UWB Asset Tags for Precision Real-Time Asset Visibility
Enabling High-Precision Asset Intelligence
SYTRAK RTLS UWB Asset Tags are designed to deliver ultra-accurate, real-time tracking of assets across industrial environments. From high-value tools to mobile equipment, they provide centimeter-level positioning, enabling automation, operational control, and enhanced asset security.
SYTRAK RTLS UWB Asset Tags
High-Accuracy Tags for Industrial Asset Tracking
UA1 (Standard)
Engineered for precise asset tracking, this variant provides centimeter-level positioning. Ideal for monitoring high-value assets in critical operations.
What Are UWB Asset Tags?
UWB Asset Tags are Ultra-Wideband devices attached to physical assets to track their exact position in real time. Using Time-of-Flight (ToF) technology, these tags enable highly precise indoor positioning within a SYTRAK RTLS deployment.
They are commonly used for:
- High-precision asset tracking
- Real-time equipment positioning
- Tool tracking in production environments
- Asset security and theft prevention
- Workflow automation and synchronization
Why SyTrak UWB Tags?
Precision Tracking
Centimeter-level accuracy for tracking high-value and mission-critical assets.
Automation-Ready
Enables real-time coordination with automated systems and workflows.
Industrial-Grade
Designed for harsh environments with high RF interference.
Low Latency
Fast location updates for real-time operational control.
Secure & Reliable
Supports secure ranging protocols for sensitive and high-security deployments.
UWB Asset Tag Highlights
Every SYTRAK RTLS UWB asset tag is engineered for precision, durability, and performance:
- Centimeter-level positioning accuracy
- Time-of-Flight (ToF) based tracking
- High refresh rate for real-time updates
- Low latency communication
- High interference immunity in industrial environments
- Rechargeable battery options
- Secure ranging and encrypted communication
- Rugged and compact form factors
Enterprise Applications
High-Precision Asset Tracking Across Critical Operations
UWB vs BLE: When to Choose UWB for Assets?
UWB is recommended when:
- Exact asset location is required (centimeter-level)
- High-value asset security is critical
- Automation depends on precise positioning
- Real-time tracking accuracy impacts operations
- Workflow synchronization is needed
For cost-efficient, zone-level asset tracking at scale, BLE is recommended.
Metric
UWB
BLE
Accuracy
Centimeter-level (10-30cm)
Zone-level (3–5m)
Cost per Tag
Higher
Low
Battery Life
Months
Multi-year
Best Use
Precision positioning
Precision positioning
Integration & Ecosystem
SYTRAK RTLS UWB Asset Tags operate within a unified RTLS ecosystem:
- UWB Anchors
- SYTRAK RTLS Gateways
- Cloud/ On-Prem Orchestration Platform
- REST APIs & Enterprise Integrations
- Role-based Dashboards & Analytics
Designed to support Industry 4.0 initiatives focused on automation, asset intelligence, and operational efficiency.
Typical Use Cases
Where Precision Asset Tracking Creates Impact
High-Value Asset Tracking
Track critical equipment, and machinery with exact positioning.
Smart Warehousing
Enable precise inventory and pallet tracking across zones and storage locations.
Logistics Optimization
Track containers, vehicles, and shipments with high accuracy.
Equipment Utilization
Analyze usage patterns and improve operational efficiency.
Asset Security & Theft Prevention
Prevent unauthorized movement and ensure asset accountability.
FAQs
UWB asset tags provide centimeter-level accuracy, making them ideal for tracking high-value assets and enabling automation-driven workflows.
Yes, they are designed to track both stationary and moving assets such as forklifts, carts, and machinery in real time.
Yes, they are built to operate reliably in high-density industrial environments with strong resistance to interference.
By providing precise real-time location data, they help reduce search time, optimize workflows, and improve asset utilization.
UWB should be used when precise positioning, automation, or high-value asset tracking is required, while BLE is suitable for large-scale, zone-level tracking.
