Modules, Connectivity

The Future of Video IoT Runs on Mobile Broadband

September 4, 2025

Estimated reading time: 4 minutes

A person holds a smartphone displaying video surveillance footage next to a white security camera, which sits on a glass surface.

Cellular networks have long supported reliable video consumption. Their use in Internet of Things (IoT) devices has gained momentum in recent years.

Video-centric IoT applications are becoming more common. These solutions use data from cameras and videos to trigger responses or suggest actions. They connect video devices to networks and perform real-time or stored video analyses based on the data they receive.  

Industries across various sectors are increasing their use of video-centric IoT applications, including:

Current IoT applications include: 

  • Dashcams 
  • Video analysis 
  • Remote monitoring 

Mobile broadband will meet the resulting demand for reliable, high-bandwidth connectivity. Increased speed and reliability are essential for developing the IoT ecosystem.

High-speed mobile broadband provides these advantages along with:  

  • Wider coverage 
  • Scalability  
  • A solid business model  

These critical improvements will enable companies to future-proof their IoT infrastructure. 

Accelerate Your IoT Project’s Path to Success

Why Video IoT Applications Should Use Mobile Broadband 

A dashboard camera, enabled by mobile broadband, records footage of busy traffic on a multilane road.

Video-centric IoT devices are common in mobile or moving environments. Cars use dash cameras to gather evidence to guard against insurance fraud. Trucking companies use video analytics to improve fleet management.  

Remote or geographically challenging areas also benefit from video-centric IoT devices. Hunters and wildlife experts set up trail cameras to capture wildlife movements in the field. Ranchers deploy monitoring and security cameras in remote agricultural areas.  

Wi-Fi is often not accessible in these locations. Mobile networks cover more remote areas in most markets. Mobile broadband is the most suitable option due to its broader coverage and reliable connectivity.  

Avoid Local Solution Hassles with Built-In SIM Connectivity  

A telecommunications tower against a sunset sky, with a digital network overlay illustrating connectivity.

End users must contact local providers and manually configure the solution when a video-centric IoT application depends on: 

  • Wi-Fi 
  • A local mobile network operator (MNO) 
  • Another service provider 

In the case of a local MNO, the end user would insert the SIM into the device. This could create complications and harm the device’s integrity.  

Any local solution requires the end users to perform the necessary configurations, which can be a hassle for some. Throughout the device’s life cycle, third-party providers unfamiliar with the use case may compound service issues. They may also be reluctant to support its use on their networks.

Local MNO services may restrict IoT video applications if they exceed fair usage limits or overload the network. Due to their nature, the applications can be data-intensive. In some cases, they may exceed their plan’s data allowance.  

By choosing an IoT MVNO connectivity provider, device manufacturers can manage the configuration of their access point names (APNs). The end user will not have to deal with the hassles of Wi-Fi or local cellular providers.

Manufacturers who sell their product with IoT MVNO SIM-based connectivity offer their end users a plug-and-play solution. The global MVNO SIM or an eSIM can ensure the device is connected to the most suitable available network while providing:  

  • Backup 
  • Redundancy 
  • Resilience  

Case in Point: Drones Using High-Speed Mobile Broadband  

A drone connected by mobile broadband IoT hovers between glass buildings.

Drones require reliable connectivity to ensure their IoT-powered cameras capture aerial footage or stream live video. Connectivity is critical for platforms that enable drones to remain linked to ground maintenance systems and other services.

Elsight’s Halo, a leading drone connectivity platform, required a fail-proof connection solution for uncrewed vehicles.  

Elsight turned to Telit Cinterion for reliable modules and SIM connectivity solutions. Our cellular LTE and 5G IoT modules support sub-6 GHz across all major 5G networks.

Developed with our “design once, use anywhere” strategy, they offer reliable high bandwidth and throughput. As a result, Elsight’s Halo was able to guarantee absolute connection confidence to customers. 

Empower Your Next Video IoT Deployment  

Telit Cinterion’s global IoT connectivity solutions and SIM cards are ideal for video-centric IoT applications. We offer competitive pricing packages that cater to high-bandwidth IoT users. Our core network offers low latency and redundancy, providing coverage worldwide.