Angle-of-Arrival is showing up in more and more RTLS specs because it hits a sweet spot: high accuracy, simpler tags, and you don’t have to carpet-bomb a site with UWB anchors. In our deployments, the real challenge isn’t “does AoA
How to Check Water Pump Status Remotely Without Site Visits Out in the field, “Is the pump running?” sounds like a tiny question… until you’ve got 30 pumps spread across farms, canals, or wellheads. Then it turns into daily windshield
Bluetooth 6.0 and 6.1 are the latest generations of the Bluetooth Core Specification from the Bluetooth Special Interest Group (SIG). Core 6.0 was adopted in September 2024, and Core 6.1 followed in May 2025 with a new privacy and power
There are three main ways to locate people and assets indoors: UWB time-of-flight ranging, Bluetooth Direction Finding (AoA/AoD), and BLE proximity via RSSI. (1)(2)(3) How Each Indoor Positioning Technology Really Works Ultra-Wideband (UWB): High-Precision Time-of-Flight Ranging UWB systems use time-of-flight
NTN at a Glance NTN (Non-Terrestrial Networks) is 3GPP’s standardized way to extend mobile connectivity beyond terrestrial cell towers, using satellites and other non-ground platforms. In plain terms, it is how tracking devices keep reporting when the asset is far
Why Warehouse Tracking Is Easy to Pilot but Hard to Scale In our calls, the same pattern repeats: a pilot works, leadership gets excited, and then the real world shows up. Returns. Layout changes. Forklifts. RF noise. Security reviews. Suddenly,
Executive Summary: Why Valve Verification Matters in Smart Irrigation We’ve learned (sometimes the hard way) that “smart irrigation” is only as smart as the last valve setting. If a valve is half-open, stuck, or quietly adjusted by someone in the
Valve position is one of those small signals that quietly drives huge outcomes. A few degrees off on a district metering valve, an irrigation gate left half-open, a valve turned too many times during a night shift… and suddenly you’ve
Bluetooth has been around since the late 1990s and it still sits at the heart of most Lansitec solutions. We lean on it for low power, short range, and easy pairing, while LoRaWAN, NB-IoT, and LTE handle the long haul.
If you work with Bluetooth beacons or Bluetooth trackers, you’ll hear both terms a lot. They sound similar, yet they describe two different behaviors in Bluetooth Low Energy (BLE). Here is a crisp explainer that illustrates how we build and
Overview: Innovative BLE Gateway Deployment for Disaster Medical Teams With rapid climate changes happening all over the globe, news of disasters is becoming frequent. In the wake of a devastating flood in a remote region of East Africa, one of
TX power seems straightforward. Turn it up for more range, turn it down to save battery. But in tracking, that setting affects your costs, compliance, and uptime. I’ve seen a small increase keep tags online through a week of rain
Ultra-wideband (UWB) gives you indoor location accuracy down to centimetres. In this guide, we unpack how it works, what to buy, and how we deploy it with Lansitec’s UWB + LoRaWAN stack. What is UWB Indoor Positioning? Technology, ToF Ranging,
What Is IoT Data Collection? Sensors, Gateways, and Edge Computing Explained Essentially, IoT data Collection revolves around obtaining significant and relevant data from real-world objects like individuals, pallets, machines, or livestock and transporting it to a center where it can
Why LoRaWAN Struggles Indoors—Hybrid BLE Solutions Explained LoRaWAN has carved out a clear identity in the IoT world. It’s long-range. It’s low power. It’s unlicensed and SIM-free. It’s the go-to for smart agriculture, utility metering, and remote infrastructure monitoring. But
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