Cameras, AI vision and automation need the throughput of private LTE on CBRS. Battery sensors spread across miles need the range and decade-long life of LoRaWAN. Senzary runs both on a single private network — and unifies every reading inside IoT-LogIQ.
Public LTE and Wi-Fi were built for phones and offices, not refineries, ports and 180-facility operations. Three gaps push enterprises onto private spectrum.
Public towers stop at the property line. Wi-Fi dies past a few hundred feet and won't punch through steel, concrete or tank farms. Remote pump stations and substations simply go dark.
When a network is congested, telemetry from thousands of devices crawls or drops. Mission-critical data can't wait behind consumer traffic on a shared public channel.
Regulated sites need data that never touches a carrier's core. No SIM-level whitelisting, no deterministic latency, no guarantee — no deal for OT security teams.
Wi-Fi drops when you walk to the far end of the building. It chokes when too many devices pile on. And anyone in the parking lot can see it's there. A private network on CBRS — paired with LoRaWAN for the small stuff — fixes all three. Here's what that looks like, site by site.
Scanners, tablets and autonomous forklifts need a signal that holds from the dock door to the back wall — through steel racking packed with inventory. One CBRS radio blankets the whole floor; LoRaWAN tags track pallets, dock-door status and forklift location for pennies a year.
Safety cameras and control systems ride the private LTE network, where a held connection and fast response actually matter. Out on the tank farm, battery sensors watch motor vibration, valve leaks and gas in the air — and run for years without anyone touching them. Predictive maintenance on 200+ motors, no new cable trenched.
Ground vehicles and equipment stay connected as they move across acres of apron and yard — the kind of seamless hand-off Wi-Fi can't do. LoRaWAN handles the quiet jobs: baggage telemetry, asset tracking, even restroom and concession sensors spread across the terminals.
A site can span square miles with no public tower in sight. Private LTE covers the active working face for vehicles and video; LoRaWAN reaches all the way out to perimeter sensors and worker-safety badges — places where nothing else will reach. When the public grid is simply not there, you bring your own.
LoRaWAN blankets a district with environmental, waste-bin and crowd sensors that sip battery for years. Private LTE handles the heavy hitters — cameras and emergency response — where the district needs them. Both feed Campus360 and SmartCity dashboards inside IoT-LogIQ.
Private LTE on CBRS and LoRaWAN sit at opposite ends of the wireless spectrum — and that's exactly why they pair so well. Match the link to the job.
Each sensor whispers its data. A gateway or small cell hears every whisper across the site and forwards it to the cloud. No wires to trench, no carrier in the middle. IoT-LogIQ is where it all becomes operational intelligence.
Two boxes run the private cellular side: a local 5G/LTE core server and the CBRS radio that talks to your devices. Two Kerlink gateways run the LoRaWAN side — one for outdoors, one for inside. All four report into IoT-LogIQ.
On a private network, telemetry never leaves your infrastructure. SIM-level authentication controls exactly which devices connect — built for regulated energy, utility and industrial sites.
Private LTE delivers prioritized, fixed-latency links for cameras, automation and control — so critical traffic keeps moving when a public network would buckle.
LoRaWAN sensors run 5–10 years on a single cell across miles of plant — no trenching, no SIMs, no monthly fees. Blanket a site in instrumentation for a fraction of wired cost.
Throughput from LTE and telemetry from LoRaWAN land in the same Smart Industry hierarchy — so you analyze the asset, not the protocol it spoke.
Add small cells for redundancy and fall back to public LTE or Starlink on the same hardware. Coverage that survives the outage that takes the public grid down.
Edge compute reacts in milliseconds; IoT-LogIQ's MCP servers and AI analysis surface predictive maintenance, safety risks and compliance signals across the whole operation.
Tell us what you're connecting and where. We'll map the CBRS, LoRaWAN and fallback layers, size the gateways and small cells, and show you what it looks like inside IoT-LogIQ — before you commit a dollar.