Home » Uncategorized
Category Archives: Uncategorized
The MT2625 platform – the world’s smallest NB IoT module – is spearheading the deployment of IoT tech, with first product launches in association with China Mobile’s eSIM and supporting OneNET, China Mobile’s IoT open platform. (Note, however, that MediaTek’s major competitor, the Huawei Group already delivered such a solution with China Mobile, the M5310 module of only 19 × 18.4 × 2.7mm size using the HiSilicon Hi2110 chip. The already announced MediaTek based module would be only 16mm × 18mm in size)
This makes it easy for device makers to quickly develop and bring innovative NB-IoT devices to market. For an understanding of a current view on eSIM potential see a recent 3d party (in the sense of no direct interest in any chip, device or operator companies) video:
It is all about connectivity! eSIM (Giesecke & Devrient* YouTube channel, Feb 23, 2017)
* Giesecke+Devrient is a global company that offers security technologies, both in the physical and digital spheres.
MediaTek Announces Interoperability Tests with SoftBank to Drive NB-IoT Development in Japan (company press release, TOKYO and HSINCHU, Taiwan – Oct. 3, 2017)
MediaTek furthers its commitment in NB-IoT technology to meet market demand
MediaTek Inc. today announced it will conduct a series of interoperability tests of NarrowBand IoT connectivity (NB-IoT) with SoftBank Corp. (“SoftBank”), a subsidiary of SoftBank Group Corp., in the first quarter of 2018 to pave the way for development of NB-IoT commercial applications in Japan. This interoperability test will further efforts to advance MediaTek’s NB-IoT technology and ready the connectivity standard for global deployment. “MediaTek is proud to be at the forefront of NB-IoT technology innovation, which has the potential to deliver new ways to connect that are both cost effective and power efficient” said Yoshitaka Sakurai, General Manager of MediaTek Japan. “This initiative with SoftBank, along with the unveiling of our MT2625 NB-IoT SoC solution and our collaboration with leading telecommunications companies around the world, demonstrates MediaTek’s commitment to an exciting new era that’s set to fuel the massive growth of the Internet of Things.”
MediaTek has played a pivotal role in the formulation and implementation of the 3GPP LPWA specification for NB-IoT. The company recently unveiled its highly integrated and ultra-low-power MT2625 NB-IoT System-on-Chip (SoC) and announced its collaboration with China Mobile to build the world’s smallest NB-IoT module (16mm X 18mm) around the chipset.
The company’s MT2625 NB-IoT chipset is built to meet the requirements of cost-sensitive and small IoT devices and leverages MediaTek’s advanced power consumption technology to enable IoT devices to work with batteries for years. The highly integrated SoC combines an Arm® Cortex®-M microcontroller (MCU), pseudo-static RAM (PSRAM), flash memory and power management unit (PMU) into a small package to lower the cost of production while also speeding up time-to-market. The MT2625 supports a full frequency band(from 450MHz to 2.1GHz) of 3GPP R13 (NB1) and R14 (NB2) standards for a wide range of IoT applications including smart home control, logistics tracking and smart meters.
For more information about the MediaTek MT2625, please visit: http://www.mediatek.com/products/nbIot/mt2625
MediaTek’s latest technologies will be showcased at CEATEC JAPAN 2017, being held Oct. 3 – 6, 2017 at Makuhari Messe in Chiba, Japan. To see demonstrations and learn more, please visit MediaTek’s booth # D081.
How SoftBank head honcho Masayoshi Son thinks:
The crazy world of Masayoshi Son (Tech in Asia YouTube channel, Aug 25, 2017)
China IoT market scale estimated to exceed CNY1.5 trillion by 2020 (DIGITIMES, Sept 22, 2017)
China’s IoT (Internet of Things) market scale has posted an annual expansion of over 20% over the past few years, and the market value is estimated to exceed CNY1.5 trillion (US$227.6 billion) by 2020 from CNY900 billion in 2016, according to the China Annual IoT Development Report (2016-2017) recently released by China Economic Information Service (CEIS).
The CEIS report showed that 36 major IoT enterprises listed on the Shanghai and Shenzhen stock exchange markets, as well as key listed enterprises in three segments, such as smart medicine, smart home and smart transportation, registered aggregate revenues of CNY277.54 billion and combined net profits of CNY16.79 billion in 2016, surging 22.3% and 15.1%, respectively, on year.
The report pointed out that the global IoT development has witnessed some new features and trends. First, the global development of IoT technologies and applications has been in high gear, and is quickly moving into the era of Internet of Everything (IoE). Advanced countries have kept strengthening their strategic IoT deployments, while application scenarios for IoT technologies have been constantly enriched. In addition, the accelerated construction of open source IoT ecosystems has fueled continued expansion of the IoT industrial scale.
Some 400,000 NB-IoT base stations to be operational by year-end
Second, China’s “13th Five-Year” IoT roadmap has been unveiled, with the NB-IoT construction upgraded to a national strategy; and the Information Communication Industry Development Plan-IoT (2016-2020), released early this year, has become a guiding document for the development of China’s IoT industry in the next five years. It’s estimated that NB-IoT networks will cover municipalities, provincial capitals and other key cities in China by the end of 2017, when a total of 400,000 base stations will be operational around the country.
Third, the accelerated integration of IoT and new technologies such as cloud computing, big data, AI (artificial intelligence), 5G and LPWAN (low power wide area network) has significantly driven industrial innovations and upgrades. China’s IoT industry ecology has been optimized comprehensively, and the platform-based development and application of IoT in diverse fields has also been enhanced greatly, while the application value of IoT has been widely recognized to facilitate extensive IoT applications.
Fourth, the open source innovation ecosystems of IoT is taking shape gradually, and business revenues and profits of leading listed enterprises have posted stable growth. With platforms, alliances and open source communities serving as carriers, China IoT enterprises are actively engaged in cross-field and transnational cooperation in IoT R&Ds, applications and promotions.
Fifth, the degree of IoT industry clustering in China cities has been further strengthened, which is conducive to building the cities to smart ones through IoT applications.
NB-IOT: NARROW-BAND IOT (MediaTek subsite, June 21, 2017)
Chrome is pushing for mobile productivity and cloud adoption with the next generation convertibles: main targets are SMBs, as well as education and retail solutions
– March 22, 2017: Entry level Chrome OS based commercial and consumer products built on Rockchip RK3288-C SoC which also includes the basic information about the current state-of-the-art in security, in supporting Android apps as well as in building solutions for engaging customers in public spaces with “smart signs” costing on par with traditional signage (i.e. the overall value proposition of the platform)
– March 22, 2017: Android security which is especially important as with the upcoming “Android apps on Chrome OS” (currently Beta) the whole Google Play store apps will become available on Chrome as well (in the upcoming Chrome OS 58 and 59)
The next generation of Chromebook: The new category of computing originally launched in 2011 has now been redefined (2+ min) (more…)
Once you have regular security problems on your Windows 10 PC like me, and you are essentially already close to 100% using web applications only like me, than it is time to move over to the Chrome OS platform. And this could be done now with a rock bottom cost. This is what I’ve found by examining the latest Chrome OS platform information as well as the entry level hardware represented by devices built on Rockchip RK3288-C SoC (a low-end quadcore 64-bit ARM SoC with lowest cost IP inside, so the SoC is the lowest cost too).
There is a “hidden” advantage as well. The “Android apps on Chrome OS” is in Beta now, but when the current Android Framework in Chrome OS will move from support of Android Marshmallow [6.0] to Android Nougat [7.0] Coming to Chrome OS 58 or 59 all Google Play store apps will be available properly on Chrome devices as well. In a companion post I’ve examined the current state-of-the-art of Android security as well, and that is looking much better than that of current Windows 10. So as far as all this information is concerned such a platform change looks like the final solution for my current security issues on Win10.
There is a further impetus from yesterday’s news on Microsoft Edge comes last in browser security battle By 18 hours ago from techradar: (more…)
For information on OpenStack provided earlier on this blog see:
– Disaggregation in the next-generation datacenter and HP’s Moonshot approach for the upcoming HP CloudSystem “private cloud in-a-box” with the promised HP Cloud OS based on the 4 years old OpenStack effort with others, ‘Experiencing the Cloud’, Dec 10, 2013
– Red Hat Enterprise Linux OpenStack Platform 4 delivery and Dell as the first company to OEM it co-engineered on Dell infrastructure with Red Hat, ‘Experiencing the Cloud’, Feb 19, 2014
To understand the OpenStack V4 level state-of-technology-development as of June 25, 2015:
– go to my homepage: https://lazure2.wordpress.com/
– or to the OpenStack related part of Microsoft Cloud state-of-the-art: Hyper-scale Azure with host SDN — IaaS 2.0 — Hybrid flexibility and freedom, ‘Experiencing the Cloud’, July 11, 2015
May 19, 2016:
With OpenStack in tow you’ll go far — be it your house, your bank, your city or your car.
Just look at all of the exciting places we’re going:
From the phone in your pocket
The telecom industry is undergoing a massive shift, away from hundreds of proprietary devices in thousands of central offices accumulated over decades, to a much more efficient and flexible software plus commodity hardware approach. While some carriers like AT&T have already begun routing traffic from the 4G networks over OpenStack powered clouds to millions of cellphone users, the major wave of adoption is coming with the move to 5G, including plans from AT&T, Telefonica, SK Telekom, and Verizon.
We are on the cusp of a revolution that will completely re-imagine what it means to provide services in the trillion dollar telecom industry, with billions of connected devices riding on OpenStack-powered infrastructure in just a few years.
To the living room socket
The titans of TV like Comcast, DirecTV, and Time Warner Cable all rely on OpenStack to bring the latest entertainment to our homes efficiently, and innovators like DigitalFilm Tree are producing that content faster than ever thanks to cloud-based production workflows.
Your car, too, will get smart
Speaking of going places, back here on earth many of the world’s top automakers, such as BMW and the Volkswagen group, which includes Audi, Lamborghini, and even Bentley, are designing the future of transportation using OpenStack and big data. The hottest trends to watch in the auto world are electric zero emissions cars and self-driving cars. Like the “smart city” mentioned above, a proliferation of sensors plus connectivity call for distributed systems to bring it all together, creating a huge opportunity for OpenStack.
And your bank will take part
Money moves faster than ever, with digital payments from startups and established players alike competing for consumer attention. Against this backdrop of enormous market change, banks must meet an increasingly rigid set of regulatory rules, not to mention growing security threats. To empower their developers to innovate while staying diligent on regs and security, financial leaders like PayPal, FICO, TD Bank, American Express, and Visa are adopting OpenStack.
Your city must keep the pace
Powering the world’s cities is a complex task and here OpenStack is again driving automation, this time in the energy sector. State Grid Corporation, the world’s largest electric utility, serves over 120 million customers in China while relying on OpenStack in production.
Looking to the future, cities will be transformed by the proliferation of fast networks combined with cheap sensors. Unlocking the power of this mix are distributed systems, including OpenStack, to process, store, and move data. Case in point: tcpcloud in Prague is helping introduce “smart city” technology by utilizing inexpensive Raspberry Pis embedded in street poles, backed by a distributed system based on Kubernetes and OpenStack. These systems give city planners insight into traffic flows of both pedestrians and cars, and even measure weather quality. By routing not just packets but people, cities are literally load balancing their way to lower congestion and pollution.
From inner to outer space
The greatest medical breakthroughs of the next decade will come from analyzing massive data sets, thanks to the proliferation of distributed systems that put supercomputer power into the hands of every scientist. And OpenStack has a huge role to play empowering researchers all over the globe: from Melbourne to Madrid, Chicago to Chennai, or Berkeley to Beijing, everywhere you look you’ll find OpenStack.
To explore this world, I recently visited the Texas Advanced Computing Center (TACC) at the University of Texas at Austin where I toured a facility that houses one of the top 10 supercomputers in the world, code named “Stampede
But what really got me excited about the future was the sight of two large OpenStack clusters: one called Chameleon, and the newest addition, Jetstream, which put the power of more than 1,000 nodes and more than 15,000 cores into the hands of scientists at 350 universities. In fact, the Chameleon cloud was recently used in a class at the University of Arizona by students looking to discover exoplanets. Perhaps the next Neil deGrasse Tyson is out there using OpenStack to find a planet to explore for NASA’s Jet Propulsion Laboratories.
Where should we go next?
Mark Collier is OpenStack co-founder, and currently the OpenStack Foundation COO. This article was first published in Superuser Magazine, distributed at the Austin Summit.
May 9, 2016:
From OpenStack Summit Austin, Part 1: Vendors digging in for long haul by Al Sadowski, 451 Research, LLC: This report provides highlights from the most recent OpenStack Summit
THE 451 TAKE OpenStack mindshare continues to grow for enterprises interested in deploying cloud-native applications in greenfield private cloud environments. However, its appeal is limited for legacy applications and enterprises sold on hyperscale multi-tenant cloud providers like AWS and Azure. There are several marquee enterprises with OpenStack as the central component of cloud transformations, but many are still leery of the perceived complexity of configuring, deploying and maintaining OpenStack-based architectures. Over the last few releases, processes for installation and upgrades, tooling, and API standardization across projects have improved as operators have become more vocal during the requirements phase. Community membership continues to grow on a global basis, and the supporting organization also depicts a similar geographic trend.
… Horizontal scaling of Nova is much improved, based on input from CERN and Rackspace. CERN, an early OpenStack adopter, demonstrated the ability for the open source platform to scale – it now has 165,000 cores running OpenStack. However, Walmart, PayPal and eBay are operating larger OpenStack environments.
May 18, 2015:
Walmart‘s Cloud Journey by Amandeep Singh Juneja
May 19, 2015:
OpenStack Update from eBay and PayPal by Subbu Allamaraju
May 18, 2015:
Architecting Organizational Change at TD Bank by Graeme Peacock, VP Engineering, TD Bank Group
TD Bank uses cloud as catalyst for cultural change in IT
May 9, 2016: From OpenStack Summit Austin, Part 1: Vendors digging in for long haul continued:
While OpenStack may have been conceived as an open source multi-tenant IaaS, its future success will mainly come from hosted and on-premises private cloud deployments. Yes, there are many pockets of success with regional or vertical-focused public clouds based on OpenStack, but none with the scale of AWS or the growth of Microsoft Azure. Hewlett Packard Enterprise shuttered its OpenStack Helion-based public cloud, and Rackspace shifted engineering resources away from its own public cloud. Rackspace, the service provider with the largest share of OpenStack-related revenue, says its private cloud is growing in the ‘high double digits.’ Currently, 56% of OpenStack’s service-provider revenue total is public cloud-based, but we expect private cloud will account for a larger portion over the next few years.
October 21, 2015:
A new model to deliver public cloud by Bill Hill, SVP and GM, HP Cloud
December 1, 2015:
May 9, 2016: From OpenStack Summit Austin, Part 1: Vendors digging in for long haul continued:
As of the Mitaka release, two new gold members were added: UnitedStack and EasyStack, both from China. Other service providers and vendors shared their customer momentum and product updates with 451 Research during the summit. Among the highlights are:
- AT&T has cobbled together a DevOps team from 67 different organizations, in order to transform into a software company.
- All of GoDaddy’s new servers are going into its OpenStack environment. It is also using the Ironic (bare metal) project and exploring containers on OpenStack.
- SwiftStack built a commercial product with an AWS-like consumption model using the Swift (object storage) project. It now has over 60 customers, including eBay, PayPal, Burton Snowboards and Ancestry.com.
- OVH is based in France and operates a predominately pan-Europe public cloud. It added Nova compute in 2014, and currently has 75PB on Swift storage.
- Unitas Global says OpenStack-related enterprise engagements are a large part of its 100% Y/Y growth. While it does not contribute code, it is helping to develop operational efficiencies and working with Canonical to deploy ‘vanilla’ OpenStack using Juju charms. Tableau Software is a client.
- DreamHost is operating an OpenStack public cloud, DreamCompute, and is a supporter of the Astara (network orchestration) project. It claims 2,000 customers for DreamCompute and 10,000 customers for its object storage product.
- Platform9 is a unique OpenStack in SaaS startup with 20 paying customers. Clients bring their own hardware, and the software provides the management functions and takes care of patching and upgrades.
- AppFormix is a software startup focused on cloud operators and application developers that has formed a licensing agreement with Rackspace. Its analytics and capacity-planning dashboard software will now be deployed on Rackspace’s OpenStack private cloud. The software also works with Azure and AWS.
- Tesora is leveraging the Trove project to offer DBaaS. The vendor built a plug-in for Mirantis’ Fuel installer. The collaboration claims to make commercial, open source relational and NoSQL databases easier for administrators to deploy.
April 25, 2016:
AT&T’s Cloud Journey with OpenStack by Sorabh Saxena SVP, Software Development & Engineering, AT&T
OpenStack + AT&T Innovation = AT&T Integrated Cloud.
AT&T’s network has experienced enormous growth in traffic in the last several years and the trend continues unabated. Our software defined network initiative addresses the escalating traffic demands and brings greater agility and velocity to delivering features to end customers. The underlying fabric of this software defined network is AT&T Integrated Cloud (AIC).
Sorabh Saxena, AT&T’s SVP of Software Development & Engineering, will share several use cases that will highlight a multi-dimensional strategy for delivering an enterprise & service provider scale cloud. The use cases will illustrate OpenStack as the foundational element of AIC, AT&T solutions that complement it, and how it’s integrated with the larger AT&T ecosystem.
As the Senior Vice President of Software Development and Engineering at AT&T, Sorabh Saxena is leading AT&T’s transformation to a software-based company. Towards that goal, he is leading the development of platforms that include AT&T’s Integrated Cloud (AIC), API, Data, and Business Functions. Additionally, he manages delivery and production support of AT&T’s software defined network.
Sorabh and his organization are also responsible for technology solutions and architecture for all IT projects, AT&T Operation Support Systems and software driven business transformation programs that are positioning AT&T to be a digital first, integrated communications company with a best in class cost structure. Sorabh is also championing a cultural shift with a focus on workforce development and software & technology skills development.
Through Sorabh and his team’s efforts associated with AIC, AT&T is implementing an industry leading, highly complex and massively scaled OpenStack cloud. He is an advocate of OpenStack and his organization contributes content to the community that represents the needs of large enterprises and communication services providers.
April 25, 2016: And the Superuser Award goes to… AT&T takes the fourth annual Superuser Award.
AUSTIN, Texas — The OpenStack Austin Summit kicked off day one by awarding the Superuser Award to AT&T.
NTT, winners of the Tokyo edition, passed the baton onstage to the crew from AT&T.
AT&T is a legacy telco which is transforming itself by adopting virtual infrastructure and a software defined networking focus in order to compete in the market and create value for customers in the next five years and beyond. They have almost too many OpenStack accomplishments to list–read their full application here.The OpenStack Foundation launched the Superuser Awards to recognize, support and celebrate teams of end-users and operators that use OpenStack to meaningfully improve their businesses while contributing back to the community.
April 1, 2016: Austin Superuser Awards Finalist: AT&T
The legacy telecom is in the top 20 percent for upstream contributions with plans to increase this significantly in 2016.
It’s time for the community to determine the winner of the Superuser Award to be presented at the OpenStack Austin Summit. Based on the nominations received, the Superuser Editorial Advisory Board conducted the first round of judging and narrowed the pool to four finalists.
Now, it’s your turn.
The team from AT&T is one of the four finalists. Review the nomination criteria below, check out the other nominees and cast your vote before the deadline, Friday, April 8 at 11:59 p.m.Pacific Daylight Time. Voting is limited to one ballot per person.
How has OpenStack transformed your business?
AT&T is a legacy telco which is transforming itself by adopting virtual infrastructure and a software defined networking focus in order to compete in the market and create value for customers in the next five years and beyond.
- Virtualization and virtual network functions (VNFs) are of critical importance to the Telecom industry to address growth and agility. AT&T’s Domain 2.0 Industry Whitepaper released in 2013 outlines the need as well as direction.
- AT&T chose OpenStack as the core foundation of their cloud and virtualization strategy
- OpenStack has reinforced AT&T’s open source strategy and strengthened our dedication to the community as we actively promote and invest resources in OpenStack
- AT&T is committing staff and resources to drive the vision and innovation in the OpenStack and OPNFV communities to help drive OpenStack as the default cloud orchestrator for the Telecom industry
- AT&T as a founding member of the ETSI ISG network functions virtualization (NFV) helped drive OpenStack as the cloud orchestrator in the NFV platform framework. OpenStack was positioned as the VIM – Virtual Infrastructure Manager. This accelerated the convergence of the Telco industry onto OpenStack.
OpenStack serves as a critical foundation for AT&T’s software-defined networking (SDN) and NFV future and we take pride in the following:
- AT&T has deployed 70+ OpenStack (Juno & Kilo based) clouds globally, which are currently operational. Of the 70+ clouds 57 are production application and network clouds.
- AT&T plans 90% growth, going to 100+ production application and network clouds by the end of 2016.
- AT&T connects more than 14 million wireless customers via virtualized networks, with significant subscriber cut-over planned again in 2016
- AT&T controls 5.7% of our network resources (29 Telco production grade VNFs) with OpenStack, with plans to reach 30% by the end of 2016 and 75% by 2020.
- AT&T trained more than 100 staff in OpenStack in 2015
AT&T plans to expand to expand its community team of 50+ employees in 2016 As the chosen cloud platform OpenStack enabled AT&T in the following SDN and NFV related initiatives:
- Our recently announced 5G field trials in Austin
- Re-launch of unlimited data to mobility customers
- Launch of AT&T Collaborate a next generation communication tool for enterprise
- Provisioning of a Network on Demand platform to more than 500 enterprise customers
- Connected Car and MVNO (Mobile Virtual Network Operator)
- Mobile Call Recording
- Internally we are virtualizing our control services like DNS, NAT, NTP, DHCP, radius, firewalls, load balancers and probes for fault and performance management.
Since 2012, AT&T has developed all of our significant new applications in a cloud native fashion hosted on OpenStack. We also architected OpenStack to support legacy apps.
- AT&T’s SilverLining Cloud (predecessor to AIC) leveraged the OpenStack Diablo release, dating as far back as 2011
- OpenStack currently resides on over 15,000 VMs worldwide, with the expectation of further, significant growth coming in 2016-17
- AT&T’s OpenStack integrated Orchestration framework has resulted in a 75% reduction in turnaround time for requests for virtual resources
- AT&T Plans to move 80% of our Legacy IT into the OpenStack based virtualized cloud environment within coming years
- Uniform set of APIs exposed by OpenStack allows AT&T business units to leverage a “develop-once-run-everywhere” set of tools OpenStack helps AT&T’s strategy to begin to adopt best of the breed solutions at five 9’s of reliability for:
- Internet-scale storage service
- Putting all AT&T’s workloads on one common platform Deployment Automation: OpenStack modules have enabled AT&T to cost-effectively manage the OpenStack configuration in an automated, holistic fashion.
- Using OpenStack Heat, AT&T pushed rolling updates and incremental changes across 70+ OpenStack clouds. Doing it manually would be take many more people and a much longer schedule.
- Using OpenStack Fuel as a pivotal component in its cloud deployments AT&T accelerates the otherwise consuming, complex, and error-prone process of deploying, testing, and maintaining various configuration flavors of OpenStack at scale. AT&T was a major contributor towards Fuel 7.0 and Fuel 8.0 requirements. OpenStack has been a pivotal driver of AT&T’s overall culture shift. AT&T as an organization is in the midst of a massive culture shift from a Legacy Telco to a company where new skills, techniques and solutions are embraced.
OpenStack has been a key driver of this transformation in the following ways:
- AT&T is now building 50 percent of all software on open source technologies
- Allowing for the adoption of a dev ops model that creates a more unified team working towards a better end product
- Development transitioned from a waterfall to cloud-native CICD methodologies
- Developers continue to support OpenStack and make their applications cloud-native whenever possible.
How has the organization participated in or contributed to the OpenStack community?
AT&T was the first U.S. telecom service provider to sign up for and adopt the then early stage NASA-spawned OpenStack cloud initiative, back in 2011.
- AT&T has been an active OpenStack contributor since the Bexar release.
- AT&T has been a Platinum Member of the OpenStack Foundation since its origins in 2012 after helping to create its bylaws.
- Toby Ford, AVP AT&T Cloud Technology has provided vision, technology leadership, and innovation to OpenStack ecosystem as an OpenStack Foundation board member since late 2012.
- AT&T is founding member of ETSI, and OPNFV.
- AT&T has invested in building an OpenStack upstream contribution team with 25 current employees and a target for 50+ employees by the end of 2016.
- During the early years of OpenStack, AT&T brought many important use-cases to the community. AT&T worked towards solving those use-cases by leveraging various OpenStack modules, in turn encouraging other enterprises to have confidence in the young ecosystem.
- AT&T drove these following Telco-grade blueprint contributions to past releases of OpenStack:
- VLAN aware VMs (i.e. Trunked vNICs) – Support for BGP VPN, and shared volumes between guest VMs
- Complex query support for statistics in Ceilometer
- Spell checker gate job
- Metering support for PCI/PCIe per VM tenant
- PCI passthrough measurement in Ceilometer – Coverage measurement gate job
- Nova using ephemeral storage with cinder
- Climate subscription mechanism
- Access switch port discovery for bare metal nodes
- SLA enforcement per vNIC – MPLS VPNaaS
- NIC-state aware scheduling
- Toby Ford has regularly been invited to present keynotes, sessions, and panel talks at a number of OpenStack summits. For instance: Role of OpenStack in a Telco: User case study – at Atlanta Summit May 2014 – Leveraging OpenStack to Solve Telco needs: Intro to SDN/NFV – Atlanta Summit May 2014 – Telco OpenStack Roadmap Panel Talk – Tokyo Summit October 2015 – OpenStack Roadmap Software Trajectory – Atlanta Summit May 2014 – Cloud Control to Major Telco – Paris Summit November 2014.
- Greg Stiegler, assistant vice president – AT&T cloud tools & development organization represented the AT&T technology development organization at the Tokyo Summit.
- AT&T Cloud and D2 Architecture team members were invited to present various keynote sessions, summit sessions and panel talks including: – Participation at the Women of OpenStack Event – Tokyo Summit 2015 – Empower Your Cloud Through Neutron Service Function Chaining – Tokyo Summit Oct 2015 – OPNFV Panel – Vancouver Summit May 2015 – OpenStack as a Platform for Innovation – Keynote at OpenStack Silicon Valley – Aug 2015 – Taking OpenStack From Zero to Production in a Fortune-500 – Tokyo Summit October 2015 – Operating at Web-scale: Containers and OpenStack Panel Talk – Tokyo Summit October 2015 * AT&T strives to collaborate with other leading industry partners in the OpenStack ecosystem. This has led to the entire community benefiting from AT&T’s innovation.
- Margaret Chiosi gives talks worldwide on AT&T’s D2.0 vision at many Telco conferences ranging from Optics (OFC) to SDN/NFV conferences advocating OpenStack as the de-facto cloud orchestrator.
- AT&T Entertainment Group (DirecTV) architected multi-hypervisor hybrid OpenStack cloud by designing Neutron ML2 plugin. This innovation helped achieve integration between legacy virtualization and OpenStack.
- AT&T is proud to drive OpenStack adoption by sharing knowledge back to the OpenStack community in the form of these summit sessions at the upcoming Austin summit:
- Telco Cloud Requirements: What VNFs Are Asking For
- Using a Service VM as an IPv6 vRouter
- Service Function Chaining
- Technology Analysis Perspective
- Deploying Lots of Teeny Tiny Telco Clouds
- Everything You Ever Wanted to Know about OpenStack At Scale
- Valet: Holistic Data Center Optimization for OpenStack
- Gluon: An Enabler for NFV
- Among the Cloud: Open Source NFV + SDN Deployment
- AT&T: Driving Enterprise Workloads on KVM and vCenter using OpenStack as the Unified Control Plane
- Striving for High-Performance NFV Grid on OpenStack. Why you, and every OpenStack community member should be excited about it
- OpenStack at Carrier Scale
- AT&T is the “first to market” with deployment of OpenStack supported carrier-grade Virtual Network Functions. We provide the community with integral data, information, and first-hand knowledge on the trials and tribulations experienced deploying NFV technology.
- AT&T ranks in the top 20 percent of all companies in terms of upstream contribution (code, documentation, blueprints), with plans to increase this significantly in 2016.
- Commits: 1200+
- Lines of Code: 116,566
- Change Requests: 618
- Patch Sets: 1490
- Draft Blueprints: 76
- Completed Blueprints: 30
- Filed Bugs: 350
- Resolved Bugs: 250
What is the scale of the OpenStack deployment?
- AT&T’s OpenStack based AIC is deployed at 70+ sites across the world. Of the 70+ 57 are production app and network clouds.
- AT&T plans 90% growth, going to 100+ production app and network clouds by end of 2016.
- AT&T connects more than 14 million of the 134.5 million wireless customers via virtualized networks with significant subscriber cutover planned again in 2016
- AT&T controls 5.7% of our network resources (29 Telco production grade VNF) with a goal of high 80s by end of 2016) on OpenStack.
- Production workloads also include AT&T’s Connected Car, Network on Demand, and AT&T Collaborate among many more.
How is this team innovating with OpenStack?
- AT&T and AT&T Labs are leveraging OpenStack to innovate with Containers and NFV technology.
- Containers are a key part of AT&Ts Cloud Native Architecture. AT&T chairs the Open Container Initiative (OCI) to drive the standardization around container formats.
- AT&T is leading the effort to improve Nova and Neutron’s interface to SDN controllers.
- Margaret Chiosi, an early design collaborator to Neutron, ETSI NFV, now serves as President of OPNFV. AT&T is utilizing its position with OPNFV to help shape the future of OpenStack / NFV. OpenStack has enabled AT&T to innovate extensively.
The following recent unique workloads would not be possible without the SDN and NFV capabilities which OpenStack enables: * Our recent announcements of 5G field trials in Austin * Re-launch of unlimited data to mobility customers * Launch of AT&T Collaborate * Network on Demand platform to more than 500 enterprise customers * Connected Car and MVNO (Mobile Virtual Network Operator) * Mobile Call Recording New services by AT&T Entertainment Group (DirecTV) that would use OpenStack based cloud infrastructure in coming years: * NFL Sunday Ticket with up to 8 simultaneous games * DirecTV Streaming Service Without Need For satellite dish
In summary – the innovation with OpenStack is not just our unique workloads, but also to support them together under the same framework, management systems, development/test, CI/CD pipelines, and deployment automation toolset(s).
Who are the team members?
- AT&T Cloud and D2 architecture team
- AT&T Integrated Cloud (AIC) Members: Margaret Chiosi, distinguished member of technical staff, president of OPNFV; Toby Ford, AVP – AT&T cloud technology & D2 architecture – strategy, architecture & pPlanning, and OpenStack Foundation Board Member; Sunil Jethwani – director, cloud & SDN architecture, AT&T Entertainment Group; Andrew Leasck – director – AT&T Integrated cloud development; Janet Morris – director – AT&T integrated cloud development; Sorabh Saxena, senior vice president – AT&T software development & engineering organization; Praful Shanghavi – director – AT&T integrated cloud development; Bryan Sullivan – director member of technical staff; Ryan Van Wyk – executive director – AT&T integrated cloud development.
- AT&T’s project teams top contributors: Paul Carver, Steve Wilkerson, John Tran, Joe D’andrea, Darren Shaw.
April 30, 2016: Swisscom in Production with OpenStack and Cloud Foundry
Swisscom has one of the largest in-production industry standard Platform as a Service built on OpenStack. Their offering is focused on providing an enterprise-grade PaaS environment to customers worldwide and with various delivery models based on Cloud Foundry and OpenStack. Swisscom embarked early on the OpenStack journey to deploy their app cloud partnering with Red Hat, Cloud Foundry, and PLUMgrid. With services such as MongoDB, MariaDB, RabbitMQ, ELK, and an object storage, the PaaS cloud offers what developers need to get started right away. Join this panel for take-away lessons on Swisscom’s journey, the technologies, partnerships, and developers who are building apps everyday on Swisscom’s OpenStack cloud.
May 23, 2016: How OpenStack public cloud + Cloud Foundry = a winning platform for telecoms interview on ‘OpenStack Superuser’ with Marcel Härry, chief architect, PaaS at Swisscom
Swisscom has one of the largest in-production industry standard platform-as-a-service built on OpenStack.
Their offering focuses on providing an enterprise-grade PaaS environment to customers worldwide and with various delivery models based on Cloud Foundry and OpenStack. Swisscom, Switzerland’s leading telecom provider, embarked early on the OpenStack journey to deploy their app cloud partnering with Red Hat, Cloud Foundry and PLUMgrid.
Superuser interviewed Marcel Härry, chief architect, PaaS at Swisscom and member of theTechnical Advisory Board of the Cloud Foundry Foundation to find out more.
How are you using OpenStack?
OpenStack has allowed us to rapidly develop and deploy our Cloud Foundry-based PaaS offering, as well as to rapidly develop new features within SDN and containers. OpenStack is the true enabler for rapid development and delivery.
An example: after half a year from the initial design and setup, we already delivered two production instances of our PaaS offering built on multiple OpenStack installations on different sites. Today we are already running multiple production deployments for high-profile customers, who further develop their SaaS offerings using our platform. Additionally, we are providing the infrastructure for numerous lab and development instances. These environments allow us to harden and stabilize new features while maintaining a rapid pace of innovation, while still ensuring a solid environment.
We are running numerous OpenStack stacks, all limited – by design – to a single region, and single availability zone. Their size ranges from a handful of compute nodes, to multiple dozens of compute nodes, scaled based on the needs of the specific workloads. Our intention is not to build overly large deployments, but rather to build multiple smaller stacks, hosting workloads that can be migrated between environments. These stacks are hosting thousands of VMs, which in turn are hosting tens of thousands of containers to run production applications or service instances for our customers.
What kinds of applications or workloads are you currently running on OpenStack?
We’ve been using OpenStack for almost three years now as our infrastructure orchestrator. Swisscom built its Elastic Cloud on top of OpenStack. On top of this we run Swisscom’s Application Cloud, or PaaS, built on Cloud Foundry with PLUMgrid as the SDN layer. Together, the company’s clouds deliver IaaS to IT architects, SaaS to end users and PaaS to app developers among other services and applications. We mainly run our PaaS/Cloud Foundry environment on OpenStack as well as the correlated managed services (i.e. a kind of DBaaS, Message Service aaS etc.) which are running themselves in Docker containers.
What challenges have you faced in your organization regarding OpenStack, and how did you overcome them?
The learning curve for OpenStack is pretty steep. When we started three years ago almost no reference architectures were available, especially none with enterprise-grade requirements such as dual-site, high availability (HA) capabilities on various levels and so forth. In addition, we went directly into the SDN, SDS levels of implementation which was a big, but very successful step at the end of the day.
What were your major milestones?
Swisscom’s go-live for its first beta environment was in spring of 2014, go live for an internal development (at Swisscom) was spring of 2015, and the go-live for its public Cloud Foundry environment fully hosted on OpenStack was in the fall of 2015. The go-live date for enterprise-grade and business-critical workloads on top of our stack from various multinational companies in verticals like finance or industry is spring, 2016, and Swisscom recently announced Swiss Re as one of its first large enterprise cloud customers.
What have been the biggest benefits to your organization as a result of using OpenStack?
Pluggability and multi-vendor interoperability (for instance with SDN like PLUMgrid or SDS like ScaleIO) to avoid vendor lock in and create a seamless system. OpenStack enabled Swisscom to experiment with deployments utilizing a DevOps model and environment to deploy and develop applications faster. It simplified the move from PoC to production environments and enabled us to easily scale out services utilizing a distributed cluster-based architecture.
What advice do you have for companies considering a move to OpenStack?
It’s hard in the beginning but it’s really worth it. Be wise when you select your partners and vendors, this will help you to be online in a very short amount of time. Think about driving your internal organization towards a dev-ops model to be ready for the first deployments, as well as enabling your firm to change deployment models (e.g. going cloud-native) for your workloads when needed.
How do you participate in the community?
This year’s Austin event was our second OpenStack Summit where we provided insights into our deployment and architecture, contributing back to the community in terms of best practices, as well as providing real-world production use-cases. Furthermore, we directly contribute patches and improvements to various OpenStack projects. Some of these patches have already been accepted, while a few are in the pipeline to be further polished for publishing. Additionally, we are working very closely together with our vendors – RedHat, EMC, ClusterHQ/Flocker, PLUMgrid as well as the Cloud Foundry Foundation – and work together to further improve their integration and stability within the OpenStack project. For example, we worked closely together with Flocker for their cinder-based driver to orchestrate persistency among containers. Furthermore, we have provided many bug reports through our vendors and have worked together with them on fixes which then have made their way back into the OpenStack community.
We have a perfect solution for non-persistent container workloads for our customers. We are constantly evolving this product and are working especially hard to meet the enterprise- and finance-verticals requirements when it comes to the infrastructure orchestration of OpenStack.
Härry spoke about OpenStack in production at the recent Austin Summit, along with Pere Monclus of PLUMgrid, Chip Childers of the Cloud Foundry Foundation, Chris Wright of Red Hat and analyst Rosalyn Roseboro.
May 10, 2016: Lenovo‘s Highly-Available OpenStack Enterprise Cloud Platform Practice with EasyStack press release by EasyStack
The Nokia phone business is to be relaunched via a $500M private startup with Android smartphones and tablets in addition to the feature phones for which manufacturing, sales and distribution, would be acquired from Microsoft by a subsidiary of Foxconn
REDMOND, Wash. — May 18, 2016 — Microsoft Corp. on Wednesday announced it reached an agreement to sell the company’s entry-level feature phone assets to FIH Mobile Ltd., a subsidiary of Hon Hai/Foxconn Technology Group, and HMD Global, Oy for $350 million. As part of the deal, FIH Mobile Ltd. will also acquire Microsoft Mobile Vietnam — the company’s Hanoi, Vietnam, manufacturing facility. Upon close of this deal, approximately 4,500 employees will transfer to, or have the opportunity to join, FIH Mobile Ltd. or HMD Global, Oy, subject to compliance with local law.
Microsoft will continue to develop Windows 10 Mobile and support Lumia phones such as the Lumia 650, Lumia 950 and Lumia 950 XL, and phones from OEM partners like Acer, Alcatel, HP, Trinity and VAIO.
As part of the deal, Microsoft will transfer substantially all of its feature phone assets, including brands, software and services, care network and other assets, customer contracts, and critical supply agreements, subject to compliance with local law. The transaction is expected to close in the second half of 2016, subject to regulatory approvals and other closing conditions.
Microsoft (Nasdaq “MSFT” @microsoft) is the leading platform and productivity company for the mobile-first, cloud-first world, and its mission is to empower every person and every organization on the planet to achieve more.
For FY16 Q3:
- Surface revenue increased 61% [to $1.111] in constant currency driven by Surface Pro 4 and Surface Book
- Phone revenue declined 46% in constant currency
Now under Nokia Technologies (TECH) the relaunched Nokia phone and tablet business will also exploit such TECH innovations as the recent Nokia OZO: a better way to capture VR
Nokia signs strategic brand and intellectual property licensing agreement enabling HMD global to create new generation of Nokia-branded mobile phones and tablets
Espoo, Finland – Nokia has announced plans that will see the Nokia brand return to the mobile phone and tablet markets on a global basis. Under a strategic agreement covering branding rights and intellectual property licensing, Nokia Technologies will grant HMD global Oy (HMD), a newly founded company based in Finland, an exclusive global license  to create Nokia-branded mobile phones and tablets for the next ten years. Under the agreement, Nokia Technologies will receive royalty payments from HMD for sales of Nokia-branded mobile products, covering both brand and intellectual property rights.
HMD has been founded to provide a focused, independent home for a full range of Nokia-branded feature phones, smartphones and tablets. To complete its portfolio of Nokia branding rights, HMD announced today that it has conditionally agreed to acquire from Microsoft the rights to use the Nokia brand on feature phones, and certain related design rights. The Microsoft transaction is expected to close in H2 2016. Together these agreements would make HMD the sole global licensee for all types of Nokia-branded mobile phones and tablets. HMD intends to invest over USD 500 million over the next three years to support the global marketing of Nokia-branded mobile phones and tablets, funded via its investors and profits from the acquired feature phone business.
Nokia-branded feature phones remain one of the most popular choices of mobile phone in many markets around the world today, and HMD will continue to market them as part of an integrated portfolio alongside a new range of smartphones and tablets. HMD’s new smartphone and tablet portfolio will be based on Android, uniting one of the world’s iconic mobile brands with the leading mobile operating system and app development community.
As also announced today by FIH Mobile Limited (FIH), a subsidiary of Hon Hai Precision Industries (trading as Foxconn Technology Group), the remainder of Microsoft’s feature phone business assets, including manufacturing, sales and distribution, would be acquired by FIH. HMD and Nokia Technologies have signed an agreement with FIH to establish a collaboration framework to support the building of a global business for Nokia-branded mobile phones and tablets. This agreement will give HMD full operational control of sales, marketing and distribution of Nokia-branded mobile phones and tablets, with exclusive access to the pre-eminent global sales and distribution network to be acquired from Microsoft by FIH, access to FIH’s world-leading device manufacturing, supply chain and engineering capabilities, and to its growing suite of proprietary mobile technologies and components.
Nokia will provide HMD with branding rights and cellular standard essential patent licenses in return for royalty payments, but will not be making a financial investment or holding equity in HMD. Nokia Technologies will take a seat on the Board of Directors of HMD and set mandatory brand requirements and performance related provisions to ensure that all Nokia-branded products exemplify consumer expectations of Nokia devices, including quality, design and consumer focused innovation.
HMD would be led, once the Microsoft transaction closes, by Arto Nummela as CEO, who previously held senior positions at Nokia and is currently the head of Microsoft’s Mobile Devices business for Greater Asia, Middle East and Africa, as well as Microsoft’s global Feature Phones business. HMD’s president on closing would be Florian Seiche, who is currently Senior Vice President for Europe Sales and Marketing at Microsoft Mobile, and previously held key roles at Nokia, HTC and other global brands.
Ramzi Haidamus, president of Nokia Technologies, said:
“Today marks the beginning of an exciting new chapter for the Nokia brand in an industry where Nokia remains a truly iconic name. Instead of Nokia returning to manufacturing mobile phones itself, HMD plans to produce mobile phones and tablets that can leverage and grow the value of the Nokia brand in global markets. Working with HMD and FIH will let us participate in one of the largest consumer electronics markets in the world while staying true to our licensing business model.”
Arto Nummela, CEO-designate of HMD, said:
“We will be completely focused on creating a unified range of Nokia-branded mobile phones and tablets, which we know will resonate with consumers. Branding has become a critical differentiator in mobile phones, which is why our business model is centered on the unique asset of the Nokia brand and our extensive experience in sales and marketing. We will work with world class providers in manufacturing and distribution to move quickly and deliver what customers want.”
Vincent Tong, Chairman of FIH, added:
“We are looking forward to fostering a strong and long-term collaboration with HMD global and Nokia. We are impressed by the experience and expertise of the HMD management team and are committed to supporting them with our manufacturing, technology and supply chain capabilities, to capture market opportunities together in the future.”
1 Excluding Japan
About Nokia Technologies
Nokia Technologies (TECH) is Nokia’s advanced technology and licensing business. Formed in 2014, TECH builds upon Nokia’s solid foundation of industry-leading licensing and technology R&D capabilities. By focusing on Digital Health, Digital Media, Brand Licensing, and Patent Licensing, TECH is expanding the human possibilities of the ever-evolving world of technology. In 2015, Nokia Technologies launched OZO, the world’s first virtual reality (VR) camera designed for professionals.
Nokia is a global leader in the technologies that connect people and things. Powered by the innovation of Bell Labs and Nokia Technologies, the company is at the forefront of creating and licensing the technologies that are increasingly at the heart of our connected lives.
With state-of-the-art software, hardware and services for any type of network, Nokia is uniquely positioned to help communication service providers, governments, and large enterprises deliver on the promise of 5G, the Cloud and the Internet of Things.http://nokia.com
About HMD global
Registered and headquartered in Helsinki, Finland, HMD is a new private venture founded to create a new generation of Nokia-branded mobile devices. HMD is run by a group of experienced industry leaders, including CEO Arto Nummela, previously of Nokia and currently the head of Microsoft’s Mobile Devices business for Greater Asia, Middle East and Africa as well as Microsoft’s global Feature Phones business, and President Florian Seiche, who is currently Senior Vice President for Europe Sales and Marketing at Microsoft Mobile, and previously held key roles at Nokia, HTC and other global brands.
We are proud to announce that the Nokia brand will be returning to the worldwide mobile phone and tablet market.
Every day our fans continue to ask for Nokia smartphones. In fact, in a recent survey, we found that Nokia smartphones are amongst the top five considered brands for purchase by smartphone buyers – and they aren’t even available yet.
So, under a new agreement, Nokia Technologies has granted HMD, a new company led by some of the world’s top mobile specialists, an exclusive global license to create a full range of Nokia-branded smartphones, tablets, and feature phones for the next decade.
The new smartphones and tablets will be based on Android, uniting one of the world’s iconic mobile brands, Nokia, with the leading mobile operating system and app development community.
There is still much work for HMD to do, so you’ll need to wait a bit longer to see what the next wave of Nokia phones and tablets look like. One thing we can assure you is that they will exemplify what you have come to expect from all Nokia devices, including quality, design, and innovation.
A big thanks to you and all of the Nokia supporters around the world. You continue to remind us of the difference our devices have made in your lives. We can’t wait for you to meet the next generation.
Arto Nummela is currently the Vice President of Mobile Devices Business of Microsoft in Greater Asia, Middle East and Africa region.
Subject to regulatory approval and the closing of the Microsoft feature phone transaction to the new company, Arto will become CEO of HMD global, the holding company & exclusive licence holder of Nokia phones.
As an experienced figure in the telecoms industry, Arto has a proven track record in commercial success, building long-term partnerships to enable global business innovation and growth. An intrinsic part of this process – is establishing and motivating strong teams around him – as well as being committed to continued personal growth.
Arto has deep roots in Finland, but has a genuinely global perspective built through experience. His insights into consumer business have been deepened by leading diverse teams from Europe, the Americas, India, the Middle East, Africa and the Asia-Pacific region, including Australia, China and Japan.
Having been an intrinsic part of the original Nokia team, Arto’s list of accomplishments include; open-distribution model development, strategic alliances, joint ventures and partnerships, market-based pricing strategies, global R&D management – specifically for high end smartphone devices, ramping up new global phone architecture work, as well as ramping up product portfolio for new cellular technology generation, alongside a very strong focus on employee loyalty and retention. Arto has led teams in strategic and tactical global product planning, developing and launching new products, as well as brand development and broader market expansion. From 2011 to 2013, Arto also served as a member of the board of directors for CommNexus, a California-based tech incubator, built for start-ups.
Since 2015, Arto has been driving the Microsoft Devices business in Greater Asia, the Middle East and Africa, with global leadership of the Feature Phones business. He joined Nokia in 1994, leading through Microsoft’s 2014 acquisition of the company.
Florian Seiche is a recognised name in the telecoms industry, having been one of the key figures behind the launch and subsequent growth of the HTC brand. He has since gone on to develop and drive the mobile divisions at Nokia and most recently at Microsoft, in the role of VP of Sales across Europe.
Subject to regulatory approval and the closing of the Microsoft feature phone transaction to the new company, Florian will become President of HMD global, the holding company & exclusive licence holder of Nokia phones.
Well known for his lynchpin role as President of HTC EMEA (Europe, Middle East, and Africa), Florian not only established HTC’s EMEA operations in 2005, he went on to oversee the growth of HTC’s business and brand to become one of the most critically acclaimed phone names in the world.
His big brand global experience is far reaching. Prior to joining HTC, Florian was the Global Director of Devices for the Orange Group in London (2003-2005). Under his leadership, Orange successfully rolled out its ‘signature device’ program, which contributed considerably to increased phone usage and ARPU, while at the same time increasing customer loyalty by delivering a compelling user experience.
Florian began his career at Siemens, where he worked for more than ten years. Between January 2000 and February 2003, Florian served as Vice President and General Manager of Siemens Mobile Phones USA in San Diego, leading Siemens’ mobile phone entry into North America.
Having worked extensively across both sales and marketing, Florian boasts an intimate understanding of both consumer trends and demands, as well as the requirements of the key stakeholders in the telecoms supply chain.
Florian holds both Master’s and Doctorate degrees in Economics from the University of Cologne, Germany. He lives in Windsor, UK with his wife Michele and son Jan-Philipp.
When an open-source database written in Java that runs primarily in production on Linux becomes THE solution for the cloud platform from Microsoft (i.e. Azure) in the fully distributed, highly secure and “always on” transactional database space then we should take a special note of that. This is the case of DataStax:
July 15, 2015: Building the intelligent cloud Scott Guthrie’s keynote on the Microsoft Worldwide Partner Conference 2015, the DataStax related segment in 7 minutes only
SCOTT GUTHRIE, EVP of Microsoft Cloud and Enterprise: What I’d like to do is invite three different partners now on stage, one an ISV, one an SI, and one a managed service provider to talk about how they’re taking advantage of our cloud offerings to accelerate their businesses and make their customers even more successful.
First, and I think, you know, being able to take advantage of all of these different capabilities that we now offer.
Now, the first partner I want to bring on stage is DataStax. DataStax delivers an enterprise-grade NoSQL offering based on Apache Cassandra. And they enable customers to build solutions that can scale across literally thousands of servers, which is perfect for a hyper-scale cloud environment.
And one of the customers that they’re working with is First American, who are deploying a solution on Microsoft Azure to provide richer insurance and settlement services to their customers.
What I’d like to do is invite Billy Bosworth, the CEO of DataStax, on stage to join me to talk about the partnership that we’ve had and how some of the great solutions that we’re building together. Here’s Billy. (Applause.)
Well, thanks for joining me, Billy. And it’s great to have you here.
BILLY BOSWORTH, CEO of DataStax: Thank you. It’s a real privilege to be here today.
SCOTT GUTHRIE: So tell us a little bit about DataStax and the technology you guys build.
BILLY BOSWORTH: Sure. At DataStax, we deliver Apache Cassandra in a database platform that is really purpose-built for the new performance and availability demands that are being generated by today’s Web, mobile and IOT applications.
With DataStax Enterprise, we give our customers a fully distributed and highly secure transactional database platform.
Now, that probably sounds like a lot of other database vendors out there as well. But, Scott, we have something that’s really different and really important to us and our customers, and that’s the notion of being always on. And when you talk about “always on” and transactional databases, things can get pretty complicated pretty fast, as you well know.
The reason for that is in an always-on world, the datacenter itself becomes a single point of failure. And that means you have to build an architecture that is going to be comprehensive and include multiple datacenters. That’s tough enough with almost any other piece of the software stack. But for transactional databases, that is really problematic.
Fortunately, we have a masterless architecture in Apache Cassandra that allows us to have DataStax enterprise scale in a single datacenter or across multiple datacenters, and yet at the same time remain operationally simple. So that’s really the core of what we do.
SCOTT GUTHRIE: Is the always-on angle the key differentiator in terms of the customer fit with Azure?
BILLY BOSWORTH: So if you think about deployment to multiple datacenters, especially and including Azure, it creates an immediate benefit. Going back to your hybrid clouds comment, we see a lot of our customers that begin their journey on premises. So they take their local datacenter, they install DataStax Enterprise, it’s an active database up and running. And then they extend that database into Azure.
Now, when I say that, I don’t mean they do so for disaster recovery or failover, it is active everywhere. So it is taking full read-write requests on premises and in Azure at the same time.
So if you lose connectivity to your physical datacenter, then the Azure active nodes simply take over. And that’s great, and that solves the always-on problem.
But that’s not the only thing that Azure helps to solve. Our applications, because of their nature, tend to drive incredibly high throughput. So for us, hundreds of millions or even tens and hundreds of billions of transactions a day is actually quite common.
You guys are pretty good, Scott, but I don’t think you’ve changed the laws of physics yet. And so the way that you get that kind of throughput with unbelievable performance demands, because our customers demand millisecond and microsecond response times, is you push the data closer to the end points. You geographically distribute it.
Now, what our customers are realizing is they can try and build 19 datacenters across the world, which I’m sure was really cheap and easy to do, or they can just look at what you’ve already done and turn to a partnership like ours to say, “Help us understand how we do this with Azure.”
So not only do you get the always-on benefit, which is critical, but there’s also a very important performance element to this type of architecture as well.
SCOTT GUTHRIE: Can you tell us a little bit about the work you did with First American on Azure?
BILLY BOSWORTH: Yeah. First American is a leading name in the title insurance and settlement services businesses. In fact, they manage more titles on more properties than anybody in the world.
Every title comes with an associated set of metadata. And that metadata becomes very important in the new way that they want to do business because each element of that needs to be transacted, searched, and done in real-time analysis to provide better information back to the customer in real time.
And so for that on the database side, because of the type of data and because of the scale, they needed something like DataStax Enterprise, which we’ve delivered. But they didn’t want to fight all those battles of the architecture that we discussed on their own, and that’s where they turned to our partnership to incorporate Microsoft Azure as the infrastructure with DataStax Enterprise running on top.
And this is one of many engagements that you know we have going on in the field that are really, really exciting and indicative of the way customers are thinking about transforming their business.
SCOTT GUTHRIE: So what’s it like working with Microsoft as a partner?
BILLY BOSWORTH: I tell you, it’s unbelievable. Or, maybe put differently, highly improbable that you and I are on stage together. I want you guys to think about this. Here’s the type of company we are. We’re an open-source database written in Java that runs primarily in production on Linux.
Now, Scott, Microsoft has a couple of pretty good databases, of which I’m very familiar from my past, and open source and Java and Linux haven’t always been synonymous with Microsoft, right?
So I would say the odds of us being on stage were almost none. But over the past year or two, the way that you guys have opened up your aperture to include technologies like ours — and I don’t just say “include.” His team has embraced us in a way that is truly incredible. For a company the size of Microsoft to make us feel the way we do is just remarkable given the fact that none of our technologies have been something that Microsoft has traditionally said is part of their family.
So I want to thank you and your team for all the work you’ve done. It’s been a great experience, but we are architecting systems that are going to drive businesses for the coming decades. And that is super exciting to have a partner like you engaged with us.
SCOTT GUTHRIE: Fantastic. Well, thank you so much for joining us on stage.
BILLY BOSWORTH: Thanks, Scott. (Applause.)
The typical data framework capabilities of DataStax in all respects is best understood via the the following webinar which presents Apache Spark as well as the part of the complete data platform solution:
– Apache Cassandra is the leading distributed database in use at thousands of sites with the world’s most demanding scalability and availability requirements.
– Apache Spark is a distributed data analytics computing framework that has gained a lot of traction in processing large amounts of data in an efficient and user-friendly manner.
– The joining of both provides a powerful combination of real-time data collection with analytics.
After a brief overview of Cassandra and Spark, (Cassandra till 16:39, Spark till 19:25) this class will dive into various aspects of the integration (from 19:26).
August 19, 2015: Big Data Analytics with Cassandra and Spark by Brian Hess, Senior Product Manager of Analytics, DataStax
September 23, 2015: DataStax Announces Strategic Collaboration with Microsoft, company press release
- DataStax delivers a leading fully-distributed database for public and private cloud deployments
- DataStax Enterprise on Microsoft Azure enables developers to develop, deploy and monitor enterprise-ready IoT, Web and mobile applications spanning public and private clouds
- Scott Guthrie, EVP Cloud and Enterprise, Microsoft, to co-deliver Cassandra Summit 2015 keynote
SANTA CLARA, CA – September 23, 2015 – (Cassandra Summit 2015) DataStax, the company that delivers Apache Cassandra™ to the enterprise, today announced a strategic collaboration with Microsoft to deliver Internet of Things (IoT), Web and mobile applications in public, private or hybrid cloud environments. With DataStax Enterprise (DSE), a leading fully-distributed database platform, available on Azure, Microsoft’s cloud computing platform, enterprises can quickly build high-performance applications that can massively scale and remain operationally simple across public and private clouds, with ease and at lightning speed.
Click to Tweet: #DataStax Announces Strategic Collaboration with @Microsoft at #CassandraSummit bit.ly/1V8KY4D
PERSPECTIVES ON THE NEWS
“At Microsoft we’re focused on enabling customers to run their businesses more productively and successfully,” said Scott Guthrie, Executive Vice President, Cloud and Enterprise, Microsoft. “As more organizations build their critical business applications in the cloud, DataStax has proved to be a natural Azure partner through their ability to enable enterprises to build solutions that can scale across thousands of servers which is necessary in today’s hyper-scale cloud environment.”
“We are witnessing an increased adoption of DataStax Enterprise deployments in hybrid cloud environments, so closely aligning with Microsoft benefits any organization looking to quickly and easily build high-performance IoT, Web and mobile apps,” said Billy Bosworth, CEO, DataStax. “Working with a world-class organization like Microsoft has been an incredible experience and we look forward to continuing to work together to meet the needs of enterprises looking to successfully transition their business to the cloud.”
“As a leader in providing information and insight in critical areas that shape today’s business landscape, we knew it was critical to transform our back-end business processes to address scale and flexibility” said Graham Lammers, Director, IHS. “With DataStax Enterprise on Azure we are now able to create a next generation big data application to support the decision-making process of our customers across the globe.”
BUILD SIMPLE, SCALABLE AND ALWAY-ON APPS IN RECORD SPEED
To address the ever-increasing demands of modern businesses transitioning from on-premise to hybrid cloud environments, the DataStax Enterprise on Azure on-demand cloud database solution provides enterprises with both development and production ready Bring Your Own License (BYOL) DSE clusters that can be launched in minutes on theMicrosoft Azure Marketplace using Azure Resource Management (ARM) Templates. This enables the building of high-performance IoT, Web and mobile applications that can predictably scale across global Azure data centers with ease and at remarkable speed. Additional benefits include:
- Hybrid Deployment: Easily move DSE workloads between data centers, service providers and Azure, and build hybrid applications that leverage resources across all three.
- Simplicity: Easily manage, develop, deploy and monitor database clusters by eliminating data management complexities.
- Scalability: Quickly replicate online applications globally across multiple data centers into the cloud/hybrid cloud environment.
- Continuous Availability: DSE’s peer-to-peer architecture offers no single point of failure. DSE also provides maximum flexibility to distribute data where it’s needed most by replicating data across multiple data centers, the cloud and mixed cloud/on-premise environments.
MICROSOFT ENTERPRISE CLOUD ALLIANCE & FAST START PROGRAM
DataStax also announced it has joined Microsoft’s Enterprise Cloud Alliance, a collaboration that reinforces DataStax’scommitment to provide the best set of on-premise, hosted and public cloud database solutions in the industry. The goal of Microsoft’s Enterprise Cloud Alliance partner program is to create, nurture and grow a strong partner ecosystem across a broad set of Enterprise Cloud Products delivering the best on-premise, hosted and Public Cloud solutions in the industry. Through this alliance, DataStax and Microsoft are working together to create enhanced enterprise-grade offerings for the Azure Marketplace that reduce the complexities of deployment and provisioning through automated ARM scripting capabilities.
Additionally, as a member of Microsoft Azure’s Fast Start program, created to help users quickly deploy new cloud workloads, DataStax users receive immediate access to the DataStax Enterprise Sandbox on Azure for a hands-on experience testing out DSE on Azure capabilities. DataStax Enterprise Sandbox on Azure can be found here.
Cassandra Summit 2015, the world’s largest gathering of Cassandra users, is taking place this week and Microsoft Cloud and Enterprise Executive Vice President Scott Guthrie, DataStax CEO Billy Bosworth, and Apache Cassandra Project Chair and DataStax Co-founder and CTO Jonathan Ellis, will deliver the conference keynote at 10 a.m. PT on Wednesday, September 23. The keynote can be viewed at DataStax.com.
DataStax delivers Apache Cassandra™ in a database platform purpose-built for the performance and availability demands for IoT, Web and mobile applications. This gives enterprises a secure, always-on database technology that remains operationally simple when scaling in a single datacenter or across multiple datacenters and clouds.
With more than 500 customers in over 50 countries, DataStax is the database technology of choice for the world’s most innovative companies, such as Netflix, Safeway, ING, Adobe, Intuit and eBay. Based in Santa Clara, Calif., DataStax is backed by industry-leading investors including Comcast Ventures, Crosslink Capital, Lightspeed Venture Partners, Kleiner Perkins Caufield & Byers, Meritech Capital, Premji Invest and Scale Venture Partners. For more information, visit DataStax.com or follow us @DataStax.
September 30, 2014: Why Datastax’s increasing presence threatens Oracle’s database by Anne Shields at Market Realist
Must know: An in-depth review of Oracle’s 1Q15 earnings (Part 9 of 12)
Datastax databases are built on open-source technologies
Datastax is a California-based database management company. It offers an enterprise-grade NoSQL database that seamlessly and securely integrates real-time data with Apache Cassandra. Databases built on Apache Cassandra offer more flexibility than traditional databases. Even in case of calamities and uncertainties, like floods and earthquakes, data is available due to its replication at other data centers. NoSQL and Cassandra are open-source software.
Cassandra database was developed by Facebook (FB) to handle its enormous volumes of data. The technology behind Cassandra was developed by Amazon (AMZN) and Google (GOOGL). Oracle’s MySQL (ORCL), Microsoft’s SQL Server (MSFT), and IBM’s DB2 (IBM) are the traditional databases present in the market .
Huge amounts of funds raised in the open-source technology database space
Datastax raised $106 million in September 2014 to expand its database operations. MongoDB Inc. and Couchbase Inc.—both open-source NoSQL database developers—raised $231 million and $115 million, respectively, in 2014. According to Market Research Media, a consultancy firm, spending on NoSQL technology in 2013 was less than $1 billion. It’s expected to reach $3.4 billion by 2020. This explains why this segment is attracting such huge investments.
Oracle’s dominance in the database market is uncertain
Oracle claims it’s a market leader in the relational database market, with a revenue share of 48.3%. In 2013, it launched Oracle Database 12C. According to Oracle, “Oracle Database 12c introduces a new multitenant architecture that simplifies the process of consolidating databases onto the cloud; enabling customers to manage many databases as one — without changing their applications.” To know in detail about Database 12c, please click here .
In July 2013, DataStax announced that dozens of companies have migrated from Oracle databases to DataStax databases. Customers cited scalability, disaster avoidance, and cost savings as the reasons for shifting databases. Datastax databases’ rising popularity jeopardizes Oracle’s dominant position in the database market.
Browse this series on Market Realist:
September 24, 2014: Building a better experience for Azure and DataStax customers by Matt Rollender, VP Cloud Strategy, DataStax, Inc. on Microsoft Azure blog
Cassandra Summit is in high gear this week in Santa Clara, CA, representing the largest NoSQL event of its kind! This is the largest Cassandra Summit to date. With more than 7,000 attendees (both onsite and virtual), this is the first time the Summit is a three-day event with over 135 speaking sessions. This is also the first time DataStax will debut a formalized Apache Cassandra™ training and certification program in conjunction with O’Reilly Media. All incredibly exciting milestones!
We are excited to share another milestone. Yesterday, we announced our formal strategic collaboration with Microsoft. Dedicated DataStax and Microsoft teams have been collaborating closely behind the scenes for more than a year on product integration, QA testing, platform optimization, automated provisioning, and characterization of DataStax Enterprise (DSE) on Azure, and more to ensure product validation and a great customer experience for users of DataStax Enterprise on the Azure cloud. There is strong coordination across the two organizations – very close executive, field, and technical alignment – all critical components for a strong partnership.
This partnership is driven and shaped by our joint customers. Our customers oftentimes begin their journey with on-premise deployments of our database technology and then have a requirement to move to the cloud – Microsoft is a fantastic partner to help provide the flexibility of a true hybrid environment along with the ability to migrate to and scale applications in the cloud. Additionally, Microsoft has significant breadth regarding their data centers – customers can deploy in numerous Azure data centers around the globe, in order to be ‘closer’ to their end users. This is highly complementary to DataStax Enterprise software as we are a peer-to-peer distributed database and our customers need to be close to their end users with their always-on, always available enterprise applications.
To highlight a couple of joint customers and use cases we have First American Title and IHS, Inc. First American is a leading provider of title insurance and settlement services with revenue over $5B. They ingest and store the largest number (billions) of real estate property records in the industry. Accessing, searching and analyzing large data-sets to get relevant details quickly is the new way they want to do business – to provide better information back to their customers in real-time and allow end users to easily search through the property records on-line. They chose DSE and Azure because of the large data requirements and because of the need to continue to scale the application.
A second great customer and use case is IHS, Inc., a $2B revenue-company that provides information and analysis to support the decision-making process of businesses and governments. This is a transformational project for IHS as they are building out an ‘internet age’ parts catalog – it’s a next generation big data application, using NoSQL, non-relational technology and they want to deploy in the cloud to bring the application to market faster.
As you can see, we are enabling enterprises to engage their customer like never before with their always on, highly available and distributed applications. Stay tuned for more as we move forward together in the coming months!
For Additional information go to http://www.datastax.com/marketplace-microsoft-azure to try out Datastax Enterprise Sandbox on Azure.
See also DataStax Enterprise Cluster Production on Microsoft Azure Marketplace
September 23, 2015: Making Cassandra Do Azure, But Not Windows by Timothy Prickett Morgan Co-Editor, Co-Founder, The Next Platform
When Microsoft says that it is embracing Linux as a peer to Windows, it is not kidding. The company has created its own Linux distribution for switches used to build the Azure cloud, and it has embraced Spark in-memory processing and Cassandra as its data store for its first major open source big data project – in this case to help improve the quality of its Office365 user experience. And now, Microsoft is embracing Cassandra, the NoSQL data store originally created by Facebook when it could no longer scale the MySQL relational database to suit its needs, on the Azure public cloud.
Billy Bosworth, CEO at DataStax, the entity that took over steering development of and providing commercial support for Cassandra, tells The Next Platform that the deal with Microsoft has a number of facets, all of which should help boost the adoption of the enterprise-grade version of Cassandra. But the key one is that the Global 2000 customers that DataStax wants to sell support and services to are already quite familiar with both Windows Server in their datacenters and they are looking to burst out to the Azure cloud on a global scale.
“We are seeing a rapidly increasing number of our customers who need hybrid cloud, keeping pieces of our DataStax Enterprise on premise in their own datacenters and they also want to take pieces of that same live transactional data – not replication, but live data – and in the Azure cloud as well,” says Bosworth. “They have some unique capabilities, and one of the major requirements of customers is that even if they use cloud infrastructure, it still has to be distributed by the cloud provider. They can’t just run Cassandra in one availability zone in one region. They have to span data across the globe, and Microsoft has done a tremendous job of investing in its datacenters.”
With the Microsoft agreement, DataStax is now running its wares on the three big clouds, with Amazon Web Services and Google Compute Engine already certified able to run the production-grade Cassandra. And interestingly enough, Microsoft is supporting the DataStax implementation of Cassandra on top of Linux, not Windows. Bosworth says that while Cassandra can be run on Windows servers, DataStax does not recommend putting DataStax Enterprise (DSE), the commercial release, on Windows. (It does have a few customers who do, nonetheless, and it supports them.) Bosworth adds that DataStax and the Cassandra community have been “working diligently” for the past year to get a Windows port of DSE completed and that there has been “zero pressure” for the Microsoft Azure team to run DSE on anything other than Linux.
It is important to make the distinction between running Cassandra and other elements of DSE on Windows and having optimized drivers for Cassandra for the .NET programming environment for Windows.
“All we are really talking about is the ability to run the back-end Cassandra on Linux or Windows, and to the developer, it is irrelevant on what that back end is running,” explains Bosworth. This takes away some of that friction, and what we find is that on the back end, we just don’t find religious conviction about whether it should run on Windows or Linux, and this is different from five years ago. We sell mostly to enterprises, and we have not had one customer raise their hand and say they can’t use DSE because it does not run on Windows.”
What is more important is the ability to seamless put Cassandra on public clouds and spread transactional data around for performance and resiliency reasons – the same reasons that Facebook created Cassandra for in the first place.
What Is In The Stack, Who Uses It, And How
The DataStax Enterprise distribution does not just include the Apache Cassandra data store, but has an integrated search engine that is API compatible with the open source Solr search engine and in-memory extensions that can speed up data accesses by anywhere from 30X to 100X compared to server clusters using flash SSDs or disk drives. The Cassandra data store can be used to underpin Hadoop, allowing it to be queried by MapReduce, Hive, Pig, and Mahout, and it can also underpin Spark and Spark Streaming as their data stores if customers decide to not go with the Hadoop Distributed File System that is commonly packaged with a Hadoop distribution.
It is hard to say for sure how many organizations are running Cassandra today, but Bosworth reckons that it is on the order of tens of thousands worldwide, based on a number of factors. DataStax does not do any tracking of its DataStax Community edition because it wants a “frictionless download” like many open source projects have. (Developers don’t want software companies to see what tools they are playing with, even though they might love open source code.) DataStax provides free training for Cassandra, however, where it does keep track, and developers are consuming over 10,000 units of this training per month, so that probably indicates that the Cassandra installed base (including tests, prototypes, and production) is in the five figures.
DataStax itself has over 500 paying customers – now including Microsoft after its partner tried to build its own Spark-Cassandra cluster using open source code and decided that the supported versions were better thanks to the extra goodies that DataStax puts into its distro. DataStax has 30 of the Fortune 100 using its distribution of Cassandra in one form or another, and it is always for transactional, rather than batch analytic, jobs and in most cases also for distributed data stores that make use of the “eventual consistency” features of Cassandra to replicate data across multiple clusters. The company has another 600 firms participating in its startup program, which gives young companies freebie support on the DSE distro until they hit a certain size and can afford to start kicking some cash into the kitty.
The largest installation of Cassandra is running at Apple, which as we previously reported has over 75,000 nodes, with clusters ranging in size from hundreds to over 1,000 nodes and with a total capacity in the petabytes range. Netflix, which used to employ the open source Cassandra, switched to DSE last May and had over 80 clusters with more than 2,500 nodes supporting various aspects of its video distribution business. In both cases, Cassandra is very likely housing user session state data as well as feeding product or play lists and recommendations or doing faceted search for their online customers.
We are always intrigued to learn how customers are actually deploying tools such as Cassandra in production and how they scale it. Bosworth says that it is not uncommon to run a prototype project on as few as ten nodes, and when the project goes into production, to see it grow to dozens to hundreds of nodes. The midrange DSE clusters range from maybe 500 to 1,000 nodes and there are some that get well over 1,000 nodes for large-scale workloads like those running at Apple.
In general, Cassandra does not, like Hadoop, run on disk-heavy nodes. Remember, the system was designed to support hot transactional data, not to become a lake with a mix of warm and cold data that would be sifted in batch mode as is still done with MapReduce running atop Hadoop.
The typical node configuration has changed as Cassandra has evolved and improved, says Robin Schumacher, vice president of products at DataStax. But before getting into feeds and speeds, Schumacher offered this advice. “There are two golden rules for Cassandra. First, get your data model right, and second, get your storage system right. If you get those two things right, you can do a lot wrong with your configuration or your hardware and Cassandra will still treat you right. Whenever we have to dive in and help someone out, it is because they have just moved over a relational data model or they have hooked their servers up to a NAS or a SAN or something like that, which is absolutely not recommended.”
Only four years ago, because of the limitations in Cassandra (which like Hadoop and many other analytics tools is coded in Java), the rule of thumb was to put no more than 512 GB of disk capacity onto a single node. (It is hard to imagine such small disk capacities these days, with 8 TB and 10 TB disks.) The typical Cassandra node has two processors, with somewhere between 12 and 24 cores, and has between 64 GB and 128 GB of main memory. Customers who want the best performance tend to go with flash SSDs, although you can do all-disk setups, too.
Fast forward to today, and Cassandra can make use of a server node with maybe 5 TB of capacity for a mix of reads and writes, and if you have a write intensive application, then you can push that up to 20 TB. (DataStax has done this in its labs, says Schumacher, without any performance degradation.) Pushing the capacity up is important because it helps reduce server node count for a given amount of storage, which cuts hardware and software licensing and support costs. Incidentally, only a quarter of DSE customers surveyed said they were using spinning disks, but disk drives are fine for certain kinds of log data. SSDs are used for most transactional data, but the bits that are most latency sensitive should use DSE to store data on PCI-Express flash cards, which have lower latency.
Schumacher says that in most cases, the commercial-grade DSE Cassandra is used for a Web or mobile application, and a DSE cluster is not set up for hosting multiple applications, but rather companies have a different cluster for each use case. (As you can see is the case with Apple and Netflix.) Most of the DSE shops to make use of the eventual consistency replication features of Cassandra to span multiple datacenters with their data stores, and span anywhere from eight to twelve datacenters with their transactional data.
Here’s where it gets interesting, and why Microsoft is relevant to DataStax. Only about 30 percent of the DSE installations are running on premises. The remaining 70 percent are running on public clouds. About half of DSE customers are running on Amazon Web Services, with the remaining 20 percent split more or less evenly between Google Compute Engine and Microsoft Azure. If DataStax wants to grow its business, the easiest way to do that is to grow along with AWS, Compute Engine, and Azure.
So Microsoft and DataStax are sharing their roadmaps and coordinating development of their respective wares, and will be doing product validation, benchmarking, and optimization. The two will be working on demand generation and marketing together, too, and aligning their compensation to sell DSE on top of Azure and, eventually, on top of Windows Server for those who want to run it on premises.
In addition to announcing the Microsoft partnership at the Cassandra Summit this week, DataStax is also releasing its DSE 4.8 stack, which includes certification for Cassandra to be used as the back end for the new Spark 1.4 in-memory analytics tool. DSE Search has a performance boosts for live indexing, and running DSE instances inside of Docker containers has been improved. The stack also includes Titan 1.0, the graph database overlay for Cassandra, HBase, and BerkeleyDB that DataStax got through its acquisition of Aurelius back in February. DataStax is also previewing Cassandra 3.0, which will include support for JSON documents, role-based access control, and a lot of little tweaks that will make the storage more efficient, DataStax says. It is expected to ship later this year.