> For the complete documentation index, see [llms.txt](https://halowave.gitbook.io/docs/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://halowave.gitbook.io/docs/use-cases/smart-city-video-surveillance-rtk-and-industrial-iot.md).

# Smart City, Video Surveillance, RTK & Industrial IoT

The unmatched capabilities of Wi-Fi HaLow - specifically its ability to penetrate dense concrete, maintain high data throughput, and support thousands of devices per Access Point - make HaLoWave the ultimate infrastructure for urban environments and industrial operations.

### Next-Gen Video Surveillance & Security

One of the most powerful and immediate use cases for the HaLoWave network is video surveillance. Traditional Wi-Fi cameras struggle with wall penetration and require power cables, while cellular cameras are burdened by expensive recurring data plans. Wi-Fi HaLow completely changes the game:

* **High-Throughput & Deep Penetration:** With up to 43 Mbps bandwidth, HaLoWave effortlessly streams live, high-resolution video across kilometers, easily penetrating thick concrete walls, basements, and heavy physical barriers.
* **Battery-Powered AI Cameras:** Thanks to advanced silicon efficiency, smart cameras and video doorbells can now run on standard batteries for months or even years. This enables rapid deployment of security grids in remote, off-grid, or hard-to-reach locations without complex wiring.

### Smart City Infrastructure

Modern cities require thousands of sensors to operate efficiently, but relying on cellular networks for every device is economically unviable. HaLoWave solves this by providing a city-wide, decentralized WLAN.

* **Urban Sensors:** Wireless smart city sensors can monitor structural health, noise, pollution, temperature, and waste levels continuously.
* **Smart Street Lighting & Parking:** Infrastructure can be monitored and controlled across entire neighborhoods without recurring cellular fees.
* **Smart Grid & Advanced Metering (AMI 2.0):** Smart meters located in deep basements or underground facilities—areas where traditional 2.4 GHz Wi-Fi and 5G completely fail—can easily connect to the HaLoWave network to transmit critical energy data.

### RTK Geolocation (Centimeter-Level Accuracy)

High-precision RTK (Real-Time Kinematic) positioning requires a stable internet connection to transmit correction data to moving rovers, allowing for centimeter-level accuracy.

* **The HaLoWave Advantage:** Devices only need a few megabytes of data to achieve a perfect "RTK Fix." Providing this constant data stream via cellular networks across fleets of devices is expensive. HaLoWave provides massive, multi-kilometer coverage at a negligible cost, making it the ideal, highly cost-effective connectivity layer for autonomous vehicles, drones, and precision mapping devices.

### Industrial IoT (IIoT) & Automation

Factories, warehouses, and logistics hubs are harsh Radio Frequency (RF) environments filled with metal obstacles and moving parts.

* **Predictive Maintenance:** Thousands of low-power industrial sensors can monitor machine health simultaneously to enable predictive and preventative maintenance.
* **Industrial Robotics (AGVs & AMRs):** Autonomous Guided Vehicles and Autonomous Mobile Robots moving across massive logistics facilities require robust wireless connectivity for navigation. HaLoWave provides extended range capabilities and sub-second latency, ensuring robots remain continuously connected across entire warehouse campuses without complex mesh setups.