flexible Design
Ultra-thin BLE paper tag beacons stand out due to their minimal thickness and flexibility. Companies like Nakamura Manufacturing have deployed card-type BLE tags that attach directly to paper documents and transparent files. This design allows seamless integration with thin materials, which is not possible with bulkier conventional beacons. The small physical footprint enables easy placement on a wide range of assets.
Lightweight and Discreet Integration
The lightweight nature of paper tag beacons ensures discreet integration into asset management workflows. These tags do not add significant weight or bulk, making them ideal for tracking sensitive items. Their sticker-like form factor allows attachment to surfaces without interfering with normal operations. Some advanced models operate battery-free by harvesting ambient radio frequency energy, offering a virtually limitless lifetime.
Advantages Over Traditional Beacon Tags
Enhanced Adaptability and Versatility
Paper tag beacons offer greater adaptability compared to traditional beacon tags. They support high-density deployment, accommodating thousands of devices in a single space. The ergonomic design considers size, weight, and mobility, making them suitable for dynamic environments like trade shows or temporary exhibits. Tags can also feature bright or fluorescent colors for easy identification and removal.
Eco-Friendly and Sustainable Benefits
Sustainability remains a core advantage of paper tag beacons. The use of recyclable and biodegradable materials reduces environmental impact. Cost efficiency improves further when organizations purchase these tags in bulk. Their eco-friendly construction aligns with modern corporate sustainability goals, making them a preferred choice for businesses seeking greener asset management solutions.
Key Trends in Paper Tag Beacon Development for 2025
Miniaturization and Flexibility
Advances in Ultra-Thin Form Factors
Manufacturers continue to push the boundaries of miniaturization in beacon technology. Ultra-thin form factors now allow beacons to blend seamlessly with documents, packaging, and even wearable items. These advancements enable organizations to track assets without altering their appearance or function. The reduced thickness also supports integration into environments where space is limited, such as inside folders or on product labels.
Flexible and Durable Materials
Developers have adopted flexible substrates and durable coatings to enhance the resilience of paper tag beacons. These materials withstand bending, folding, and exposure to various environmental conditions. Companies now deploy beacons in challenging settings, including high-traffic warehouses and outdoor logistics hubs. The combination of flexibility and durability ensures reliable performance throughout the asset lifecycle.
Battery Life and Sustainability Innovations
Ambient Light Harvesting and Energy Efficiency
Recent designs incorporate energy harvesting features, such as ambient light collection, to extend operational life. These features reduce reliance on traditional batteries and lower maintenance requirements. Energy-efficient chipsets and firmware further optimize power consumption, allowing beacons to operate longer between servicing intervals.
Paper-Battery and Battery-Free Designs
Sustainability and longevity have become central to beacon innovation.
- Kontakt.io’s Anchor Beacon 2 delivers over 8 years of battery life under typical use. The device uses lean firmware and an advanced chipset to minimize power draw. Maintenance becomes easier because users can replace batteries without removing the beacon, which extends the device’s lifespan and reduces waste.
- Blyott has introduced a Bluetooth tracking tag powered by a paper battery. This tag withstands temperatures up to 150°C, demonstrating both durability and sustainability. The current price stands at about 7 euros per tag, but volume production could lower costs to under 1 euro, making sustainable tracking more accessible.
Use of Recyclable and Biodegradable Materials
Manufacturers increasingly use recyclable and biodegradable materials in beacon construction. These choices align with corporate sustainability goals and reduce environmental impact. Paper-based substrates and eco-friendly adhesives support responsible disposal and recycling at the end of the beacon’s life.
Cost-Effectiveness and Scalability
Mass Production and Lower Manufacturing Costs
The industry has achieved significant reductions in production costs through mass manufacturing and material innovation. Paper tag beacon solutions now offer affordable options for large-scale deployments. Lower unit costs make it feasible for organizations to tag thousands of assets without exceeding budget constraints.
Widespread Adoption Across Industries
A wide range of industries now benefit from scalable beacon solutions. The following table highlights key aspects of cost-effectiveness and scalability:
| Aspect | Details |
|---|---|
| Unit Cost | Low-cost BLE beacons enable minimal infrastructure and no ongoing data costs |
| Scalability | Can track over 150 individuals simultaneously, surpassing GPS-based tags in scalability |
| Battery Life | 1–1.5 years at 2-second advertisement interval; extendable to 3 years at 5-second interval |
| Beacon Size | 2.5 cm diameter, 0.4 cm height |
| Casing | Low-cost 3D-printed waterproof casings customizable for species-specific needs |
| Data Pipeline | Uses existing Apple devices and cloud infrastructure, eliminating ongoing data costs |
| Data Collection Rate | High frequency (every few minutes), comparable to state-of-the-art GPS tags |
| Deployment Ease | Lightweight, small, and easily attached to animals via feathers, fur, collars, or harnesses |
Organizations in logistics, healthcare, and retail now deploy these solutions to improve asset visibility and reduce operational costs. The scalability of paper tag beacon technology supports both small businesses and large enterprises, driving widespread adoption.
Enhanced Connectivity and Security
BLE 5.0 and Next-Generation Protocols
Bluetooth Low Energy (BLE) 5.0 has set a new standard for wireless communication in asset tracking. This protocol delivers faster data transfer, greater range, and improved reliability. Paper tag beacon devices now support BLE 5.0 and other advanced protocols, such as iBeacon and Eddystone, which enable seamless integration with modern IoT platforms. These protocols allow organizations to deploy thousands of beacons across multiple sites while maintaining centralized control. BLE 5.0 also supports efficient energy consumption, which extends device longevity and reduces maintenance.
Improved Wireless Range and Data Throughput
Modern paper tag beacon solutions offer enhanced wireless range and higher data throughput. BLE 5.0 technology enables communication distances of up to 100 meters in open environments. This improvement allows asset managers to monitor items across large facilities without signal loss. Devices transmit real-time updates on asset location, environmental conditions, and battery status. The increased throughput ensures that data reaches management systems quickly, supporting immediate decision-making and rapid response to changes.
Key connectivity and security features found in BLE-based tracking devices include:
- Real-time monitoring of asset location, environmental conditions, and battery status.
- Logging of movement and impact events with timestamps for compliance and risk management.
- Continuous measurement of temperature, humidity, and pressure, with alerts for parameter breaches.
- Seamless and global connectivity for centralized management and scalable deployment.
- Encrypted data transmissions, controlled user access, and authenticated updates to ensure confidentiality and compliance.
- Low energy consumption for long battery life and reduced maintenance.
Advanced Data Encryption and Privacy Features
Security remains a top priority for organizations managing sensitive assets. Paper tag beacon devices employ advanced data encryption to protect information during transmission. Controlled user access and authenticated firmware updates further strengthen security. These measures help organizations comply with data privacy regulations and safeguard proprietary information. By integrating robust encryption and privacy features, companies can confidently deploy beacons in environments where data integrity is critical.
Integration of Smart Sensors
Motion Detection and Accelerometers
Smart sensors have transformed the capabilities of paper tag beacon technology. Many devices now include motion detection and 3-axis accelerometers. These sensors log movement and impact events, providing valuable data for compliance and risk management. For example, a beacon attached to a high-value asset can record when the item moves or experiences a sudden impact. This information helps organizations investigate incidents and optimize asset handling procedures.
Environmental Sensing (Light, Sound, Temperature)
Environmental sensors expand the functionality of paper tag beacon devices. Temperature, humidity, and pressure sensors continuously monitor conditions around tracked assets. Some models feature e-paper displays for local data visualization and NFC power-on for energy efficiency. Devices can store thousands of historical sensor data points, supporting detailed analysis and reporting. Environmental alerts notify managers when conditions exceed safe thresholds, enabling proactive intervention.
The following table highlights innovative sensor integration and technical benchmarks in leading paper tag beacon products:
| Product/Feature | Description |
|---|---|
| Trax10245 Sensor | Industrial Temp & Humidity sensor with e-paper display, BLE 5.0, supports iBeacon & Eddystone |
| Trax10139THM Sensor | Temp, Humidity & Motion sensor, 3-axis accelerometer, stores up to 4000 sensor data points |
| Trax10251 Ultra Thin Paper BLE | Ultra-thin, flexible, eco-friendly design, NFC power-on, conductive adhesive power-off |
| Trax10234 Rugged BLE Beacon | IP68 waterproof/shockproof, nRF52 chip, battery life up to 44 months, -40℃ to 85℃ range |
| Trax10232 Anti-Tamper Beacon | BLE 5.0 nRF52 chip, broadcast distance up to 100 meters, tamper alert feature |
These benchmarks demonstrate the versatility and durability of modern paper tag beacon solutions. Devices combine multi-sensor integration, long battery life, and robust communication protocols. Asset managers can deploy these beacons in diverse environments, from warehouses to outdoor sites, with confidence in their performance and reliability.
Real-World Applications of Paper Tag Beacon in Asset Management
Inventory Tracking and Management
Retail and Warehousing Solutions
Retailers and warehouse operators face constant pressure to maintain accurate inventory records and reduce shrinkage. Paper tag beacon technology enables real-time tracking of goods as they move through storage areas, loading docks, and sales floors. Staff can quickly locate misplaced items by scanning for beacon signals with handheld devices or fixed readers. This approach reduces manual search time and improves inventory accuracy.
Many organizations attach ultra-thin beacons directly to product packaging or pallets. These tags transmit location data at regular intervals, allowing managers to monitor stock levels and movement patterns. The lightweight design ensures that the tags do not interfere with packaging or handling. Retailers benefit from faster restocking, fewer lost items, and improved customer satisfaction.
Automated Stock Auditing and Replenishment
Automated stock auditing has become a critical function in modern supply chains. Paper tag beacons support continuous inventory checks by broadcasting their presence to nearby receivers. Software platforms aggregate this data to provide up-to-date inventory counts without manual intervention.
Managers can set thresholds for automatic replenishment. When stock levels fall below a certain point, the system generates alerts or purchase orders. This process reduces the risk of stockouts and overstocking. Companies achieve greater efficiency and accuracy in their inventory management workflows.
Equipment and Tool Tracking
Manufacturing and Construction Use Cases
Manufacturing plants and construction sites require precise tracking of tools and equipment to prevent loss and ensure safety. BLE beacons, including paper tag beacon solutions, offer a cost-effective and energy-efficient method for real-time location tracking within confined areas. These tags excel in environments where GPS signals may not reach, such as indoor workshops or multi-level buildings.
Industry reports highlight several advantages of BLE beacons for equipment tracking:
- Cost-effective and portable for use on tools, machinery, and safety gear.
- Energy-efficient operation supports long-term deployments with minimal maintenance.
- Real-time location updates help prevent theft and unauthorized removal.
- Sensor-enabled tags monitor machine conditions and environmental factors.
- Flexible integration with mobile devices or fixed receivers allows systems to move between sites.
- Complementary use with GPS optimizes asset tracking strategies.
The MDPI industry report emphasizes that BLE beacons enable practical, real-time asset tracking in manufacturing and construction. These systems improve theft prevention, worker safety, and operational efficiency by providing accurate location and condition data for valuable equipment.
Healthcare and Laboratory Asset Monitoring
Hospitals and laboratories manage a wide range of critical assets, from medical devices to sensitive samples. Paper tag beacon technology provides a reliable solution for tracking these items throughout complex facilities. Staff can quickly locate equipment, reducing delays in patient care or research activities.
Beacons attached to laboratory instruments or medication carts transmit their location and status. Environmental sensors embedded in the tags monitor temperature and humidity, ensuring compliance with storage requirements. Automated alerts notify staff if assets leave designated zones or experience unsafe conditions. This level of visibility supports regulatory compliance and enhances patient safety.
Document and File Tracking
Office and Corporate Environments
Large organizations often struggle to keep track of important documents and files. Paper tag beacons offer a discreet and effective way to monitor the movement of physical records. Employees attach ultra-thin tags to folders or envelopes, enabling real-time tracking within office spaces.
Reception areas, meeting rooms, and archives can all benefit from beacon-enabled tracking. Staff use mobile devices to scan for missing files, reducing the risk of lost or misplaced documents. This technology streamlines document retrieval and supports secure information management.
Archival and Records Management
Archives and records centers store vast quantities of documents that require strict control and traceability. Paper tag beacon solutions simplify the process of cataloging and locating files. Each tagged item broadcasts a unique identifier, allowing staff to conduct rapid audits and verify inventory.
Automated systems log the movement of records in and out of storage areas. Environmental sensors embedded in the tags monitor conditions such as temperature and humidity, protecting sensitive materials from damage. This approach ensures the long-term preservation of valuable records and supports compliance with industry regulations.
Specialized Industry Applications
Electronic Shelf Labeling in Retail
Retailers face constant pressure to update pricing, manage promotions, and ensure accurate product information on shelves. Paper tag beacons have transformed electronic shelf labeling (ESL) by providing a flexible, scalable, and sustainable solution. These ultra-thin BLE-enabled tags attach directly to shelves or product displays. Store managers can update prices and product details remotely through a centralized system. This process eliminates manual label changes and reduces labor costs.
Paper tag beacons support real-time synchronization between inventory databases and shelf labels. When a product price changes in the system, the beacon updates the electronic display instantly. This capability ensures price accuracy and compliance with regulations. Retailers also benefit from dynamic pricing strategies, such as flash sales or time-based discounts, which the system can implement automatically.
Tip:
Retailers can use paper tag beacons to trigger location-based promotions. When a customer approaches a specific shelf, the system can send personalized offers to their mobile device.
The following table highlights key benefits of paper tag beacon-based ESL systems:
| Feature | Benefit |
|---|---|
| Remote Price Updates | Reduces manual labor and errors |
| Real-Time Synchronization | Ensures price accuracy |
| Dynamic Promotions | Enables flexible marketing strategies |
| Eco-Friendly Materials | Supports sustainability initiatives |
| Ultra-Thin Design | Maintains shelf aesthetics |
Retailers who deploy paper tag beacon ESL systems gain a competitive advantage. They improve operational efficiency, enhance the customer experience, and support sustainability goals.
Worker Attendance and Safety Monitoring
Paper tag beacons have also found critical applications in workforce management and safety monitoring. Organizations in manufacturing, construction, and logistics use these beacons to track worker attendance and ensure compliance with safety protocols. Each worker receives a badge or wearable device embedded with a paper tag beacon. The system automatically logs entry and exit times as workers pass through designated checkpoints.
Supervisors can monitor workforce presence in real time. This visibility helps optimize shift planning and resource allocation. In emergency situations, the system provides instant roll-call capabilities, ensuring that all personnel evacuate safely. Paper tag beacons also support geofencing. The system can alert supervisors if a worker enters a restricted or hazardous area.
Note:
BLE paper tag beacons can integrate with environmental sensors to monitor conditions such as temperature, humidity, or air quality in work zones. This integration helps organizations maintain safe working environments.
Key advantages of paper tag beacon solutions for attendance and safety monitoring include:
- Automated Attendance Tracking: Reduces manual sign-in processes and improves accuracy.
- Real-Time Location Awareness: Enhances emergency response and evacuation procedures.
- Geofencing and Alerts: Prevents unauthorized access to sensitive areas.
- Data Integration: Connects with HR and safety management systems for streamlined reporting.
- Lightweight and Comfortable: Ensures workers can wear badges or tags without discomfort.
Organizations that implement paper tag beacon technology for workforce management achieve higher productivity, improved safety compliance, and better data-driven decision-making. These specialized applications demonstrate the versatility and impact of paper tag beacons across diverse industries.
Implementation Considerations for Paper Tag Beacon Solutions
Integration with Existing Asset Management Systems
Compatibility with ERP, WMS, and IoT Platforms
Organizations often seek seamless integration between paper tag beacons and their existing asset management systems. Compatibility with platforms such as ERP (Enterprise Resource Planning), WMS (Warehouse Management Systems), and IoT (Internet of Things) solutions ensures that asset data flows efficiently across departments. BLE-based paper tag beacons typically offer APIs and middleware that connect with popular enterprise software. This integration enables real-time asset visibility, automated reporting, and streamlined workflows.
A comparison of common tracking technologies highlights their integration potential:
| Technology | Typical Range | Accuracy | Power Consumption | Best Use Cases | Key Advantages | Key Limitations |
|---|---|---|---|---|---|---|
| RFID (Passive/Active) | Up to 10m / 100m+ | Meter-level (zone-based) | None / High | Inventory, tool tracking | Fast data capture, durable (active) | High cost, limited range (passive) |
| BLE | 10-100m | Zone-based (meters) | Very low | Small tools, indoor tracking | Cost-effective, energy-efficient | Limited range, interference issues |
| UWB | 0-50m optimal, max 200m | Centimeter-level (<50cm) | Low | High-precision indoor tracking | High accuracy, low interference | Higher cost, infrastructure needed |
| GPS | Global | ±1-3m standard | High | Outdoor heavy equipment | Real-time global tracking | High power, poor indoor performance |
Research shows that BLE and RFID solutions deliver power efficiency and cost savings for logistics and warehousing. Hybrid approaches, combining UWB and RFID, provide high accuracy but require more infrastructure and investment. Companies must balance these factors when selecting a solution for integration.
Deployment and Onboarding Strategies
Successful deployment begins with a clear onboarding strategy. Teams should map asset types, define tracking zones, and select appropriate beacon models. Many organizations start with a pilot phase, tagging a subset of assets to validate system performance. Training staff on beacon placement and system use ensures smooth adoption. Automated onboarding tools, such as bulk tag registration and mobile configuration apps, accelerate large-scale rollouts.
Tip:
Regularly review integration points between beacons and enterprise systems to maintain data accuracy and system reliability.
Overcoming Challenges in Paper Tag Beacon Deployment
Signal Interference and Environmental Factors
Signal interference can affect beacon performance, especially in environments with metal structures or electronic noise. BLE signals may experience range reduction or data loss in such conditions. Teams can mitigate these issues by conducting site surveys, optimizing beacon placement, and using signal repeaters where necessary. Selecting beacons with adaptive transmission power also helps maintain reliable communication.
Data Privacy, Security, and Compliance
Data security remains a top concern for asset managers. Paper tag beacon systems must encrypt transmitted data and restrict access to authorized users. Compliance with regulations such as GDPR or HIPAA is essential, especially when tracking sensitive assets. Regular security audits and firmware updates help protect against emerging threats.
Maintenance and Lifecycle Management
Maintenance planning extends the lifespan of paper tag beacons. Teams should schedule battery checks, firmware updates, and periodic audits of tag placement. Many modern beacons support remote diagnostics, reducing manual intervention. Lifecycle management includes recycling or responsibly disposing of tags at end-of-life, supporting sustainability goals.
Organizations that address these considerations achieve smoother deployments, higher system reliability, and long-term value from their paper tag beacon investments.
Future Outlook for Paper Tag Beacon Technology
Ongoing Innovations and Emerging Capabilities
Smart Sensors and IoT Ecosystem Integration
Paper tag beacon technology continues to evolve with the integration of advanced smart sensors and seamless connectivity to the broader IoT ecosystem. Manufacturers now design beacons with features such as many-to-many Bluetooth mesh networking, ultra-long-range communication, and ruggedized designs for harsh environments. The following table highlights recent innovations in Bluetooth beacon products that influence paper tag beacon development:
| Product Name | Key Features and Innovations | Application Areas |
|---|---|---|
| Bluetooth Mesh | Many-to-many communication, extended coverage, ideal for large-scale sensor networks | Smart lighting, building automation, sensor networks |
| MBM01 Ultra-Long Range Beacon | Superior broadcast range and battery life | Indoor navigation, asset tracking |
| MBM03 Rugged Road Stud Beacon | Low-power Bluetooth chip, 10+ years battery life, rugged design | Harsh environments, outdoor asset tracking |
| E5 Location Beacon | Bluetooth LE 5.0, stable RSSI signal, precise indoor location tracking | Inventory tracking, route navigation |
| MWC03 Bluetooth LTE Location Badge | Combines GNSS and Bluetooth positioning, real-time data upload via cellular networks | Personnel tracking, real-time monitoring |
Ambient IoT technology is rapidly expanding, with a projected market of 10 trillion units. This growth stems from its ability to deliver real-time, pervasive visibility and continuous data streaming. Paper tag beacons now support integration with existing RFID systems and leverage new standards such as 3GPP, IEEE, and Bluetooth. These advancements enable dynamic optimization and real-time event capabilities, which are essential for modern asset management.
Predictive Analytics and AI-Driven Asset Management
The future of paper tag beacon technology includes the adoption of predictive analytics and AI-driven asset management. Companies use the continuous data streams from smart sensors to forecast equipment needs, predict maintenance schedules, and optimize inventory levels. AI algorithms analyze movement patterns, environmental conditions, and usage trends to provide actionable insights. This approach reduces downtime, improves resource allocation, and enhances decision-making across industries.
Evolving Business Models and Industry Impact
Subscription and Service-Based Offerings
Digital transformation drives new business models for paper tag beacon solutions. Companies increasingly adopt subscription-based and service-oriented offerings. Several trends support this shift:
- Digital transformation reduces transaction and coordination costs.
- Ecosystem collaboration enables innovative value propositions.
- Subscription and service models provide integrated, convenient solutions.
- Data from connected devices creates new revenue streams.
These models allow organizations to access advanced asset tracking capabilities without large upfront investments. Providers deliver ongoing updates, analytics, and support as part of the service.
Customization for Industry-Specific Needs
Paper tag beacon providers now offer tailored solutions for different industries. Customization includes specialized sensors, rugged casings, and integration with sector-specific platforms. Industries such as healthcare, logistics, and retail benefit from solutions designed to meet their unique operational requirements. This flexibility ensures that businesses can maximize the value of their asset management investments.
Market Growth and Adoption Trends
Expansion Across New Sectors
The adoption of paper tag beacon technology continues to expand beyond traditional sectors. Industries such as agriculture, education, and public safety now deploy these solutions for asset tracking, personnel monitoring, and environmental sensing. The shift from static RFID to dynamic Ambient IoT enables real-time event management and improved connectivity, making paper tag beacons attractive for a wide range of applications.
Long-Term Sustainability and ROI
Organizations recognize the long-term sustainability and return on investment offered by paper tag beacon solutions. The use of recyclable materials, energy-efficient designs, and battery-free options supports environmental goals. Companies achieve cost savings through reduced asset loss, improved operational efficiency, and lower maintenance requirements. As technology advances, paper tag beacons will continue to deliver measurable value across industries.
Paper tag beacon technology signals a new era in asset management. Companies now gain flexibility, sustainability, and operational efficiency by adopting these solutions. Teams can optimize resources and reduce costs while staying competitive in a changing market. The time has arrived for organizations to explore how this innovation can reshape asset management strategies for 2025 and beyond.
FAQ
What is the typical lifespan of a paper tag beacon?
Most paper tag beacons last between one and three years, depending on usage and environmental conditions. Some battery-free models use energy harvesting to extend operational life.
Can paper tag beacons operate in harsh environments?
Manufacturers design many paper tag beacons with durable coatings and flexible substrates. These features allow reliable performance in warehouses, outdoor sites, and areas with temperature or humidity fluctuations.
How secure is the data transmitted by paper tag beacons?
Paper tag beacons use advanced encryption protocols. They support secure data transmission and restrict access to authorized users. This approach helps organizations comply with privacy regulations.
Are paper tag beacons compatible with existing asset management systems?
Most paper tag beacons offer APIs and middleware for integration. They connect with ERP, WMS, and IoT platforms, enabling seamless data flow and real-time asset visibility.
What types of assets can paper tag beacons track?
Paper tag beacons track a wide range of assets, including inventory, equipment, documents, and personnel badges. Their ultra-thin design allows discreet placement on many surfaces.
How do organizations dispose of paper tag beacons at end-of-life?
Many paper tag beacons use recyclable or biodegradable materials. Organizations should follow manufacturer guidelines for responsible recycling or disposal to support sustainability goals.
What is the maximum range for BLE paper tag beacons?
BLE paper tag beacons typically reach up to 100 meters in open environments. Actual range may vary due to obstacles, interference, or building layout.
