SIGNAGE EMBEDDED BEACONS PLACED ON FENCE PERIMETER
Beacon will be able to say whether the RF equipment were powered down/turned-off before technician started climbing
HOW IT WORKS
- Mesh BLE dots are stuck on to signage through heat shrinkable sleeve bonding
- Signages are interconnected through MBLE-Dots(Enables to achieve longer perimeter coverage ranges >1500Feet)
- MBLE payloads are exchanged through secure crypto framework
- MBLE payloads convey Signage location, perimeter, positioning, cell-lifetime information and many more details
- Cellular IoT GW installed on each tower listens to the BLE beacons emitted by signage beacons and aggregates the data and then uplinks through mobile backhaul.
- Gateway cloud connectors securely and instantly connect to the cloud and enable to manage, configure, update, discover, provision automatically through an intelligent TR69 framework.
- MBLE profile management is achieved through IoT GW
SIGNAGE VIEWER DASHBOARD
- Signage dashboard gives insight about MBLE profiling details
- Tower details
- Mapping pinouts
- MBLE scanner enables to exactly locate the signage and its location from the gateway
- Established MBLE RF path shown through topology-view(RF path history)
- Link-Flaps and its convergence details
- RF work-volume scanned grid and the signage locations
- Perimeter visibility
- Alarm category its occurrence and its cause, annunciation details..
- MBLE fencing
- Signage angular positions on the fence/metal pillars/doors
- Proximity, Obstruction-ranging,Vibrations,Swings,Tilt-angles scaling timestamps
- MBLE Packet-capture/Payloads Scanner+Analyzer – (MBLE-SLA)
- IoT GW Zero-Touch Provisioning
- MBLE Profile updating
- Selective nodes firmware upgrade
- DHCPv6/IPv6 addressing schema
- MBLE link quality monitoring
- Set/Reset MBLE payloads packet coloring filter knobs
- Diag Prober enables to monitor the end-to-end flow of MBLE payloads origin till its cloud sync
