Choosing a carrier for your organization’s next IoT project? It’s a huge decision. Beyond network speed and pricing, you might be looking at a variety of considerations to support the functionality you desire so that you may be able to solve your customers’ problems.
Consider these facts when evaluating your cellular IoT use case and requirements:
- 61% of companies experienced cyberattacks in 2017, up from 55% in 2016. Each IoT device is a potential point of attack for cybercriminals. The increasing trend in cyberattacks means that security is a huge factor for IoT solutions.
- Cellular IoT connections will reach 3.5 billion by 2023. That’s a lot of traffic. Network and data management are important right now. Having full control over your carrier service and cellular IoT connectivity will be even more critical to optimizing performance in the years to come.
- Investment in IoT technology is expected to reach $15 trillion before 2025. That’s a lot of money. That also means new IoT solutions are going to pop up, so how will you differentiate yourself? A carrier service that performs on-demand could be the difference between success and failure for new IoT solutions.
So, what makes a cellular IoT provider ideal for addressing these needs? These are the technologies and cellular IoT connectivity capabilities to look for:
Many cellular IoT providers send traffic over the public internet. This is a major security concern because it could expose hundreds or thousands of your IoT devices to cyberattacks.
Your IoT solution is much more secure if your carrier can egress to their own private network. That way, your data is encrypted and safe from malicious threats on the open internet, from the device all the way to the mobile operator’s core network.
Purpose-built global core network
It’s very common for cellular IoT providers to outsource their core network to a major operator like T-Mobile. Unfortunately, if there’s a performance issue with the network, your provider has very little power to correct the issue—because they don’t own the network.
It’s much better to work with a carrier that offers global IoT connectivity through their own global core network. A private network offers lower latency, better reliability, and your carrier can help you resolve any issues with network connectivity or performance, right when it happens, if it ever happens.
Core network control
If a carrier owns its own core network then it means that the carrier has full control over it, thus passing that control over to you. This means giving you the features and functionality to command your SIM cards and network whichever way you see fit.
This enables things like active steering, where you can select which operator networks you want to connect to, rather than just establishing a priority list (passive steering). Don’t want to connect to the Sprint network? Simply set your SIM card (or cards) to deny attachment to that network.
That way, you have more control over where your data goes, creating IoT solutions that are carefully tailored to your use case.
If your cellular IoT provider can deliver these three core capabilities, you’ll be set to deliver an amazing IoT solution and capture your share of the IoT market.
Don’t have a cellular IoT provider yet? Find out how Telnyx powers cellular IoT solutions.
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