Posted: July 30th, 2014 | Author: Steve Hateley | Filed under: Industry Insights | Tags: internet of things, NFV, SDN | 2 Comments »
Telecommunications is at a crossroad. The demand for data is reaching unprecedented levels and there’s no sign that it’s going to be slowing down. In fact, in the very near future, our refrigerators may be using just as much data as our phones.
Olaf Swantee, the CEO at EE, recently wrote that this era of connected living will soon usher in smart homes, wearable tech and a multitude of other connected gadgets, leading to an explosion in connected touch points that need to be managed by communications service providers (CSPs). At Comptel, we couldn’t agree more. The question, then, is: how will telcos adapt to this new reality?
What will the world look like when our cars are talking to our coffee machines and synchronizing with our cloud-stored media or our refrigerators are updating our shopping list apps in real-time? What will the world look like when, as Google CEO Eric Schmidt predicts, the entire world is online?
The rapid proliferation of touch points and the amount of new and varied applications they bring will drive the need for increased agility and cost-effective growth in infrastructure, operations and management processes. The true era of connected living is dovetailing with another technological revolution: software-defined networking (SDN) and network function virtualization (NFV).
The Adaptability Game
The introduction of SDN technology will offer CSPs ways to operate an expanse of digital services at break-neck speed. The flexibility to build and host applications in the cloud will add to the ability to react quickly and roll out supporting features for new services.
This kind of adaptability will be crucial in a connected economy. With so many more touch points in the mix, operating across a wide spectrum of use cases, CSPs will need to be able to smoothly manage policies and bandwidth alike. A single user’s data plan could soon encompass not one or two devices, but twenty, thirty or fifty. How would a data plan for a refrigerator look? And what if one refrigerator has a video display to show users when they need certain groceries? Or, in terms of wearable technology, how can CSPs work with healthcare providers when it comes to medical devices that are connected to the cloud?
With the legacy and multiple OSS/BSS systems that many CSPs still have in place, it may seem like an overwhelming problem to manage. But with SDN and NFV, operators can more easily and economically manage the end-to-end deployment and orchestration of these complex services across all these devices, deployed across virtual networks.
The Internet of Things (IoT) will necessitate – and possibly expedite – the virtualisation revolution that’s already underway in telecommunications. The control plane is evolving, and at the tail-end of this transformation, we’ll see an artificially intelligent, agile orchestration layer that can understand the role of each and every device in the broader context of user behaviour and network patterns.
The excitement around SDN and NFV that we’ve already seen at TM Forum Live! is only going to grow as more connected devices come online. In this case, at least, we may actually see two trends where the hype is matched by the reality.
SDN and NFV aren’t the only things that help businesses become more agile. Learn how to use predictive analytics to predict network stressors before they result in a site failure by downloading our whitepaper, “How Predictions of Critical Alarms Helps CSPs Reduce OPEX, Prevent Revenue Loss and Improve Customer Experience.”
Posted: July 29th, 2014 | Author: Juhani Hintikka | Filed under: News | Tags: News, PR, press release | 1 Comment »
Comptel announced today our interim report for the second quarter. In the first half of the year 2014 we have won 5 new customers. For us this is a significant figure, especially comparing to year 2013 when the number of new deals was 4 in total.
We have also signed several significant new deals with existing customers. While market conditions continue to be challenging, especially in Europe, in this quarter we made some progress in Europe. In the first half, Latin America has been very challenging and net sales have decreased from last year.
Our investments into new business areas, according to our strategy, are showing positive results in this quarter with the new business growth. Comptel’s research and development (R&D) expenditure was mainly targeted at the service fulfillment automation of telecom operators and the management and real-time analysis of rapidly increasing data traffic. Comptel seeks global market leadership in these areas where key business challenges for operators and service providers will be solved. In addition, the company is developing an integrated software platform which will enable a cost-efficient and solution-based R&D.
In 2014, the company focuses on developing its offering within the Comptel Fulfillment, Comptel Policy & Charging Control and advanced analytics product areas. Three major software releases were launched in these respective product areas during the first half of the year.
Posted: July 16th, 2014 | Author: Steve Hateley | Filed under: Industry Insights, News | Tags: bandwidth, football, networks, streaming | Comments Off on The Football Stress Test: Streaming Video, Networks and Telecommunications
Football is inarguably the most popular sport in the world. That’s why the viewership numbers for the recent games in Brazil kept breaking records. The Brazil vs. Chile match, for example, drew 11.5 million viewers just in the UK. According to The Mirror, that’s more than half of the total share of people watching TV at that time. The Germany v. Brazil match attracted 10.77 million viewers. The final match between Germany and Argentina drew well over 26 million viewers in the US.
Given those extremes, it shouldn’t be a surprise that social media channels become frenzied with activity, either. Individual football matches are attracting millions of tweets – the US-Portugal match saw 10 million people engaging in 20 million interactions on Facebook. On Twitter, fans tweeted about eight million times. The opening match, between Brazil and Croatia, garnered 12 million tweets.
But that’s not only what communications service providers (CSPs) are feeling. The Wall Street Journal reports that about 3.5 million viewers tuned into the Germany – US and Portugal – Ghana matches … by using the Internet. A third of those users were in North America, and a quarter watched from mobile devices.
In a way, football games are becoming a great stress test for operators. The matches in Brazil are an interesting case study in how multichannel video streaming and constant social media activity can quickly create a capacity crunch, and might help show CSPs exactly how much their networks can handle and offer insight as to how they can optimise quality of service (QoS) and the quality of experience for end users.
The Football Stress Test
The past six weeks have shown us a glimpse of the future. CSPs know that the data needs of users are increasing dramatically, but not everyone is necessarily watching the same thing from the same device. Research from video advertising company Yume shows that many viewers are planning to watch matches from computers (33 percent), tablets (22 percent) and smartphones (11 percent).
We’ve discussed the growing need to cater to end users’ unique demands, as well as creatively monetise mobile data plans in new and more flexible ways—and the matches in Brazil are one of the strongest cases yet.
What if CSPs had policy and charging tools that allowed them to create and deploy a service plan that allows for unlimited streaming of a football match, based on a user’s country or team of choice and the time of the game? That might be better than letting users reach their data cap or just force them to watch on their TV. Many may be willing to pay a bit more to view the game on a mobile device – they just don’t want to purchase a whole month’s worth of data for it.
The more insight CSPs have into mobile device usage, the more personalised mobile data plans can become. The right solutions allow operators to monitor usage in real time, and when too much traffic is straining the network, they can adjust the access and QoS for specific services and specific users to balance capacity (according to one survey, 67 percent of IT admins are experiencing IT problems and network management issues that can be directly related to employees streaming the matches from their computers).
While it may be too late to deploy these kinds of strategies for the football matches this year, perhaps, during the next big football event, CSPs will be able to offer both consumers and enterprise customers alike a real-time, dynamic plan that meets their needs.
Want to learn how to proactively predict network stressors before they result in a site failure? Download our recent whitepaper, “How Predictions of Critical Alarms Helps CSPs Reduce OPEX, Prevent Revenue Loss and Improve Customer Experience.”