Railway Lines
In isolated areas with limited connectivity, railway operators deploy temperature sensors on tracks to detect risks like rail buckling due to heat. A private LTE (pLTE) network ensures reliable coverage for real-time monitoring and safety, especially where public networks fail.
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in isolated locations
Challenges
Remote tracks lack public network coverage, and extreme heat can warp rails, risking derailments.
Use Cases
Monitoring rail and air temperature to ensure track integrity and provide early risk warnings.
Benefits
Avoidance of derailments and also to ensure worker safety.
Why
Private LTE
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Fill network coverage spots in remote areas
Run multiple applications across one network
Quick deployment on existing infrastructure
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Data Centers
In data centers, overheating can damage expensive equipment and disrupt services. Temperature sensors supported by a secure pLTE network allow real-time monitoring to prevent issues and maintain operational continuity.
Challenges
Large sites with minimal staff risk server overheating and increased cybersecurity exposure.
Use Cases
Monitoring temperature across shielded rooms and enclosures to ensure servers do not overheat.
Benefits
Prevents damage and ensures resilient service delivery.
