Rolling out new, more compelling services quickly and with guaranteed quality is critical for carriers facing mounting threats from over-the-top (OTT) providers. The prospect of lowering total cost of ownership (TCO) while doing so is driving many to adopt strategies for virtualizing the underlying network.
TIANJIN CHINA (Reuters) - The sheer size of the Chinese market is so alluring to Western companies that even pro-internet freedom firms like CloudFlare may have to put moral outrage to the side in their pursuit of new business.
San Francisco-based CloudFlare has a policy of providing cyber-defense services for all, based on a belief that the internet should be free, decentralized and open.
SINGAPORE - In 1Q 2014, the worldwide mobile service revenue increased 0.58% year-on-year (YoY) to US$264 billion according to ABI Research, and the aggregate service revenue for 2014 will grow 2.9% YoY to US$1.01 trillion, mainly driven by the robust growth of the mobile Internet market. Proliferating mobile data subscriptions and enhanced network capacity will drive global mobile Internet service revenue to US$456.7 billion by 2019—44.7% of total mobile service revenue.
Recent research suggests 90 percent of all existing data has been generated in the last three years, leaving telecom carriers to grapple with how to manage this data deluge effectively and still turn a profit. The answer may lie in Software Defined Networking (SDN) and Network Functions Virtualization (NFV). Based on Commercial-Off-The-Shelf (COTS) hardware, one immediate benefit of both technologies is the potential to reduce cost, for vendors and their carrier customers.
A global tier 1 Service Provider (SP) was experiencing a common issue: its circuit inventory data was untrustworthy, so it could not rapidly isolate faults and lacked the granular network intelligence to build out capacity, when and where it was needed. The SP had tried the common solution of periodically purchasing costly blanket bandwidth upgrades but still encountered the symptoms.
With the introduction of the iPhone in 2007 came the beginning of a global mobile revolution. Since then, mobile computing has transformed every aspect of our lives with smartphones and tablets outselling laptop computers as the primary means of network communication. In fact, this growth will only accelerate in the coming years, as the next wave of mobilization will create even more data from enterprise mobility, wearable computing and the Internet of Things (IoT).
The Internet of Things (IoT) is a growing and exciting ecosystem comprised of an array of different technologies.
Currently, IoT networks are heterogeneous, with short-range, mid-range, and long-range connections. These three levels of IoT connectivity options are determined based on how widespread the connections need to be –immediate, specified geography, or widespread. Although a mix of technologies will make up the ecosystem, standards for Long Term Evolution (LTE) will play an increasingly larger role in facilitating long-range connections.
PAN and LAN
CDMA-enabled telematics solutions are delivering the business intelligence that both dealers and lenders need to monitor and manage their vehicle assets as efficiently and cost effectively as possible.
Apple and Google have made names for themselves as technology innovators and as the companies shaping the direction of their industry. Both companies recently released high-profile connected car products – CarPlay and Open Auto Alliance, respectively – that allow users to bring the comforts of their mobile devices to their vehicles. It would seem that both companies are focused on new opportunities to extend their market dominance.
The catch? Microsoft announced its first connected car partnership, with Ford, all the way back in 2007.
A shifting industry
The first problem was the trustworthiness of the inventory data. The manual processes for performance analytics and service level agreement (SLA) monitoring were also a major challenge as they were inefficient, error-prone and time-consuming.