Archivo de la categoría: IBM

AWS, Cisco, Dell, Equinix, Google, HP, IBM, Microsoft, News & Analysis, Platform as a service, Public Cloud, Salesforce, Software as a service, Synergy Research

Public cloud generating $22 billion a quarter for IT Companies

metalcloud_lowresPublic cloud computing generated over $22 billion in revenues for IT companies in the second financial quarter of 2015, according to a study by Synergy Research Group.

The revenue breaks down into $10 billion earned by companies supplying public cloud operators with hardware, software and data centre facilities and $12 billion being generated from selling infrastructure, platforms and software as a service.

In addition the public cloud supports ‘huge’ revenue streams from a variety of internet services such as search, social networking, email and e-commerce platforms, says the report. It identifies the supply side companies with the biggest share of revenues as Cisco, HP, Dell, IBM and Equinix. On the cloud services side the market leaders are AWS, Microsoft, Salesforce, Google and IBM.

As the public cloud makes inroads into the total IT market, the hardware and software used to build public clouds now account for 24 per cent of all data centre infrastructure spending. Public cloud operators and associated digital content companies account for 47 per cent of the data centre colocation market.

While the total IT market grew at less than five per cent per year, the growth of cloud revenues outpaced it. Infrastructure and platform as a service revenues (Iaas/Paas) grew by 49 per cent in the past year and software as a service (SaaS) grew by 29 per cent.

“Public cloud is now a market that is characterized by big numbers, high growth rates and a relatively small number of global IT players,” said Synergy Research Group’s chief analyst Jeremy Duke.

However, the report noted that there is still a place for regional small-medium sized public cloud players.

connected car, IBM, Internet of Things, IoT cloud, News & Analysis

New IBM cloud service could help car makers to internet things and cut emissions

connected-car-normal

IBM has launched a cloud service that aims to harness the power of the Internet of Things (IoT) so that car makers can cut the costs of production, ownership and pollution.

The new IBM Cloud could help the likes of BMW and Mercedes to make better use of the mass of data created by all the intelligent sensors in a car and use this intelligence to make car drivers more efficient. The service aggregates data about the machines, the drivers and the passengers. IBM claims it could cut carbon emissions by helping cut fuel consumption through promoting better driving techniques, smarter route choices and sensible loading.

On the supplier side, the improved intelligence, says IBM, could help vehicle manufacturers to lower both the cost of production and ownership, through techniques such as predictive vehicle maintenance, real-time engine diagnostics and chassis stress analysis.

The IBM Internet of Things (IoT) for Automotive system is available on IBM Cloud’s SoftLayer infrastructure. IBM says it will analyse primary and secondary sources of intelligence. In addition to primary sources, such as geolocation data collected in the car, it will use external sources such as the car maker’s customer data and vehicle history. It will also use data from parking providers.

Automotive supplier Continental uses IBM MessageSight and IBM InfoSphere Streams, components of the IBM IoT for Automotive solution, to help manage complex data streams and apply analytics to its eHorizon system. This allows vehicle electronics to anticipate road conditions using digital mapping and crowd sourced data.

According to Telefonica’s 2013 Connected Car Industry Report, nine in ten new cars will be equipped with extensive connectivity services by 2020. IBM’s mission is to make sense of all the masses of big data and put it to good use, said IBM’s general manager for global automotive industry Dirk Wollschlaeger. “We have the potential to change how we interact with our vehicles,” said Wollschlaeger.

health, health cloud, IBM, News & Analysis

IBM Watson health launches to new cloud services to speed research

healthcare ITIBM has launched two new cloud services and a range of initiatives which aim to eliminate the worst bottlenecks of clinical research in the health sector.

The IBM Watson Health Cloud for Life Sciences Compliance is designed to help biomedical companies bring their inventions to market more efficiently. This system aims to speed up the process of meeting the pharmaceutical industry compliance regulations govern the hosting and access of data.

IBM Watson Care Manager is a population health system which aims to amalgamate features from IBM’s own Watson Health with Apple’s HealthKit and ResearchKit, which allows researchers to conduct studies using their iPhone. The new Care Manager system could allow medical professionals’ to consider a broad ranger of factors when working out a personalized patient engagement program.

IBM also announced partnerships with Boston Children’s Hospital, Columbia University, Icon, Sage Bionetworks and Teva Pharmaceuticals. It unveiled how the partners are using Watson’s cloud application to improve a number of health sector business processes, including drug discovery and development, personalized medicine, chronic disease management, pediatrics and digital health.

CVS Health, Medtronic, Yale University, Teva and Sage also announced the Watson Health Cloud is their organizations’ preferred development platform.

Boston Children’s Hospital (BCH) has been named Watson Health’s foundational pediatrics partner, with IBM integrating its health cloud systems with the hospital’s OPENPediatrics initiative for sharing pediatric expertise. IBM and BCH will jointly develop commercial systems for personalized medicine, heart health and critical care. Another objective is to use Watson’s image analytics to help clinicians improve diagnoses for children with heart conditions. A third project involves using streaming analytics on data from patients on ventilation systems, in order to pre-empt patient decline.

Columbia University Medical Center is to test IBM Watson’s capacity to translate DNA insights into personalized treatment options for cancer patients. Meanwhile, clinical research organization Icon is to use Watson for clinical trial matching, which aims to speed up the process of screening the subjects of clinical trials. According to IBM 80 per cent of clinical trials fail due to inadequate patient enrolment and only 2 per cent of patients are eligible for trials.

“The IBM Watson Health Cloud can help us break down barriers that hamper progress in research,” said Sage Bionetworks president Stephen H. Friend.

ARM, electronics, IBM, Internet of Things, IoT, News & Analysis

IBM launches cloud-based Internet of Things service for electronic industry

IBM has launched the first in a series of cloud-based, industry-specific services for the Internet of Things (IoT), with an offering for the electronics industry. Its debut IoT service will gather data from individual sensors to provide instant analysis of the production processes of electronics manufacturers.

Meanwhile, IBM said it has integrated its IoT system, IBM IoT Foundation, with the firmware of chipmaker ARM, so that all devices driven by ARM chips will be able to release data for analysis. IBM said the fusion will allow ‘huge quantities’ of data from industrial appliances, weather sensors and wearable monitoring devices to be gathered, analysed and acted upon.

The IBM IoT Foundation, a cloud-hosted offering, aims to simplify the complexity of analysing masses of machine to machine (M2M) data. It offers tools for analysing large quantities of fast-moving data and provides access to Bluemix, IBM’s service for managing and prioritising data flows. It also offers to secure confidential financial, IP and strategy information.

During the integration process, products powered by ARM’s ‘mbed-enabled’ chips will automatically register with the IBM IoT Foundation and connect with IBM analytics services. This unification means that information gathered from sensors in any connected device is delivered to the cloud for analysis. The IoT connection also means that commands can be pushed to devices, with actions being taken on the basis of the intelligence gathered.

If an alarm message is triggered on a machine in a manufacturing plant, it can now be automatically shut down and an engineer despatched to trouble shoot the disruption, IBM said. This cost-saving damage limitation is best achieved by combining the knowledge and communications protocols of different vendors at different levels of the ICT stack, according IBM’s General Manager for the Internet of Things, Pat Toole.

“The IoT is now at an inflection point and it needs the big data expertise of IBM and little data expertise of ARM to ensure it reaches its global potential,” said Toole.

Original design manufacturers and OEMs, like Ionics, are already seeing value in the chip level architecture harmonisation, said Krisztian Flautner, the General Manager of ARM’s IoT business. “Deploying IoT technology has to be easy, secure and scalable for it to feel like a natural extension of a company’s business,” said Flautner.

ANZ, Asia Pacific, banking, development, IBM, News & Analysis, Research

IBM signs cloud development agreement with ANZ bank

ANZ has signed a five-year, A$450 million (£208 million) strategic agreement with IBM, the centrepiece of which is the establishment of a cloud-based Innovation Lab based on IBM’s Bluemix cloud development platform-as-a-service, reports Banking Technology.

The lab will allow the Bank’s developers to build, test and deploy new applications and services at “a fraction of the time and cost previously taken”.

As well as the Innovation Lab and cloud capabilities, the agreement includes access to IBM’s software portfolio and core systems infrastructure. The IBM agreement will provide common platforms across ANZ’s network as it continues to grow as a super-regional bank and will allow the bank to deliver a “more integrated and innovative banking experience for digital customers”.

IBM will deploy its newest z13 mainframe and Power8 infrastructure as part of ANZ’s private cloud environment. The infrastructure will provide the bank with the reliability, security and resiliency needed to service the needs of mobile customers across the bank’s network. IBM integration, content management, data, analytics and cloud software will support ANZ’s core banking and infrastructure needs.

“Understanding our customers’ needs and preferences around mobile and digital banking is critical to our business and to providing a superior customer experience,” said Scott Collary, ANZ’s chief information officer. “We therefore need to ensure we’re meeting these needs in an innovative, consistent and seamless way and with this partnership with IBM, we’re working to achieve this goal.”

IBM has been a strategic partner of ANZ for more than 40 years said Scott Barlow, IBM client director for ANZ Bank: “This new agreement continues to build on this by enabling ANZ access to an arsenal of leading edge technology to provide the agility, speed and innovation essential in the rapidly changing financial services marketplace.”

Blue Box, Cloudsoft, Duncan Johnston-Watt, IBM, Infrastructure as a Service, Jesse Proudman, News & Analysis

IBM boosts OpenStack cloud presence with Blue Box integration

IBM has integrated Blue Box, which offers managed private OpenStack clouds on-premise, into its own datacentres

IBM has integrated Blue Box, which offers managed private OpenStack clouds on-premise, into its own datacentres

Less than a few months after buying the managed OpenStack-based private cloud provider Blue Box IBM announced it has integrated the company’s technology into its SoftLayer infrastructure.

IBM customers now have access to Blue Box’s dedicated cloud offering through its cloud datacentres, which the company is pitching as a way to complement and ease provisioning of resources in the public cloud.

The company also announced that Cloudsoft, an open source application management company, will operate its Application Management Platform (AMP) via Blue Box Cloud.

“I’ve been impressed by the way the IBM and Blue Box engineering teams have collaborated to quickly bring Blue Box Cloud to a worldwide infrastructure platform,” said Jesse Proudman, chief technology officer at Blue Box. “Today, we’ve taken a big step toward our goal of delivering private clouds to customers anywhere in the world—and we’re offering deployment timelines that are unheard of within traditional private cloud.”

Duncan Johnston-Watt, chief executive of Cloudsoft said: “Implementing Cloudsoft AMP on Blue Box Cloud across IBM Cloud datacentres will allow us to meet the increased demand from customers for hybrid cloud solutions built on OpenStack. The combination of Blue Box’s best-in-class OpenStack service and IBM Cloud’s global footprint and legendary private network will enable us to model, deploy and manage our customers’ business critical applications and services worldwide.”

Bob Proctor, Cisco, IBM, Internet of Things, IoT, LoRa, M2M, News & Analysis, Samsung, Semtech

Link Labs bags $5.7m to boost IoT network dev efforts

Link Labs scored $5.7m, which it will use to double down on product development

Link Labs scored $5.7m, which it will use to double down on product development

Internet of Things (IoT) networking specialist Link Labs has secured $5.7m in series A funding which the company said would be used to boost its low-power wide area network (LPWAN) expansion efforts.

The funding round was led by TCP Venture Capital, which included investment from the Maryland Venture Fund, Blu Venture investors, Inflection Point Partners, and individual and existing investors.

Link Labs specialises in developing IoT networking technology based on LoRa, a standard for IoT-centric wide area networks. Its wares are popular in the intelligent manufacturing, healthcare and smart metering sectors.

The company’s Symphony Link software and hardware connects a range of IP-connected devices over long ranges, both indoors and outdoors, over both licenced and unlicensed spectrum (915 MHz ISM band and ETSI­ compliant for use in the 868 MHz band in Europe and are capable of deployment from 137 MHz­1020 MHz).

“This round marks an important milestone for us as we shift from system development, to accelerated deployment with our early customers,” said Brian Ray, chief executive of Link Labs. “This gives us the capital to expand our distribution channel and open up additional international markets and new applications.”

Bob Proctor, founding member at Blu Venture Investors said: “Link Labs is quickly emerging as the leader in hardware and software systems for low-power, long-range communications. We were excited to provide the seed round for Link Labs last year and are proud to be a major part of the Series A round.”

Link Labs is one of a small but growing number of startups making inroads in the IoT networking space, where there is a flurry of activity around developing standards to handle the communications element.

LoRa, which is developed by Semtech, is being backed by IBM, Cisco, and Microchip among the members of the LoRa Alliance, but other include Sigfox (which is being backed by Samsung) and Neul (which is being backed by Huawei).

Datacentre, Facebook, HP, IBM, Intel, Mike Yang, News & Analysis, Open Compute, Open Source, Quanta, Rackspace, server

Quanta intros Intel RSA Open Compute proof of concept

Quanta is mashing up Intel's RSA and Open Compute designs

Quanta is mashing up Intel’s RSA and Open Compute designs

Taiwanese datacentre vendor Quanta has introduced an Intel Rack Scale Architecture (Intel RSA) proof of concept rack solution based on Open Compute specifications which the company is pitching at hyperscale datacentre operators and cloud providers.

Intel RSA is the chip vendor’s own modular architecture design that disaggregates compute, storage and networking and weaves them together in a fabric it claims makes resources easier to pool and pod.

Now Quanta has developed a proof of concept for a server that blends Intel’s RSA specs and Open Compute designs.

The hardware vendor, which already offers hardware based on Open Compute designs, claims will significantly reduce datacentre energy consumption and costs, reduce vendor lock-in and ease management and maintenance.

“Datacentres face significant challenges to efficiency, flexibility and agility,” said Mike Yang, general manager of QCT. “Working with Intel on the Intel RSA program, we have developed our product lineup based on Open Compute to give customers the utmost in efficiency and performance, supported by open standards.”

“In addition, we provide manageability from the chassis level and rack level, up to pod level, so customers can easily pool resources across these levels to support dynamic workloads,” Yang said.

ODMs like Quanta have gained strong share in the hyperscale datacentre space because of their cost competitiveness, and at the same time the Open Compute project, an open source hardware project founded by Facebook a few years back, seems to be gaining favour among large cloud providers. Facebook, IBM, HP and Rackspace are among some of the larger providers building out Open Compute-based services at reasonable scale.

IBM, Infrastructure as a Service, Jim Zemlin, Linux, mainframes, News & Analysis, server, Tom Rosamilia

IBM announces Linux mainframe app development cloud

IBM is trying to keep mainframes relevant in the cloud era

IBM is trying to keep mainframes relevant in the cloud era

IBM is open sourcing a large set of Linux mainframe code and launching the LinuxONE Developer Cloud, a cloud-based platform for developers to create applications for a Linux server based on the mainframe.

The LinuxONE Developer Cloud, which will be deployed in select IBM datacentres globally, will provide developers access to a cloud-based development, piloting and testing environment for Linux-based mainframe workloads.

The move coincides with the company’s launch of a portfolio of Linux mainframe services, called LinuxONE, that IBM says are optimised to run cloud-native workloads like Dockerized apps and NoSQL databases.

“Fifteen years ago IBM surprised the industry by putting Linux on the mainframe, and today more than a third of IBM mainframe clients are running Linux,” said Tom Rosamilia, senior vice president, IBM Systems.

“We are deepening our commitment to the open source community by combining the best of the open world with the most advanced system in the world in order to help clients embrace new mobile and hybrid cloud workloads. Building on the success of Linux on the mainframe, we continue to push the limits beyond the capabilities of commodity servers that are not designed for security and performance at extreme scale,” Rosamilia said.

As part of the move the company is contributing tens of thousands of lines of code to the recently created Open Mainframe Project, formed by the Linux Foundation to optimise Linux deployments on mainframes.

“Linux on the mainframe has reached a critical mass such that vendors, users and academia need a neutral forum where they can work together to advance Linux tools and technologies and increase enterprise innovation,” said Jim Zemlin, the Linux Foundation executive director.

“The Open Mainframe Project is a direct response to the demands of Linux users and the supporting open source ecosystem to address unique features and requirements built into mainframes for security, availability and performance,” Zemlin said.

Datacentre, Enterprise IT, IBM, Netflix, News & Analysis

Netflix to retire on-prem datacentres by summer’s end

Netflix is making big changes to how it architects its service

Netflix is making big changes to how it architects its service

Netflix said it plans to move its last remaining on-prem systems to the cloud in a move aimed at streamlining its datacentre strategy.

According to a recent report in The Wall Street Journal’s CIO Journal, while its entire customer-facing business runs on AWS, Netflix said the company is planning to completely retire its own datacentres later this summer.

While most of its internal applications also run in the public cloud the company still uses its own infrastructure to store backups of its video collection, and for persistent failover.

It is clear Netflix has until very recently continued to invest in that infrastructure. Earlier this year the video streaming giant swapped 16 existing storage systems for three XIV systems to reduce datacentre floor space used by about 80 per cent and boost its database transactions-per-minute.

It was also testing IBM’s recently announced Spectrum Storage software, which is designed to optimise storage and ease management within hybrid cloud environments.

Moving all of its systems and applications to the cloud will complement a massive architectural overhaul announced earlier this year.

The company said rising demand for its service, which is mostly deployed on AWS infrastructure from multiple locations (initially just in the US) has prompted an effort to simplify its architecture so that it can scale more rapidly and reduce outages.

“Over the past 7 years, Netflix streaming has expanded from thousands of members watching occasionally to millions of members watching over two billion hours every month.  Each time a member starts to watch a movie or TV episode, a “view” is created in our data systems and a collection of events describing that view is gathered.  Given that viewing is what members spend most of their time doing on Netflix, having a robust and scalable architecture to manage and process this data is critical to the success of our business,” the company said at the time.