The Evolution of Core Networks in the Age of IoT
Read nowMoving into IoT services is a foregone conclusion for most Mobile Operators, but the route to get there is far from clear, starting with the infrastructure itself. Some mobile operators are planning to hold onto their existing core infrastructure used for their mobile phone subscribers, and tack on IoT functionality. At a glance, this could appear to make sense. After all, they have already invested heavily into a core network, they have employees highly skilled in operating and maintaining it, and in theory at least – the more that this investment can provide, the better. After all, isn’t connectivity just connectivity, whether it’s for mobile devices or IoT? This path could be a huge mistake for today’s mobile operators, and cause more problems further down the line. This white paper will look at the evolution of the IoT market and how mobile operators can get ahead of the challenges. Download as a PDF
ABI Research Report – Tomorrow’s Smart Connected Products Require Smarter Connectivity Services Today
Read nowAt the end of 2020, 6.6 billion Internet of Things (IoT) devices will be connected and active worldwide; 840 million of them will use cellular networks, which is just under 8% of the total. At the end of 2014, there were 180 million cellular IoT devices active worldwide, and that number increased by over 4.5X in the 6 intervening years. In another 6 years’ time, we will witness a further near-7X growth in cellular IoT devices, bringing the global total to 5.7 billion. More smart devices are being deployed, and more types of device are becoming smart. All IoT applications are variations of either asset tracking (i.e., “where is something?”) or condition-based monitoring (i.e., “how is something?”), in combination with use case-specific characteristics that distinguish them as markets in their own right. Applications can be thematically grouped by similarity and significance into: metering, tracking/location, smart home, monitoring, smart cities, and a long-tail selection of “others.” Monitoring has consistently accounted for between a third and a quarter of all cellular IoT connections, strongly driven by automotive applications that include: Original Equipment Manufacturer (OEM) telematics, aftermarket telematics, and fleet management. Yet, this stalwart will account for less than 10% by 2026. Download Read more about ABI Research Report – Tomorrow’s Smart Connected Products Require Smarter Connectivity Services Today[…]
Unique Requirements Need a Unique Solution. Meet floCORE.
Read nowfloLIVE provides a secure, cloud-native core network to Mobile Operators and IoT Service Providers who are looking to launch new IoT use cases and value-added services for their customers. To make that happen, they need to ensure that their infrastructure can support the variety of IoT use cases and the associated complexities that come with them, including national regulations over core network vendors, the ability to support completely di erent device types and use cases e ciently, and all the while ensuring the same level of security, performance and latency on a global scale. The floCORE solution is a 2G/3G/LTE/5G core mobile network that comprises all necessary Network Elements to build and operate disparate business models, and at unparalleled scale. To meet tomorrow’s IoT challenges such as high performance and longer battery life, floCORE supports new and emerging narrowband technologies including LTE-M/CAT-M and NB-IoT. Download as a PDF
Bics IoT solutions: Airlines
Read nowCommercial airlines are expected to carry more than 8.2 billion travelers in 2037, generating a huge amount of customer information. Aircrafts are also becoming intrinsically connected, with internet connections embedded in everything from the engines, to the seats and the landing gear, adding to the ever-increasing volume of data airlines and crew must manage. Download as a PDF
Smooth Sailing Ahead, as Hefring Onboards floNET for Global Insight into its Marine Ecosystem
Read nowHefring Marine is an Icelandic company, founded in 2018, with ambitions to become a leader in intelligent data processing and interpretation solutions in the maritime industry. By using telematics, the Hefring Marine digital AI co-pilot solution helps operators and fleet managers to improve safety, comfort and effciency, in real-time. The system monitors and analyzes a vessel’s speed, movement and operating conditions and provides intelligent on-board decision-making support for speed optimization, as well as on-shore capabilities for real-time tracking, statistics and reporting. As part of the solution, Hefring deploys sensors onto vessels, to track how the boats behave, their locations, maintenance requirements, and more. As the boats could be anywhere, and the company was scaling out of Iceland to new locations around the world, this needed to have seamless global connectivity, without any blind spots. By utilizing the floNET solution offered by Channel Tools, Hefring is now able to gain granular insight into the performance of its vessels, without the need to partner up with multiple vendors or mobile network operators. No matter how many vessels are out of dock, managers can see the status and activity of each boat, from one centralized dashboard. Download as a PDF
Extending battery life is an entry point to profitable IoT
Read nowIndustry 4.0 is a leap into new revenue streams for today’s manufacturers, with the help of data, analytics and Artificial Intelligence. The drive towards efficient transmission of data has launched technologies such as NB-IoT and CAT-M, that allow for more intelligent data transmission and power consumption. Using these technologies, but taking them further still, floLIVE has developed a unique approach that comprises three routes to reduced latency. This white paper includes: -The answer to extending the battery life of IoT devices, making IoT truly profitable -Three varied approaches to reduce latency and therefore improve performance -The best way to balance connectivity with challenges such as roaming, security and compliance -A thorough checklist for manufacturers to make sure they cover all of their bases when launching IoT projects Download as a PDF
Does your BSS offer these 5 Things?
Read nowIf you’re a mobile provider looking to adopt IoT use cases – let’s get it right. A legacy Business Support System is built for traditional use cases, while IoT demands its own functionality, including added flexibility, automation and control. Our whitepaper looks at the must-haves for a next-gen BSS that supports IoT, discussing: – How to start small and scale as you grow using the might of the cloud – Why a smart CRM is the simplest route to customer flexibility – Specific use cases for levelling up using real-time visibility and control -What you should expect from a sophisticated billing and rating engine -The technology stack that provides self-management and control. Download as a PDF
NB-IoT vs LTE-M: Which is the best choice for your IoT application?
Read nowTime is running out as 2G and 3G networks gradually sunset across the world, forcing many legacy use cases to be transferred to new connectivity technology. NB-IoT and LTE-M have entered the market as two new network technologies created for enabling global IoT connectivity and capable of supporting LPWAN (Low Power Wide Area Networks) technology. As they steadily become available across the world, LTE-M and NB-IoT are viable options for industries looking to future proof their IoT devices and offer better coverage, longer lasting batteries and lower device cost. But which of the two is the better choice for your IoT application? How are they different and how will they affect the market? At the core of every successful IoT application is a carefully considered connectivity strategy. This white paper is a comprehensive guide to making an informed choice. It explores the benefits and challenges of each technology and addresses all the pertinent questions you may have about LTE-M and NB-IoT. Download as a PDF
