SYTRAK RTLS
System Architecture
SYTRAK RTLS delivers end-to-end RTLS deployments for industrial environments, integrating BLE, UWB, GPS and hybrid infrastructure into a unified enterprise visibility platform.
Sytrak RTLS hardware components are deployed exclusively as part of complete RTLS solutions.
How It Works
RTLS Component Roles & Data Flow
Tag
Asset ID
Anchors
Triangulation
IoT Gateways
Processing
Cloud
Analytics
Dashboard
Visualization
Tag
Asset ID
Anchors
Triangulation
IoT Gateways
Processing
Cloud
Analytics
Dashboard
Visualization
Infrastructure Components
Our Core RTLS Components
BLE Beacons
BLE Tracking Devices
UWB Beacons
High-Precision UWB Tags
SyTrak RTLS Deployment Architecture
Industrial real-time location tracking system
Deployment Engineering
Structured rollout methodology for RTLS deployment with minimal operational disruption.
Site Survey
Digital mapping & signal analysis
RF Planning
Coverage optimization & node placement
Installation
Hardware mounting & power-up
Calibration
Fine-tuning triangulation
Integration
ERP/WMS
API connection
Centralized RTLS Intelligence
The SyTrak RTLS Orchestration Platform converts raw location telemetry into actionable operational intelligence through automation, alerts, and geofencing.
- Rules engine
- Real-Time Alerts & Notifications
- Workflow automation
- API & Webhook Integrations
- Analytics & Reporting
- Advanced Geofencing Logic
Build Your RTLS Deployment
Contact our solution engineers to design a system architecture tailored to your facility.
FAQs
A complete SyTrak RTLS deployment consists of:
- Active Tags: Battery-powered devices for assets/people.
- Anchors/Receivers: The “ears” of the system installed throughout the site.
- Gateway: A location engine to calculate real-time coordinates
- SyTrak RTLS Software Suite: The Krishworks-developed platform for dashboards, alerts, analytics, and reporting.
- Integration APIs: Connecting the data to your existing ERP, MES, or WMS.
These components work together to provide actionable operational intelligence.
Yes, SyTrak RTLS platform can integrate multiple technologies, combining BLE/UWB for indoor accuracy with GPS for outdoor tracking. This hybrid approach provides seamless visibility across facilities and transit areas.
Yes, RTLS can leverage industrial gateways for local data processing, tag communication, and network management. This approach reduces latency and ensures reliable operation in large facilities.
Yes, SyTrak RTLS platforms can operate over private 5G, Wi-Fi, or hybrid networks. This allows industrial sites to leverage existing communication infrastructure while maintaining high reliability and low latency.