The US Department of Commerce recently amended its foreign-produced direct product rule (FPDP) and Entity List to include HiSilicon, Huawei’s semiconductor design subsidiary. This action has been widely deemed an escalation of the US government's "war on Huawei. In the broader context of the US sanction on Chinese tech firms, the addendum applies a consistency of "national security and foreign policy purpose” to HiSilicon.
In the last three months, Microsoft has been on a tear building out its portfolio of 5G core and virtualized network service management technologies having acquired Affirmed Networks, and most recently, Metaswitch. The acquisition of these telecom tech companies by the leading enterprise IT technology company and cloud service provider may seem curious at first, but these transactions highlight the acceleration of a transformative trend that we at neXt Curve dubbed Under-the-Bottom (UTB) in our 2019 technology horizon study for Ofcom, the United Kingdom’s communications and media sector regulator.
The evolution of 5G infrastructure will not be homogenous. Operators will be deploying islands of 5G across a sea of 4G and 3G. They will be faced with the challenges of developing, deploying and managing services across hybrid infrastructures that will be comprised of a fragmented mix of the old and the new. In order to accelerate returns on 5G investments operators will need a common, integrated toolchain that allows service providers to scale operations and services across a mixed portfolio of technologies and operating environments.
The global race for 5G is on with operators in advanced markets such as the US, South Korea leading the way with the first deployments of 5G networks in their respective markets. Given all the excitement and hype that has shrouded 5G over the last couple of years, telecom operators around the world are under pressure to jump on the 5G bandwagon as governments push to position their economies for the digital era. Especially for the U.S. and China, 5G has become a strategic economic imperative that both countries believe will determine the economy and doctrine that will lead in our digital future. But what does the 5G race mean for the emerging and developing markets? Do operators in these markets have the opportunity to rethink the network to enable new economic possibilities in the era of 5G?
As the IoT and 5G have evolved the models have moved from a simple Sensor to Gateway, to Cloud, to Edge, to near Edge, to Mobile Edge hype and perhaps one to two more terms that are circulating out there in the hype cycle. The terminology is confusing and typically is market speak or used to hype a specific technology and location between the Cloud and endpoint device that will be used for the majority of the collection, compute, response, and storage of the data.
With the advent of 5G there has been growing interest in what the next-generation mobile network technology means for industry. Operators and industrial OT (Operational Technology) players have been investigating the use cases and potential value that the 5G promises and technology can bring to manufacturing, supply chain and the factory of the future. It is commonly known and expected that 5G will bring about massive Machine Type Communications (mMTC), Ultra-Reliable Low-Latency Communications (URLLC) and enhanced Mobile Broadband (eMBB), but what do these use cases mean for manufacturers? Are these really the 5G promises that matter for the smart factory and the ongoing evolution of Industry 4.0?
July has been a watershed month for AT&T as it enters into two major "cloud deals", one with Microsoft and another with the newly merged IBM and Red Hat. At first glance, the two deals seem oddly contradictory - a collision of proprietary Microsoft cloud (although about half of Azure workloads run on top of Linux) with open source cloud from the combined IBM and Red Hat. But why two cloud deals? What makes them different? What does it mean for the companies involved?
The original telco central offices of the past had legacy mainframe-like telephone switches with legacy voice features, which was ideal in the 1980’s and 1990’s but are archaic today. With VoIP over LTE in the cloud, these local offices can be re-architected into 5G nano-datacenters that provide very low latency fixed and mobile access and distributed edge computing that will enable new and innovative hyperconverged IT/CT applications and services that avail new business models and network monetization opportunities for operators.
On 8/14/2018, Intel revealed another security flaw has been exposed called “Foreshadow”, whereby a botnet could bypass the safeguards and create a "shadow copy" at an unprotected location of the computer's CPU rendering Intel’s security measures inert.
neXt Curve Research Principal, Dean Freeman, attended the Internet of Things World 2018 trade show that took place May 14th to the 17th at the Santa Clara Convention Center to gain insight on what is new and happening in the world of the IoT.