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# LANSITEC TECHNOLOGY CO., LTD.: Lansitec provides LPWAN/LoRa end devices, tracker, sensors and dashboard. Everything we do is to increase tracking accuracy, prolong the battery life, reduce the size, expedite your time to market and cut the TCO to fit into your solution.

## Sitemaps
[XML Sitemap](https://www.lansitec.com/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [BLE Emergency Mustering: Proven Way to Automate Evacuation Headcounts and Find Missing Personnel](https://www.lansitec.com/blogs/ble-emergency-mustering/): Thus, for one of their clients, Lansitec proposed a different approach: BLE-based emergency mustering. People still carry an ID badge or tag, but the check-in becomes automatic. BLE gateways detect the badges at building entrances, safety rooms, corridors, and other key zones. The dashboard compares who entered the building with who reached a designated safe room, however it is automated with no scanning required, not limited to a single device.
- [BLE Payload Filtering: Proven Way to Reduce LoRaWAN Airtime and Improve Tracking Efficiency](https://www.lansitec.com/blogs/ble-payload-filtering/): What is BLE payload filtering?
- [Asset Management Tracker: Proven Guide to Tracking Equipment, Containers, and Mobile Assets](https://www.lansitec.com/blogs/asset-management-tracker/): Some asset trackers are built for dashboards. Lansitec’s Asset Management Tracker feels built for the awkward places where dashboards get their data from.
- [Indoor RTLS Calibration: Essential Guide to UWB Anchor and AoA Map Accuracy](https://www.lansitec.com/blogs/indoor-rtls-calibration/): Indoor positioning systems rarely fail in a dramatic way. Most of the time, everything still looks fine. The anchors are online. The gateways report data. The dashboard loads. The tag still appears on the floor plan. But the dot is wrong.
- [LoRaWAN Duty Cycle: The Quiet Limit That Decides Whether Your IoT Tracking Network Scales](https://www.lansitec.com/blogs/lorawan-duty-cycle/): LoRaWAN duty cycle is not an annoying technical footnote. It is one of the reasons LoRaWAN works so well when properly designed.
- [Backhaul Strategy for BLE Gateways: LoRaWAN vs NB-IoT/LTE-M vs Cat-1, and What Fails in the Field](https://www.lansitec.com/blogs/backhaul-strategy-for-ble-gateways/): That is the more useful way to compare the BLE gateway backhaul. The question to ask instead of “which radio is best?” is: Which backhaul path fails least badly when the site gets ugly?
- [Why Data Control Matters in Modern Energy Monitoring System](https://www.lansitec.com/blogs/why-data-control-matters-in-modern-energy-monitoring-system/): Why data control matters in modern energy monitoring systems Data is no longer a secondary output of equipment operation in modern energy systems – this is a core operational asset. This data becomes essential not only for monitoring but for decision-making, automation, and long-term planning. At the same time, the architecture behind how this data is collected, transmitted, and stored is often taken for granted. Many monitoring solutions are designed around vendor-controlled cloud environments, where data is automatically sent, processed, and stored outside of the operator’s direct control. While this approach simplifies deployment, it introduces structural limitations that become increasingly visible over time. The key issue is not whether cloud-based monitoring works – it does. The issue is that in many implementations, organizations do not fully control how their own operational data is handled. This creates dependencies that can affect flexibility, integration, and long-term system ownership. The problem with cloud-dependent monitoring models Most energy monitoring systems are designed around a centralized model in which data collection and processing are tightly coupled within a single-vendor environment. In this setup, controllers or data loggers send telemetry directly to a predefined cloud platform, where all subsequent operations – storage, visualization, and analytics – take place. This architecture is optimized for ease of use. It allows for quick deployment, standardized dashboards, and minimal setup effort. However, this simplicity comes from embedding critical system behavior into a closed ecosystem. As a result, organizations are not designing their data architecture – they are adopting one. But this approach reveals its limitations. Integration with internal systems may require indirect methods or additional middleware. Access to raw data may be limited by API restrictions. Changes in infrastructure strategy may be constrained by how tightly data flows are bound to a specific platform. Over time, this creates an architectural dependency rather than a temporary convenience. The monitoring layer becomes inseparable from the vendor’s cloud, making it difficult to adapt the system without significant reconfiguration. What initially appears to be an efficient deployment model gradually becomes a limiting factor for system evolution.
- [BLE Presence Detection: Essential Guide to Accurate Indoor Tracking Without False Room Detection](https://www.lansitec.com/blogs/ble-presence-detection/): In real deployments, BLE presence detection fails for familiar reasons. Teams set intervals too slow, duty-cycle the receiver too aggressively, trust one noisy RSSI reading, and then act surprised when a badge in Room 12 still “exists” in Room 13. We’ve seen this pattern over and over. The hardware usually works. The timing and interpretation logic do not.
- [LoRaWAN vs Cat-1 for Large Asset Tracking: Essential Guide to Choosing the Right Macro Tracker](https://www.lansitec.com/blogs/lorawan-vs-cat-1-for-large-asset-tracking/): The Lansitec Macro Tracker is not trying to be a tiny tag for everything that moves. Good. That restraint is part of its value.
- [What Is a Bluetooth Gateway? How It Works in IoT, Asset Tracking, and Indoor Monitoring](https://www.lansitec.com/blogs/what-is-a-bluetooth-gateway-how-it-works/): A Bluetooth gateway is a bridge between Bluetooth devices and a wider network. The Bluetooth SIG describes a Bluetooth internet gateway as middleware that supports Bluetooth plus one or more TCP/IP-based protocols, translating requests between those layers and sitting between two tiers of a multi-tier architecture. In simpler terms, the gateway is the fixed listening point that turns nearby BLE activity into usable application data. (1)
- [Feasibility of Using a Mobile App for Background Beacon Monitoring Instead of a Bluetooth Gateway](https://www.lansitec.com/blogs/feasibility-of-using-a-mobile-app-for-background-beacon-monitoring-instead-of-a-bluetooth-gateway/): Some customers want to use a mobile app on iOS or Android to receive Bluetooth beacon broadcasts in the background, instead of deploying a dedicated Bluetooth gateway. In this paper, we evaluate whether that approach is technically feasible for Lansitec beacon-based monitoring, especially for devices such as the B002 Bluetooth Label and B005 Bluetooth Beacon. The question is not whether a phone can detect a beacon at all. It can. The real question is whether a phone app can do it reliably in the background, over time, and with enough consistency to replace a gateway.
- [RSSI Indoor Positioning: Essential Guide to Why RSSI Is Not Distance in BLE Tracking](https://www.lansitec.com/blogs/rssi-indoor-positioning/): Indoor Bluetooth presence systems often fail for a very simple reason. Someone takes an RSSI number, treats it like a tape measure, and then builds room logic on top of that mistake. That is where trouble starts.
- [UWB Accuracy in 2026: Essential Guide to 10 cm Indoor Positioning](https://www.lansitec.com/blogs/uwb-accuracy-in-2026-essential-guide-to-10-cm-indoor-positioning/): UWB is finally moving from “cool demo” to “procurement line item”. Automotive digital keys are one big proof point, with certification programs expanding to cover both Bluetooth LE and UWB and rapidly increasing the number of certified products. The standards side keeps moving too, with the FiRa Consortium explicitly planning to incorporate forthcoming IEEE 802.15.4ab enhancements into future specs. (1)
- [Satellite IoT Tracking in 2026: Essential Guide to NTN for Livestock and Remote Assets](https://www.lansitec.com/blogs/satellite-iot-tracking-in-2026-essential-guide-to-ntn-for-livestock-and-remote-assets/): That ladder matches how hybrid satellite IoT is commonly deployed in practice: satellite as resilience, not as your always-on pipe.
- [Indoor Positioning Accuracy: Essential Guide to Multi-Floor Tracking Without Floor Jumping](https://www.lansitec.com/blogs/indoor-positioning-accuracy-essential-guide-to-multi-floor-tracking-without-floor-jumping/): Ghosting happens when your tracking engine “sees” beacons from the wrong floor. Stairwells, elevator shafts, hollow metal decking, and open atriums make it worse. RSSI alone can’t save you.
- [FOTA At Scale: How To Keep 1000+ Devices on The Same Firmware Without Site Visits](https://www.lansitec.com/blogs/fota-at-scale-how-to-keep-1000-devices-on-the-same-firmware-without-site-visits/): Keeping a fleet aligned sounds easy until you hit device #317. Someone’s battery is low. Someone’s in a dead zone. Someone’s “updated” but keeps rebooting. And suddenly your tidy firmware spreadsheet turns into a crime scene.
- [Scaling to 10,000 Tags: Essential LoRaWAN Airtime Strategies for 2026](https://www.lansitec.com/blogs/scaling-lorawan-10000-devices/): Now comes the part that decides whether your rollout survives week two.
- [BLE AoA Accuracy in 2026: Essential Guide to Achieving 10 cm Indoors](https://www.lansitec.com/blogs/ble-aoa-accuracy-in-2026-essential-guide-to-achieving-10-cm-indoors/): 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 work?” It’s “can we get 10 cm where it matters, fast, without turning installation into a science project?”
- [Remote Water Pump Monitoring: Essential Vibration-Based Status Tracking Guide](https://www.lansitec.com/blogs/remote-water-pump-monitoring-essential-vibration-based-status-tracking-guide/): We recently helped a customer mount a Bluetooth beacon on water pump-type machines and use vibration to infer operating status. Simple logic. Big impact. When vibration is detected, the machine is running. When there’s no vibration, it’s stopped or possibly stuck. And the best part: no one has to drive around just to check. They open a phone or laptop dashboard instead.
- [Bluetooth 6.0 and 6.1: What The New Core Specs Mean For IoT, Audio, And Wearables](https://www.lansitec.com/blogs/bluetooth-6-0-and-6-1-what-the-new-core-specs-mean-for-iot-audio-and-wearables/): 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 feature plus errata. (1)
- [UWB vs BLE AoA vs BLE Proximity: The Ultimate 2026 Buyer’s Guide](https://www.lansitec.com/blogs/uwb-vs-ble-aoa-vs-ble-proximity-the-ultimate-2026-buyers-guide/): 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)
- [NTN (Non-Terrestrial Networks): Satellite-Backed Connectivity for Tracking](https://www.lansitec.com/blogs/ntn-non-terrestrial-networks-satellite-backed-connectivity-for-tracking/): 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 from any usable terrestrial network. (1)
- [Warehouse Tracking Trends for 2026: The Essential Buyer’s Guide](https://www.lansitec.com/blogs/warehouse-tracking-trends-for-2026-the-essential-buyers-guide/): Why Warehouse Tracking Is Easy to Pilot but Hard to Scale
- [Smart Irrigation Valve Verification: Essential Case Study from a Mediterranean Farm & Golf Resort](https://www.lansitec.com/blogs/smart-irrigation-valve-verification-essential-case-study-from-a-mediterranean-farm-golf-resort/): 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 field, your dashboards can look perfect while water and energy disappear.
- [Lansitec Valve Positioning Sensor (LoRaWAN): Essential Technical Review for Critical Infrastructure](https://www.lansitec.com/blogs/lansitec-valve-positioning-sensor-lorawan-essential-technical-review-for-critical-infrastructure/): Lansitec’s Valve Positioning Sensor goes straight at that pain. It measures rotation angle with 1° accuracy, detects direction (forward or reverse), counts total turns, and reports to your LoRaWAN gateway in near real time.
- [Lansitec Is Heading To IoT Tech Expo Global 2026 In London](https://www.lansitec.com/blogs/lansitec-is-heading-to-iot-tech-expo-global-2026-in-london/): We are happy to share that Lansitec will be on site at IoT Tech Expo Global 2026, taking place on 4–5 February 2026 at Olympia, London. The event brings together thousands of IoT professionals, 150+ speakers and hundreds of exhibitors to talk about connectivity, digital twins, smart infrastructure and more.
- [Bluetooth Versions 1.0 To 6.0: How Each Iteration Improved](https://www.lansitec.com/blogs/guide-on-different-bluetooth-versions-1-0-to-6-0-how-each-iteration-improved/): 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. Over time, each Bluetooth version has changed something specific: speed, range, power, or new tricks like low energy and distance measurement.
- [How Do Cattle GPS Trackers Work?](https://www.lansitec.com/blogs/how-do-cattle-gps-trackers-work/): Have you ever wondered how ranchers keep track of hundreds of cattle spread across vast grazing lands? Losing sight of even a few animals can cause stress, financial loss, and hours of searching. That is where cattle GPS trackers come in. They give ranchers real-time visibility into their herd. They enable them to locate animals and monitor their movement in real time.
- [5 Reasons Why You Need a Livestock Tracking Tag](https://www.lansitec.com/blogs/5-reasons-why-you-need-a-livestock-tracking-tag/): A Lansitec Livestock Tracking Tag turns every animal into a connected data point. You no longer have to rely on guesswork or outdated manual checks. These tags use GPS and wireless communication to monitor each animal’s position, activity, and movement in real time. In this article, we will break down why every modern farmer needs a livestock tracking tag.
- [Lansitec Launches Livestock Tracking Tag](https://www.lansitec.com/blogs/lansitec-launches-livestock-tracking-tag/): Nanjing, Jiangsu, November 25, 2025 — Lansitec Technology, a leading IoT people and asset tracking solution provider, announces the Livestock Tracking Tag today. This durable, animal-friendly tracker combines LTE-M, NB-IoT, LoRaWAN, and satellite NTN connectivity with GNSS positioning for uninterrupted, accurate tracking across extensive grazing regions in less-than-ideal connectivity situations. The tag combines a 500 mAh rechargeable Li-ion battery with a built-in 0.34 W solar panel to enhance longevity and reduce on-site upkeep.
- [How To Increase The Capacity of A LoRaWAN Network?](https://www.lansitec.com/blogs/how-to-increase-the-capacity-of-a-lorawan-network/): To increase the capacity of a LoRaWAN network, several strategies can be employed:
- [How To Calculate The Network Capacity of LoRaWAN?](https://www.lansitec.com/blogs/how-to-calculate-the-network-capacity-of-lorawan/): To calculate the network capacity of LoRaWAN, several technical factors must be considered, including channel bandwidth, spreading factor (SF), data rate, message size, duty cycle limitations, number of gateways, and the message transmission frequency of devices. Below is a detailed step-by-step guide to help estimate LoRaWAN network capacity:
- [What Factors Influence LoRaWAN Network Capacity?](https://www.lansitec.com/blogs/what-factors-influence-lorawan-network-capacity/): The frequency band and bandwidth used by LoRaWAN directly affect data transmission speed and capacity. A wider bandwidth allows for more data transmission but consumes more spectrum resources. This is fixed data in LoRaWAN, which is 125KHz, and 500KHz (in some cases in US915 and AU915; refer to the LoRaWAN protocol for details). Also, please refer to the link below on “LoRaWAN Frequency Plan by Country or Region”.
- [Optimizing LoRaWAN Network Capacity](https://www.lansitec.com/blogs/optimizing-lorawan-network-capacity/): A LoRaWAN network capacity refers to the maximum number of devices a LoRaWAN network can handle simultaneously, essentially its ability to efficiently transmit data from a large number of low-power IoT devices within a specific geographical area.
- [The Essential Guide to Bluetooth Scan vs Bluetooth Receiving: Unlocking Bluetooth Tracking and IoT Beacon Performance](https://www.lansitec.com/blogs/the-essential-guide-to-bluetooth-scan-vs-bluetooth-receiving-unlocking-bluetooth-tracking-and-iot-beacon-performance/): 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 deploy Lansitec beacons in the field.
- [Transform Disaster Response: Lansitec Micro Bluetooth Gateway Case Study for Game-Changing Emergency Medical Asset Tracking](https://www.lansitec.com/blogs/transform-disaster-response-lansitec-micro-bluetooth-gateway-case-study-for-game-changing-emergency-medical-asset-tracking/): 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 the many this season, global humanitarian aid organizations and local health professionals needed to deploy a temporary medical response unit, something that needs to go up quickly and be reliable. The site had no permanent power, no cellular infrastructure, and limited technical personnel. What it did have: a critical need to monitor patient flow, vital signs, and environmental conditions in real time.
- [TX Power Optimization for IoT Tracking: Improve Range, Battery Life & Compliance](https://www.lansitec.com/blogs/tx-power-optimization-for-iot-tracking-improve-range-battery-life-compliance/): 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 near Varna. I’ve also seen high settings drain batteries with no benefit. Here’s how to get TX power working for you.
- [UWB Indoor Positioning: Ultimate Guide to Asset Tracking & RTLS System Deployment](https://www.lansitec.com/blogs/uwb-indoor-positioning-ultimate-guide-to-asset-tracking-rtls-system-deployment/): 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.
- [IoT Data Collection: Edge‑to‑Cloud Pipeline for Real‑Time Asset Tracking and Analytics](https://www.lansitec.com/blogs/iot-data-collection-edge-to-cloud-pipeline-for-real-time-asset-tracking-and-analytics/): 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 be processed and from there made into actionable insights through the cloud.
- [Unlocking Indoor IoT: How BLE & LoRaWAN Transform Asset Tracking](https://www.lansitec.com/blogs/unlocking-indoor-iot-how-ble-lorawan-transform-asset-tracking/): 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 for all its outdoor prowess, LoRaWAN has traditionally stumbled indoors.
- [Unleash Powerful Asset Tracking: Macro Bluetooth Gateway Review for Ultimate LoRaWAN, LTE, and NB-IoT Connectivity](https://www.lansitec.com/blogs/unleash-powerful-asset-tracking-macro-bluetooth-gateway-review-for-ultimate-lorawan-lte-and-nb-iot-connectivity/): Picture a pallet of temperature beacons in a warehouse, a fleet of tire-pressure tags on haul trucks, or a row of infusion pumps in a hospital. All of them chat happily over Bluetooth LE, but that chatter dies a few dozen meters from the source. Lansitec’s Macro Bluetooth Gateway plugs that gap: it listens to nearby BLE devices, packages the data it hears, and then ships it out over a long-range network—without needing an external power feed for years at a time.
- [Powerful Solar Bluetooth Gateway Review: LoRaWAN, LTE, NB-IoT Asset Tracking](https://www.lansitec.com/blogs/powerful-solar-bluetooth-gateway-review-lorawan-lte-nb-iot-asset-tracking/): When you work in asset tracking long enough, you start to recognize the difference between a device that survives in the field and one that thrives there. The Lansitec Solar Bluetooth Gateway is firmly in the latter camp.
- [Ultimate Macro Bluetooth Gateway Connectivity Guide: LoRaWAN, NB-IoT/LTE-M, Cat-1](https://www.lansitec.com/blogs/ultimate-macro-bluetooth-gateway-connectivity-guide-lorawan-nb-iot-lte-m-cat-1/): When customers first skim the data sheet of the Lansitec’s Macro Bluetooth Gateway, they often stumble over an apparent paradox. The device is called a gateway, yet the LoRaWAN version seems to rely on another LoRaWAN gateway in the vicinity. The moment you understand why, the rest of the product range falls neatly into place.
- [Lansitec Indoor Bluetooth Gateway Know It All — LoRaWAN & NB-IoT Solutions for BLE Tracking and IoT Asset Monitoring](https://www.lansitec.com/blogs/lansitec-indoor-bluetooth-gateway-know-it-all-lorawan-nb-iot-solutions-for-ble-tracking-and-iot-asset-monitoring/): The Indoor Bluetooth Gateway (IBG) is Lansitec’s “Swiss-army knife” for bringing Bluetooth Low-Energy data onto a LoRaWAN back-haul in places where Wi-Fi or cellular just don’t make economic sense. After a month of test-driving it in a demo warehouse and an office floor, here’s how it stacks up.
- [Top 6 Best IoT LoRaWAN Bluetooth Gateways](https://www.lansitec.com/blogs/top-6-best-iot-lorawan-bluetooth-gateways/): Many IoT networks are supported by Bluetooth gateways, which allow BLE devices and cloud systems to communicate with each other seamlessly. Lansitec provides a robust selection of gateways that are suitable for both indoor and remote outdoor installations.
- [Positioning System Comparison](https://www.lansitec.com/blogs/positioning-system-comparison/): The technologies above are widely used in indoor scenarios. Currently, dozens or even hundreds of technologies exist in this field. Each positioning technology has its own unique advantages and disadvantages, and is suitable in particular application scenarios.
- [Inertial Navigation System](https://www.lansitec.com/blogs/inertial-navigation-system/): INS (Inertial Navigation System), also called inertial reference system, is an autonomous navigation system that does not rely on external information, nor radiates energy to the outside (such as radio navigation).
- [Electromagnetic Wave Related Positioning Technology](https://www.lansitec.com/blogs/electromagnetic-wave-related-positioning-technology/): The principle of positioning using electromagnetic waves is divided into methods such as Signal Strength, Angle of Arrival/Angle of Departure, and Time of Flight. The positioning accuracy increases in turn.
- [Magnetic Field Positioning Technology](https://www.lansitec.com/blogs/magnetic-field-positioning-technology/): The earth itself is a giant magnet that forms a fundamental magnetic field between the geographic north and south poles. However, the earth’s magnetic field is disturbed by metal objects, especially when passing through buildings with reinforced concrete structures. The original magnetic field is disturbed and distorted by the building materials (metal structures), which gives each building a unique ‘magnetic pattern’.
- [Optical Positioning Technology](https://www.lansitec.com/blogs/optical-positioning-technology/): Optical positioning theory, if the distance can be measured, then the location can be determined. Visible light, infrared light, laser, and other light sources that can measure the distance between the light source and the receivers, can also be used for positioning purposes. They have a variety of applications in practical scenarios.

## Pages
- [Partners](https://www.lansitec.com/partners/): Our straightforward business model emphasizes providing hardware without encumbrances, allowing our partners to tailor their pricing strategies and business models to their unique needs. We support this with a free app that enables efficient testing, qualification, and demonstration of our products, facilitating quick verification of opportunities at minimal cost.
- [Cat-1 Livestock Tracking Tag](https://www.lansitec.com/products/cat-1-livestock-tracking-tag/): Ensure precise livestock monitoring with the Lansitec Livestock Tracking Tag—designed specifically for long-term, rugged outdoor use. Engineered in a robust, animal-friendly enclosure, this Bluetooth tag continuously advertises iBeacon packets and supports up to six broadcast frames for versatile tracking needs.Powered by a rechargeable 150mAh Li-ion battery, the tag delivers months of operation on a single charge, even under demanding farm conditions. Its integrated 3D accelerometer enables real-time motion sensing, allowing farmers to monitor grazing patterns, rest cycles, and abnormal movements.
- [WiFi Indoor Bluetooth Gateway](https://www.lansitec.com/products/wifi-indoor-bluetooth-gateway/): Elevate your indoor asset and personnel tracking with the Lansitec Indoor Bluetooth Gateway. Designed around Bluetooth 5.0 technology and WiFi, this gateway ensures seamless data transmission without additional network fees—even across long distances. By collecting beacon signals from badges, bracelets, and various BLE sensors, it provides real-time insights into locations, movements, and environmental conditions. Whether you’re managing security staff, monitoring warehouse inventory, or overseeing event operations, the Indoor Bluetooth Gateway delivers low-power, high-efficiency connectivity to help you stay informed and in control.
- [NTN Livestock Tracking Tag](https://www.lansitec.com/products/ntn-livestock-tracking-tag/): Powered by LTE Cat-1, LoRaWAN, and NB-IoT + NTN, our Livestock Tracking Tag ensures reliable connectivity, even in the most remote pastures. The tag has a built-in GNSS which delivers precise positioning, while geo-fence alerts notify you instantly if animals stray. And to ensure farmers get uninterrupted service, we have integrated a solar-powered rechargeable battery, which keeps it running for the long haul. Lightweight, rugged, and animal-friendly, the tag is built to endure harsh outdoor conditions.
- [Sitemap](https://www.lansitec.com/sitemap/): Sitemap
- [Homepage](https://www.lansitec.com/): Optimize how you track, monitor, and safeguard high-value items with the Lansitec Asset Management Tracker.Featuring GNSS, Bluetooth 5.0, and LoRaWAN technology, this device delivers accurate indoor and outdoor positioning—ensuring full visibility of assets ranging from shipping containers and transit cases to industrial machinery.
- [Distributors](https://www.lansitec.com/distributors/): CHOOVIO provides IoT Out of the Box Solutions Founded in Irvine, CA, as a startup company and by long-time industry experts, CHOOVIO provides Smart Monitoring solutions for businesses worldwide.
- [LoRaWAN](https://www.lansitec.com/lorawan/): LoRaWAN® (Long Range Wide-Area Network) is an open, low-power networking protocol that rides on top of Semtech’s LoRa® radio modulation. Perfect for battery-powered sensors to send tiny packets over kilometers of unlicensed sub-GHz spectrum. With a simple gateway to collect and broadcast straight into the cloud.
- [Container Tracker Installation Guide: LoRaWAN, NB‑IoT/LTE‑M, LTE Cat‑1, and UWB Setup & Key Features](https://www.lansitec.com/faq/container-tracker-installation-guide-lorawan-nb%e2%80%91iot-lte%e2%80%91m-lte-cat%e2%80%911-and-uwb-setup-key-features/): Get a complete overview of Lansitec’s rugged container trackers across LoRaWAN, NB‑IoT/LTE‑M, and LTE Cat‑1—built for indoor/outdoor positioning with GNSS and advanced security sensors ideal for shipping containers, transit cases, pallets, heavy machinery, and fleet assets. 

- [Helmet Sensor Deployment and Positioning Demo.](https://www.lansitec.com/faq/helmet-sensor-deployment-and-positioning-demo/): Watch how the Lansitec Helmet Tracker Sensor is deployed and delivers real-time positioning and motion tracking—all in one compact, rugged device.
- [LoRaWAN GPS Tracker Demonstration](https://www.lansitec.com/faq/lorawan-gps-tracker-demonstration/): This video shows the GPS tracking route over a period of time by the Lansitec GPS Tracker.
- [Introduction to Flex Tag Beacon for Curved, Uneven, or Cylindrical Surfaces](https://www.lansitec.com/faq/introduction-to-flex-tag-beacon-for-curved-uneven-or-cylindrical-surfaces/): Achieve ultimate installation flexibility with the Lansitec Flex Tag. Built with a soft, adhesive-friendly silicone gel base, this beacon effortlessly attaches to curved, uneven, or cylindrical surfaces—making it perfect for tracking tools, medical supplies, or equipment with non-flat exteriors. Measuring just 40 × 25 × 18.6 mm, it continuously broadcasts iBeacon packets and supports up to six unique advertising frames. A CR1225 coin cell powers the device for up to 5 years in typical usage scenarios. For more details, visit B014 Flex Tag.
- [What kinds of Bluetooth features do you trackers support?](https://www.lansitec.com/faq/what-kinds-of-bluetooth-features-do-you-trackers-support/): For a LoRaWAN device, the tracker supports both Bluetooth receiving and advertising. It receives nearby Bluetooth beacons' and reports the major and minor, and RSSI. It also advertises the last 4 byte of the DevEUI as the major and minor of the iBeacon protocol.
- [Some of our assets will be located in cold storage environments (-25°C to -30°C), while others will be deployed outdoors exposed to direct sunlight and temperatures ranging from 40°C to 50°C. Will this affect the devices?](https://www.lansitec.com/faq/some-of-our-assets-will-be-located-in-cold-storage-environments-25c-to-30c-while-others-will-be-deployed-outdoors-exposed-to-direct-sunlight-and-temperatures-ranging-from-40c-to/): The temperature is not a problem to the circuit or battery. We will use the corresponding low temperature battery to suit your enviroment.
- [Once the device becomes functional, do you have any capability of running end-to-end system-level testing?](https://www.lansitec.com/faq/once-the-device-becomes-functional-do-you-have-any-capability-of-running-end-to-end-system-level-testing/): Yes. We have our factory in Nanjing, a contract manufacturer (CM) in Nanjing, and another CM in Malaysia.
- [What is the difference between a Tracker and a Beacon? Is the Beacon also a mini gateway/repeater?](https://www.lansitec.com/faq/what-is-the-difference-between-a-tracker-and-a-beacon-is-the-beacon-also-a-mini-gateway-repeater/): A Tracker receives signals from nearby Beacons and forwards their major, minor, and RSSI values to the server. If no Beacon signals are received, it will activate GNSS to obtain the coordinates and then report them to the server.
- [For cellular (and WiFi), do you also outsource your baseline RF testing?](https://www.lansitec.com/faq/for-cellular-and-wifi-do-you-also-outsource-your-baseline-rf-testing/): Not all. We use spectrum analyzers and network analyzers to verify the design and high-frequency antenna performance. In addition, we conduct performance tests such as transmission distance, RSSI, number of packets received, and performance comparisons with external antennas.
- [Is it possible to achieve approximate location of the tags using LoRaWAN or Bluetooth, without relying on GPS?](https://www.lansitec.com/faq/is-it-possible-to-achieve-approximate-location-of-the-tags-using-lorawan-or-bluetooth-without-relying-on-gps/): With Bluetooth: Yes.
- [If we want to add extra sensors or integrate with our own software, is that something you can do?](https://www.lansitec.com/faq/if-we-want-to-add-extra-sensors-or-integrate-with-our-own-software-is-that-something-you-can-do/): Adding sensors involves a hardware change, so we would need to evaluate the cost and then get back to you. But yes, it is possible.As for software, we sell hardware only, but we can definitely integrate all devices with a client's software — this is something we do almost every day.
- [Does your platform support remote tag-triggering (buzz/light)?](https://www.lansitec.com/faq/does-your-platform-support-remote-tag-triggering-buzz-light/): Yes, it is supported. However, please note that our platform has limited features and is not designed for commercial use. We recommend either developing your own solution or using a third-party platform such as TagoIO or ThingsBoard.
- [Would using the NB-IoT/LTE-M gateway have more reliable communication?](https://www.lansitec.com/faq/would-using-the-nb-iot-lte-m-gateway-have-more-reliable-communication/): If the network is available, then the communication should be equivalent to LoRaWAN. We have customers using LoRaWAN with tens of thousands of devices and have met reliability problems.
- [Is there a monthly fee to keep up with the data being transported from the LoRa Gateway?](https://www.lansitec.com/faq/is-there-a-monthly-fee-to-keep-up-with-the-data-being-transported-from-the-lora-gateway/): There is no monthly fee to use our hardware and LoRaWAN. If ethernet is used as LoRaWAN gateway backhaul, there is no such fee, too. Unless 4G is used.
- [When a person falls into the water, how can we avoid all receivers within a 5km radius from sounding the alarm?](https://www.lansitec.com/faq/when-a-person-falls-into-the-water-how-can-we-avoid-all-receivers-within-a-5km-radius-from-sounding-the-alarm/): This can be implemented by following the steps below:
- [FAQ](https://www.lansitec.com/faq/): Home
- [AG1 Indoor AoA Gateway](https://www.lansitec.com/products/ag1-indoor-aoa-gateway/): Experience ultra-precise positioning in demanding outdoor environments with the Lansitec AG1 Positioning Gateway. By harnessing Bluetooth AoA (Angle of Arrival) technology and a high-precision antenna array, it can achieve real-time location accuracy within 0.1 m. Designed for outdoor or semi-outdoor installations, the IP66-rated housing resists harsh weather, while 802.3af PoE (or 12–30 V DC) simplifies power delivery. Whether you’re safeguarding equipment in expansive yard operations or tracking personnel at open-air events, the AG1 Positioning Gateway delivers robust, real-time insights that streamline your operational efficiency.
- [NB-IoT Compact Bluetooth Gateway](https://www.lansitec.com/products/nb-iot-compact-bluetooth-gateway/): Bring instant BLE visibility to any site with Lansitec’s pocket-sized Compact Bluetooth Gateway. The slim 97 × 62 × 7 mm bridge captures iBeacon, Eddystone, or custom sensor frames and backhauls them over global NB-IoT / LTE-M bands. A 600 mAh rechargeable battery keeps data flowing for ≈ 10 h without mains power, while AES-128 security and smart edge filtering make it a dependable, grab-and-go solution for mobile, pop-up, or emergency deployments.
- [B014 Flex Tag](https://www.lansitec.com/products/b014-flex-tag/): Achieve ultimate installation flexibility with the Lansitec Flex Tag. Built with a soft, adhesive-friendly silicone gel base, this beacon effortlessly attaches to curved, uneven, or cylindrical surfaces—making it perfect for tracking tools, medical supplies, or equipment with non-flat exteriors. Measuring just 40 × 25 × 18.6 mm, it continuously broadcasts iBeacon packets and supports up to six unique advertising frames. A CR1225 coin cell powers the device for up to 5 years in typical usage scenarios.
- [Cat-1 Asset Management Tracker](https://www.lansitec.com/products/cat-1-asset-management-tracker/): The Cat-1 Asset Management Tracker unites multi-GNSS, BLE 5.0 and LTE Cat-1 for always-connected indoor & outdoor asset intelligence. Its twin 4 000 mAh Li-SOCl2 cells (8 000 mAh total) power up to 3+ years of adaptive reporting inside an IP68, palm-sized enclosure. Motion sensors, tamper switch and door-open detection transform raw position pings into actionable utilisation data—ideal for containers, transit cases and unattended machinery.
- [NB-IoT Asset Management Tracker](https://www.lansitec.com/products/nb-iot-asset-management-tracker/): The Asset Management Tracker pairs multi-constellation GNSS with BLE 5.0 scanning and global NB-IoT / LTE-M back-haul to give assets a single tag for seamless indoor & outdoor visibility. Dual 4 000 mAh Li-SOCl2 cells deliver years of autonomy in a sealed IP68 housing, while onboard motion, shock, door and barometric sensors turn raw location into rich utilisation intelligence—perfect for containers, equipment, and mission-critical transit cases.
- [NB-IoT Indoor Bluetooth Gateway](https://www.lansitec.com/products/nb-iot-indoor-bluetooth-gateway/): Purpose-built for indoor deployments, the Lansitec Indoor Bluetooth Gateway marries long-range BLE 5.0 scanning with global NB-IoT / LTE-M back-haul to stream beacon and sensor data straight to the cloud. The compact 120 × 120 × 31 mm unit mounts on any wall or ceiling, draws 5 V / 1 A power, and carries a 600 mAh backup battery for ≈ 10 h of outage resilience. With TLS 1.2 security, geo-fencing and edge payload filtering, it is a plug-and-play cornerstone for indoor RTLS, safety and analytics systems.
- [LoRaWAN Micro Bluetooth Gateway](https://www.lansitec.com/products/lorawan-micro-bluetooth-gateway/): Boost indoor asset visibility with Lansitec’s Micro Bluetooth Gateway, a palm-sized LoRaWAN/BLE bridge that silently harvests beacon and sensor data and pushes it to the cloud in near-real time. Its dual 4000 mAh Li-SoCl₂ cells deliver 6-plus years of maintenance-free uptime, while the rugged IP68 enclosure shrugs off dust, water, and extreme temperatures – giving you dependable coverage anywhere assets move.
- [UWB Positioning Technology](https://www.lansitec.com/uwb-positioning-technology/): This whitepaper mainly introduces the principle, scheme selection, and implementation methods
- [Valve Positioning Sensor](https://www.lansitec.com/products/valve-positioning-sensor/): The Lansitec Valve Positioning Sensor leverages LoRa technology and a built-in magnet sensor to track valve rotation angles with 1° accuracy. This compact device measures both the direction and total number of turns, reporting real-time data to a LoRaWAN gateway. With configurable heartbeat intervals and operating modes, plus support for FOTA over Bluetooth, it delivers reliable performance and minimal maintenance in industrial or municipal environments.
- [UWB Tracking Solution](https://www.lansitec.com/solutions/uwb-tracking-solution/): https://www.youtube.com/watch?v=TIsH7OOcrw4
- [UWB Positioning Technology Whitepaper](https://www.lansitec.com/whitepapers/uwb-positioning-technology-whitepaper/): This whitepaper mainly introduces the principle, scheme selection, and implementation methods of UWB ultra-wideband positioning technology in different application scenarios.Currently, the mainstream positioning technologies can be divided into four types based on their principles: Sound, Light, Electromagnetic and UWBThis design document lists the main advantages and disadvantages of each principle after basic analysis. The document mainly explains the system design and implementation method of using UWB ultra-wideband positioning technology for positioning.
- [Asset Tracking with Bluetooth Technology](https://www.lansitec.com/whitepapers/asset-tracking-with-bluetooth-technology/): Home
- [UWB Anchor](https://www.lansitec.com/products/uwb-anchor/): The Lansitec UWB Anchor bridges ultra-precise indoor positioning with the long-range communication of LoRaWAN, providing up to 10 cm accuracy for assets, personnel, and vehicles. By regularly synchronizing time with other UWB anchors, it calculates distances to nearby UWB trackers and transmits heartbeat data to a LoRaWAN gateway—all while operating on a low-power industrial battery that can last for years. Its IP66 enclosure safeguards against harsh conditions, making the UWB Anchor a dependable backbone for advanced real-time location systems in warehouses, factories, transportation hubs, and more.
- [UWB Asset Management Tracker](https://www.lansitec.com/products/uwb-asset-management-tracker/): The Lansitec UWB Asset Management Tracker employs LoRaWAN and UWB technology for high-precision positioning, accurate to within 10 cm. By measuring its distance to a network of UWB anchors, it continuously transmits relevant data via LoRaWAN to a remote server for real-time location updates. Engineered for tough industrial environments, its IP66 enclosure and dual 4000mAh Li/SOCl2 batteries support long operational life, making it an ideal choice for optimizing asset utilization and ensuring reliable performance in extreme temperatures.
- [UWB Badge Tracker](https://www.lansitec.com/products/uwb-badge-tracker/): The Lansitec UWB Badge Tracker utilizes both LoRaWAN and UWB technologies for high-precision indoor location (up to 10 cm). By measuring distance from nearby UWB anchors and forwarding that data over LoRaWAN, the badge’s position is calculated on the server side. With a compact, lightweight design and a 600mAh rechargeable battery, this tracker is ideal for monitoring personnel, vehicles, or assets in environments where real-time, highly accurate positioning is crucial.
- [UWB Container Tracker](https://www.lansitec.com/products/uwb-container-tracker/): The Lansitec UWB Container Tracker leverages LoRaWAN and UWB technologies to deliver high-precision indoor positioning—up to 10 cm accuracy. By measuring its distance to nearby anchors and forwarding that information to a LoRaWAN gateway, the device’s position is calculated on the server in near real time. Built with a rugged IP68 enclosure and a dual 4000mAh Li/SOCl2 battery, it withstands extreme temperatures, making it ideal for tracking containers or assets in harsh environments.
- [Cat-1 Macro Tracker](https://www.lansitec.com/products/cat-1-macro-tracker/): Lansitec Cat-1 Macro Tracker is designed based on GNSS, Bluetooth and Cat-1 for indoor and outdoor tracking. It is powered by 38,000mAh industrial battery with a standby time as long as 7 years. Users can adjust settings such as the GNSS report duration, heartbeat message period, beacon report interval, and asset receiving duration.
- [Cat-1 Badge Tracker](https://www.lansitec.com/products/cat-1-badge-tracker/): Lansitec Cat-1 Badge Tracker is designed based on GNSS, Bluetooth 5.0, and Cat-1 technology. It supports indoor and outdoor tracking. The badge is mainly used for personnel and asset management. The build-in 3-axis accelerator could be used for determining the motion status of the terminal to help save battery life and enhance user experience.
- [Dementia Facilities Patient Care](https://www.lansitec.com/applications/dementia-facilities-patient-care/): Enhancing Safety and Care Quality in Dementia Facilities: A Case Study of i5 Wearable Bluetooth Beacon Implementation
- [Enhancing Data Center Security with Proximity Monitoring](https://www.lansitec.com/applications/enhancing-data-center-security-with-proximity-monitoring/): A Case Study of DataCore Solutions' Implementation of SocketSync Gateway Technology
- [Emergency Response System In Hotel Rooms](https://www.lansitec.com/applications/emergency-response-system-in-hotel-rooms/): using Lansitec NB-IoT/LTE-M and LoRaWAN solutions
- [Contact Tracing](https://www.lansitec.com/applications/contact-tracing/): Event Management, Crowd Control, and Social Distancing Compliance
- [Smart Cattle Tracking Solution](https://www.lansitec.com/applications/smart-cattle-tracking-solution/): The smart cattle tracking solution provides a comprehensive answer to modern ranching challenges, particularly in water-scarce regions. By combining robust hardware with flexible connectivity options and advanced monitoring capabilities, the system delivers immediate operational benefits while laying the foundation for future technological advancement in livestock management.
- [All Articles](https://www.lansitec.com/blog/all-articles/): All Articles
- [Cat-1 Container Tracker](https://www.lansitec.com/products/cat-1-container-tracker/): Track high-value containers, pallets, or equipment anywhere in the world with the Lansitec Cat-1 Container Tracker. Powered by dual Li/SOCl₂ batteries for up to five years of maintenance-free service (at 30-minute reporting intervals), this device seamlessly combines GNSS (<2.5 m accuracy) for precise positioning with Cat-1 cellular connectivity to deliver real-time data—even in harsh climates. Its IP68 enclosure defends against dust and water, while built-in features like tamper detection, door open/close sensing, and vibration shock alerts help protect assets from unauthorized movement or damage. Optional Bluetooth tags expand your monitoring capabilities, letting you track secondary items packed inside cargo containers or transit cases. Whether you need to secure machines on remote worksites or ensure that perishable goods arrive intact, the Cat-1 Container Tracker keeps you informed and in control every step of the way.
- [Asset Management Tracker](https://www.lansitec.com/products/asset-management-tracker/): Optimize how you track, monitor, and safeguard high-value items with the Lansitec Asset Management Tracker. Featuring GNSS, Bluetooth 5.0, and LoRaWAN technology, this device delivers accurate indoor and outdoor positioning—ensuring full visibility of assets ranging from shipping containers and transit cases to industrial machinery. Its IP68-rated enclosure and ultra-long battery life provide dependable performance in harsh conditions, while features like tamper detection, door open/close sensing, and vibration monitoring strengthen security and operational oversight. Whether you’re managing remote equipment, monitoring valuable shipments, or consolidating on-site inventory, the Asset Management Tracker helps you stay informed in real time, reduce losses, and streamline processes.

## Lansitec Documentation Center
- [How To Capture an iBeacon Device Payload](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/ibeacon-device-payload/how-to-capture-an-ibeacon-device-payload/): Download nRF connect APP in an Android phone. Open the app and click the button highlighted. Click the RAW button. Send the following page and RAW data to us.
- [B003 & B004 Bluetooth Beacon User Manual](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/b003-b004-bluetooth-beacon-user-manual/): The B003 and B004 beacon support detecting and advertising the battery level and advertises BLE packages according to a fixed interval. It supports a low battery alert and a panic button.
- [B002 Bluetooth Beacon Label User Manual](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/b002-bluetooth-beacon-label-user-manual/): The B002 beacon is equipped with a three-axis acceleration sensor that can detect whether it is in motion. It can switch between two different advertising modes ( Periodic Mode and Autonomous Mode) by changing the Accelerometer Threshold value. It also supports detecting and advertising the battery level. In autonomous mode, it can advertise every 24 hours if it is not moved.
- [i5 Wearable Bluetooth Beacon User Manual](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/i5-wearable-bluetooth-beacon-user-manual/): The i5 beacon advertises BLE packages according to a fixed interval. It supports panic button.
- [B006 BadgeBluetooth Beacon User Manual](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/b006-badgebluetooth-beacon-user-manual/): The lansitec B006 badge Bluetooth beacon supports detecting and advertising the battery level and advertises BLE packages according to a fixed interval. It supports a low battery alert and a panic button.
- [B005 Bluetooth Beacon User Manual](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/b005-bluetooth-beacon-user-manual/): Notice: all parameters are in hexadecimal coding.
- [i3 Portable Bluetooth Tag User Manual](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/i3-portable-bluetooth-tag-user-manual/): Broadcast Interval: 5 seconds
- [Bluetooth Bracelet User Manal](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/bluetooth-bracelet-user-manal/): Lansitec Bluetooth Bracelet is a small, light, and waterproof device that anyone can wear comfortably all day. It is suitable for various scenarios, such as hospitals, factories, construction sites, etc.
- [B010 Industrial Bluetooth Beacon User Manual](https://www.lansitec.com/docs/bluetooth-beacons-user-manuals/b010-industrial-bluetooth-beacon-user-manual/): The B010 beacon advertises BLE packets at a fixed interval and is connectable and configurable, offering along service life.