Arelion’s IoT backbone separates IoT traffic from public Internet traffic, connecting operators and enterprises directly to device management platforms via a highly scalable and robust IPX transport solution.
The possibilities of IoT are huge, but so are the consequences. That’s why we believe IoT demands a backbone featuring the highest industry standards. Your dedicated IoT backbone connects mobile operators and enterprises directly to device management platforms in a single network hop with the lowest possible delay. Learn more about What Internet backbone is and what makes a good Internet backbone.
The "things" are coming – and so is their data. As this continues to grow, and as more applications become mission-critical, peering logic driven by 5G goes to the next level. Many IoT applications call for a higher quality of end-to-end connectivity and security.
You get the end-2-end oversight required for all your IoT traffic. By using pre-integrated service-topology, we can get you quickly to market in order to capitalize on the emerging possibilities of IoT.
The Internet of Things (IoT) is expanding in all directions, with the potential to create real value – and real security concerns. When data transits between networks, you lose visibility, reliability, and security. The only way to guarantee end-2-end quality is to have end-2-end control. And that’s what we offer you.
Our IoT backhaul solution is a hub and spoke configuration powered by our global IPX backbone.
Our IPX network is GSMA-, IEEE- and I3F-compliant, and it is faster and easier to connect compared to layer-2 MPLS solutions. Your IoT traffic stays separate and safe from the Public Internet.
We guarantee end-2-end, our network's lowest possible latency, with Class of Service (CoS) awareness and committed Quality of Service (QoS) for the best possible results, which we express in our Service Level Agreements.
Our red and blue network architecture means full redundancy designed from the ground up. This means network availability of up to 99.999% at the edge.
Critical applications, like autonomous vehicles, utilities, and health services increasingly rely on the IoT.
At the same time, billions of commodity devices are rapidly joining the public Internet in a set-and-forget state, making security a make-or-break factor for the future of IoT. And, if anything does go wrong, you have the simplicity of a single point of accountability. We are always on call to assist you with our award-winning multi-lingual customer care team, available 24/7/365.
Read more about the defination of Cloud Connect and connectivity methods.
Features |
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Data segmentation to prevent signaling-storms and traffic-bursts | |
Faster and easier to connect compared to layer-2 MPLS solutions | |
Based on end-to-end, low latency DWDM network | |
24/ 7/365 help desk with direct access to specialist security partners | |
Easy to integrate with third party VAS services and firewalls |
Our dedicated and private AS8837 IPX network operates on top of Arelion’s backbone.
Secure by design features |
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Compliant with all applicable GSMA standards for IPX security & DNS (IR.34, IR.67, IR.77 etc.) | |
Experienced in addressing IoT-platform interoperability challenges | |
Facility to route traffic to your IoT steering platform and roaming hubs | |
Automatic switchover thanks to fully redundant Red and Blue networks | |
NOC situated in a well secured and connected building with multiple power sources | |
Physical and logical security considered from design to deployment | |
Network-wide User Acceptance Policy | |
Customer Service authentication procedures | |
Clear customer data handling policies | |
Clear customer instructions regarding business changes and incident management |
Learn more about why to choose IPX to Cloud Connect solution. The solution is aimed for customers that require more control of their bandwidth, i.e. a high level of flexibility and scalability, using a dedicated connection to the cloud.
Below you can download our IPX to Cloud infographic and find more important information in our Q&As document.