Real-Time Asset Tracking with Industrial RTLS
From Asset Visibility to Process Verification
Track assets, verify operations, and enable industrial-grade
traceability with Bluetooth-level cost and UWB-level precision.
APPLICATION OVERVIEW
TECHNICAL COMPARISON
SCENARIO COMPARISON
CORE FEATURES
KEY ADVANTAGES
COMPATIBLE HARDWARE
INDUSTRY CASES
APPLICATION OVERVIEW
Eforthink’s RTLS asset tracking solution combines UWB-based real-time location tracking with an intuitive visual management platform, enabling precise monitoring and streamlined management of production materials and industrial assets. Based on UWB technology, the system delivers centimeter-level positioning accuracy with strong anti-interference capability, making it suitable for scenarios such as warehousing, supply chain, and intelligent manufacturing. The platform supports tracking and management of trailers, cargo baskets, valuable instruments, and other production materials to improve operational visibility and material flow efficiency.
According to the area and obstruction conditions of different on-site environments, the system supports zero-dimensional positioning for small rooms, one-dimensional positioning for long-shaped spaces, and two-dimensional positioning for open areas, enabling optimized positioning solutions for different industrial scenarios. The positioning tags are designed with ultra-low power consumption, supporting battery life of more than 7 years, which effectively reduces long-term maintenance costs for large-scale deployments. The solution supports integration with ERP, MES, WMS, and other industrial systems to achieve full-process tracking management and digitalized management of production materials.
TECHNICAL COMPARISON
Technology Comparison
RFID Positioning
Bluetooth Beacon (RSSI)
Bluetooth AOA
UWB Positioning
Technology Principle
Key Points
- RFID readers activate tags and identify asset presence within coverage areas. It can only determine whether an asset is within a specific area and cannot provide precise location information.
Key Points
- Beacons broadcast Bluetooth signals. Positioning is estimated based on RSSI signal strength and distance calculation from multiple Beacons.
Key Points
- Tags transmit Bluetooth signals, and AOA anchors calculate signal angles through antenna arrays to determine asset locations.
Key Points
- ✓ Based on Time of Flight (TOF) or Time Difference of Arrival (TDOA), UWB calculates the distance between tags and anchors to achieve precise asset positioning.
Accuracy Range
Key Points
- Area-level
Key Points
- 3–5 m
Key Points
- 0.5–1 m
Key Points
- ✓ 0.1–0.3 m
Data Processing Method
Key Points
- Tag ID reading → Server upload → Area-based asset identification
Key Points
- Signal reception → Data transmission → Server calculation of estimated location
Key Points
- Tag signal transmission → Anchor angle calculation → Server-based positioning
Key Points
- ✓ Tag-anchor communication → Timestamp calculation → Position engine generates precise coordinates
Centimeter-Level Accuracy
Achieve precise asset tracking with centimeter-level positioning accuracy.
Reliable in Complex Environments
Deliver stable positioning performance despite multipath effects, metal structures, and interference.
3D Positioning Capability
Enable accurate X/Y/Z coordinate positioning for advanced asset management.
Secure Data Protection
Protect positioning data with AES-128 encryption, STS security technology, and private protocols.
SCENARIO Comparison
Application Scenario
Scenario Requirements & Challenges
RFID
Bluetooth Beacon (RSSI)
Bluetooth AOA
Recommended Solution: UWB Positioning
Warehouse & Logistics
Key Points
- • Dense shelves and metal structures
• Strong positioning interference
• Requires shelf-level and multi-layer positioning
• Needs real-time material tracking and efficient inventory management
Key Points
- • Weak anti-interference capability
• Area-level detection only
• Cannot locate specific assets
• Low inventory efficiency
Key Points
- • Signal affected by metal environments
• Meter-level accuracy only
• Positioning drift may occur
• Unable to support precise positioning
Key Points
- • Signal blockage and reflection affect accuracy
• Positioning drift behind shelves
• Difficult for complex warehouse environments
Key Points
- ✓ Shelf-level 3D positioning
✓ Strong interference resistance
✓ Real-time tracking of materials across layers
✓ Improves warehouse efficiency by up to 70%
Manufacturing Production Line
Key Points
- • Fast production processes
• Large volume of materials
• Requires tracking of materials, workstations, and tools
• Needs process visibility and error prevention
Key Points
- • Area-level identification only
• Cannot provide precise location
• Cannot support high-precision tracking
Key Points
- • Metal equipment affects signal stability
• Unreliable positioning results
• Cannot support real-time process visibility
Key Points
- • Reflection causes angle measurement errors
• Unstable positioning accuracy
• Not suitable for complex production environments
Key Points
- ✓ Centimeter-level positioning accuracy
✓ Strong resistance to metal interference
✓ Real-time tracking of materials and tools
✓ Improves process visibility and prevents production errors
Cleanroom
Key Points
- • High cleanliness requirements
• Complex electromagnetic environment
• Strict material management requirements
• High installation and maintenance complexity
Key Points
- • Area identification only
• Cannot meet precise asset management requirements
• Requires manual searching
Key Points
- • Easily affected by interference
• Unstable positioning performance
• Higher maintenance workload due to battery replacement
Key Points
- • Metal structures reduce accuracy
• Positioning stability decreases
• Not suitable for complex cleanroom environments
Key Points
- ✓ Strong resistance to multipath and electromagnetic interference
✓ Stable positioning performance
✓ Long battery life
✓ Simplified operation and maintenance
Military & Confidential Facilities
Key Points
- • High-security requirements
• Strict asset management requirements
• Requires full-process asset traceability
• Prevents data leakage and asset loss
Key Points
- • Easy to copy
• Limited security protection
• Cannot support precise tracking
• Cannot meet confidentiality requirements
Key Points
- • Signals can be intercepted
• Unstable positioning
• Cannot provide secure asset management
Key Points
- • Data interception risks
• Unable to meet military-grade data protection requirements
Key Points
- ✓ Multi-layer encrypted data protection
✓ AES-128 encryption + STS secure timestamp technology
✓ Private communication protocols
✓ High-precision asset tracking with enhanced security
Smart Healthcare
Key Points
- • Large number of devices and supplies
• Cross-floor movement scenarios
• Requires fast equipment search and efficient management
Key Points
- • Suitable for inventory checking only
• Cannot locate specific equipment
• Requires manual searching
Key Points
- • Bluetooth signals are easily affected
• Positioning errors may occur
• Cannot meet rapid equipment search requirements
Key Points
- • Complex hospital layouts increase deployment difficulty
• High deployment cost
• Limited scalability
Key Points
- ✓ Flexible deployment options
✓ High-precision asset positioning
✓ Reduces deployment cost
✓ Enables full-process tracking and fast equipment locating
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Zhejiang Shengshan Technology Textile Co. Ltd.Creating a high-precision positioning system for finding vehicles of material vehicles in the printing and dyeing industry.
Change the industry to find the car difficult problem, open the positioning application of the new market. -
Cleanroom UWB Asset Tracking CaseEforthink provides a high-precision UWB asset tracking system tailored for cleanroom environments, with stability, reliability and strict environmental adaptability.