From "LoRa gives you indoor coverage everywhere" to "private GSM isn't end-of-life at all": not everything you hear about IoT and private networks is true. That's why we believe it's high time to set the record straight.
In this blog, we discuss common facts and myths about IoT, LoRa, 4G, 5G, and private networks.
From LoRa to 5G: Misconceptions and Truths at a Glance
1: IoT devices are insecure and can be hacked
This is both a fact and a myth. An IoT device connects to a network. This makes it a potential target. Without proper security, you run the risk of hacking attempts and cyber threats.
Fortunately, good security is easy to set up. Consider using a VPN connection or LoRa technology with data encryption from sensor to server.
2: Private GSM is not end of life at all
This is a myth. 2G and 3G are being rolled out gradually in the Netherlands and Belgium. phased out by mobile operators. This frees up frequencies, which are then used for faster 4G and 5G networks. Even though a private network doesn't make you dependent on the public network, it's a dead end.
2G hardware is no longer being developed. And many vendors have officially declared 2G/pGSM software support end-of-life. Therefore, it's wise for private mobile phone users to seriously consider future-proof alternatives.
3: IoT is difficult to integrate with existing systems
This assumption can also be dismissed as mythical. In the past, systems like BACnet or KNX were closed. Nowadays, you can connect these systems via protocol conversion easily connect with other protocols.
In addition, API integrations allow different systems and devices to communicate with each other and exchange data. This allows sensors, for example, to be directly connected to your own data platform or building management system.
4: Private networks are not only suitable for business-critical communications
A fact. Private LTE or 5G networks are indeed often used for business- or mission-critical applications, but that's not their only role. A private network can also serve as an excellent secure and reliable network for managing your operations.
These 'LTE' networks have other specific characteristics that make them more suitable for certain applications than Wi-Fi. Think of the wireless control of moving objects such as automated guided vehicles (AGVs). Or in environments where multiple Wi-Fi networks exist side by side, making a stable mobile network for operational processes on Wi-Fi difficult to manage. Therefore, a private network is sometimes used as a separate network alongside a general (Wi-Fi) network.
Because coverage is optimized to the locations you need it, a private network is also ideal for specific buildings and outdoor areas. Furthermore, private networks are increasingly merging with IoT to make processes smarter. This allows organizations to connect more devices and access data securely and scalably.
5: It's better to wait until 6G is available than to start with 5G now
This is a complete myth. 6G isn't expected until after 2030, but you already need a fast network for your applications. 5G Moreover, it has a long lifespan. And it will continue to support organizations' digital transformation for at least the next 15 to 20 years. So why wait when an ultra-fast, reliable connection is already possible today?
6: With LoRa you have indoor coverage everywhere
This is also a myth. Public LoRa has limited indoor coverage. With a private LoRa network, you are guaranteed good indoor coverage, but only in the places where you consider coverage important. That's where the gateways are installed to ensure a good signal.
To ensure seamless indoor coverage, a thorough analysis of potential blind spots is essential.
7: 5G is ultra safe
This is a fact. While 4G technology already offered high security, 5G adds an extra layer of protection. For example, 5G has improved encryption compared to 4G, namely 256-bit encryption.
In addition, 5G features network slicing with its own security layers. This allows a single physical network to contain multiple network segments, each with its own security measures and quality of service. Furthermore, with private 5G, each connection must be individually authenticated and authorized. This eliminates the possibility of rogue devices.
Knowing more?
Whether it concerns IoT security, the future of private networks or the move to 5G: it is clear that IoT and private networks are indispensable in the digital strategy of today and tomorrow.
Do you have any questions? Or would you like to know what the best approach is for your organization? Contact us Contact Contact us. We're happy to help!
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