Blockchain beyond Bitcoin: Assessing the enterprise use cases

(c)iStock.com/Radachynskyi

Blockchain has serious potential to disrupt a multitude of industries, but a lot of barriers – not least confusion – still need to be ironed out.

That’s one of the verdicts from a recent research report from analyst firm Tractica on how the database technology, defined as a ‘distributed data verification technology wherein financial and operational transactions are recorded and validated across a network, rather than through a central authority’, can move away from its Bitcoin roots.

The report, titled ‘Blockchain for Enterprise Applications’, details that while Bitcoin was blockchain’s first ‘killer app’, it is “blossoming beyond cryptocurrency and the transfer of money, to an architecture that can support many times of transactions, from logging an event, to signing a document, to allocating energy between parties, and far beyond.”

Jessica Groopman is a principal analyst at Tractica, and author of the report. Having covered the Internet of Things (IoT) for years before looking more seriously at blockchain several months ago, she notes that “blockchain makes IoT look like a toy store.” More importantly from her employer’s perspective however, this represents the first time to her knowledge a technology analyst, rather than a consulting firm, had explored this specific topic.

Blockchain makes IoT look like a toy store

“The real light switch for us was thinking about this as a new way to really unite, or, if nothing else, shorten the time between financial transactions and operational execution,” she tells CloudTech. “Those two processes – that is, paying for something and the event you are paying for, or the operation that you’re paying for happening, are somewhat disconnected.

“That’s the way I try and explain it to people,” Groopman adds. “It helps bridge that gap between a process occurring and payment for transaction or currency exchange for that process – although it’s not always currency.”

With this background, Groopman discusses the “painful hours” spent – jokingly, of course – assessing how far beyond currency blockchain can go. With a bit of lateral thinking, the possibilities are vast and varied. Digital and music rights can be transformed, for instance; in September a startup called Revelator raised $2.5 million to tackle this very task, with the theory being that the public, secure nature of the ledger and the immediacy of the record-keeping could enable much more efficient payments.

Groopman argues that while there are plenty of “interesting, eyebrow-raising opportunities”, the industries where the biggest impact will be found will be healthcare, government, logistics, and energy, for two reasons; one, they have the most dollars riding on them; and two, they will cause a domino effect for the more ‘tangential’ industries to follow.

“If this becomes a pervasive part of the transportation industry, smart trucks or smart cars, that’s going to ripple outwards into media, into telecoms, potentially even hospitality,” says Groopman. “If your car or truck is beginning to act and transact as an autonomous agent, that’s going to run on the blockchain most securely, and so you can see how one industry picking this up would begin to open up that opportunity to other outlets.”

At the heart of blockchain technology however, and the development of it, lies a paradox, and it goes a step further to explaining how it can be used in enterprise services. While the original development of Bitcoin as a public blockchain was, as Groopman puts it, ‘anarchic’ in nature, hoping to subvert centralisation altogether, there are many stakeholders in this particular game. “The corporations that are developing and investing in this technology don’t necessarily feel that way,” she says, understatedly.

You can see how one industry picking blockchain up would begin to open up the opportunity to other outlets

Of the players who need to be singing from the same page are developers, startups, and miners, not to mention consortia, banks, and governments. Groopman argues that this is where the ‘philosophical difference’ is playing out in the development of the technology. “Getting everybody on the same page is a much more complicated, tricky task, in the private enterprise blockchain space than any other technology space I’ve ever looked at,” she admits.

As for whether there is room for both public and private blockchains, Groopman says that a hybrid approach, utilising public blockchains such as Bitcoin and Ethereum, and private, may be the best long-term play. “There’s definitely a role for private blockchain, because this is not something that we’re going to be able to turn on a switch overnight and completely change the dominant organisational structure of business and government,” she says, laughing. “That’s not going to happen.”

Ultimately, while the potential is vast, the report sounds a cautionary note, saying the space today ‘desperately’ needs definition. “The only in-production example of blockchain at scale today is Bitcoin,” says Groopman. “We’re still extremely early. There’s a tremendous amount of hype, and lots of frenetic energy, but when you get down to it it’s extremely early, and there are many, many barriers in place between this technology blooming into the mainstream and where we are today.”

You can find out more about the report here.

Data Infrastructure Primer and Overview | @CloudExpo #Cloud #Storage #DataCenter

Data Infrastructures exists to support business, cloud and information technology (IT) among other applications that transform data into information or services. The fundamental role of data infrastructures is to provide a platform environment for applications and data that is resilient, flexible, scalable, agile, efficient as well as cost-effective. Put another way, data infrastructures exist to protect, preserve, process, move, secure and serve data as well as their applications for information services delivery. Technologies that make up data infrastructures include hardware, software, cloud or managed services, servers, storage, I/O and networking along with people, processes, policies along with various tools spanning legacy, software-defined virtual, containers and cloud.

read more

The App’s Eye View of 2017 | @CloudExpo #IoT #API #Cloud #Agile

Our outlook for the year in technology is pretty rosy. Businesses of all stripes are getting more agile and more cloud-savvy. They’re using SaaS apps and cloud services for all kinds of workloads, discovering new capabilities as cloud technology matures. IT teams are looking at the big picture to help users have better experiences. We hear from customers that they’re working on modernizing their networks and getting control and visibility of their infrastructure, wherever it’s deployed. It’s all part of how IT is adapting to a new cloud world as their role changes to keep up.

read more

MUFG, a Leading Japanese Bank Moves to the Cloud

Cloud is growing at such an enormous pace that it is hard not to embrace it, regardless of the sector in which a company operates. This is probably why we’re seeing companies across all sectors move some or all the operations to the cloud, along with the twin objective to save money and gain the benefits that come from it in the form of increased operational efficiency and higher productivity. The latest in that list is the banking industry, especially in Asia, that has always been known as a traditional industry with a conservative mindset. All that is changing now, as banking giants like the Mitsubishi UFJ Financial Group (MUFG), a well-known Japanese bank, is leading the way in cloud adoption.

MUFG announced that it is moving some of its operations to the cloud, and has chosen Amazon Web Services (AWS) as its partner for this transition.  This change is expected to save the bank a whopping 10 billion yen or $87.2 million over years, not to mention the better quality of service it can offer for its customers. Currently, Japanese banks including MUFG are well-known for their not-so-user-friendly banking systems and slow processing times, and much of this is attributed to the fact that they use legacy systems where patchworks and updates don’t work so well.

With this transition, MUFG aims to be the first bank in Japan to offer a simple, convenient and yet sophisticated banking interface that’ll make it easy for customers to do all their banking transactions. In addition, it plans to introduce many fintech products that’ll expand its customer base and boost its revenue and market share in the long run. Also, MUFG plans to move its research operations to the cloud, so it can get better insights into customer behavior, and maybe even design products that’ll fill gaps in customers’ needs. All this means, cloud is likely to fuel MUFG’s strategic expansion over the next few years.

Besides better customer interaction, MUFG is also expected to save a lot of money. Presently, all data is stored in the company’s data centers that are becoming increasingly expensive to maintain. As data grows, this bank is forced to invest in more capital expenditure and this is also proving to be expensive for the company. With this shift to AWS, all data will be hosted at AWS’ datacenters, so MUFG doesn’t have to worry about capital expenses or maintenance. This is how it is expected to save more than 10 billion yen over the next five years, without cutting back on other areas of operations. The company plans to invest this additional saving back into the business, especially in areas of strategic IT investments and tech talent, so it can further improve its operations in the long run.

Overall, this move represents a big shift in the mindset of Japanese banks as they scramble to remain competitive in today’s business environment, and at the same time, provide the most easy and user-friendly interface for its next generation of banking customers. In this sense, it’s a great start for Japanese banks.

The post MUFG, a Leading Japanese Bank Moves to the Cloud appeared first on Cloud News Daily.

What Is Load Balancing? | @CloudExpo #IoT #M2M #API #Cloud

The entire intent of load balancing is to create a system that virtualizes the “service” from the physical servers that actually run that service. A more basic definition is to balance the load across a bunch of physical servers and make those servers look like one great big server to the outside world. There are many reasons to do this, but the primary drivers can be summarized as “scalability,” “high availability,” and “predictability.”

read more

New research questions strategic importance of DevOps despite rise in usage

(c)iStock.com/franckreporter

Even though DevOps and automation methodologies are increasingly being used to deliver apps more frequently, only one in five respondents to a survey from F5 say DevOps has a strategic impact on their organisation.

The study, which polled almost 2,200 IT executives and industry professionals, found that among executive roles only 17% identified DevOps as key, well below software as a service (42%), big data (41%) and public cloud infrastructure as a service (39%).

VMware was the most popular framework among those polled, cited by more than half (54%) and well ahead of Cisco (37%), OpenStack (24%), Python (20%), Puppet (13%), and Chef (9%), while 47% of those who rely on only one framework opt for VMware. Comparatively, the overall trend was for more variety in framework use when compared to the number of applications deployed.

The report also explored the key drivers of automation and orchestration frameworks. The majority of respondents cite greater scalability and reduced OpEx as the primary reasons for automation, while use of software defined networking (SDN) was driven by similar trends; reducing OpEx (62%), reducing CapEx (36%), and improving time to market (33%).

“Despite being traditionally tied to increased speed to market, the key drivers for the use of DevOps-related frameworks and toolsets remain scalability and reduction of operational expenses,” the report notes. “As organisations continue to focus on automation and orchestration, programmability becomes even more important, especially for respondents who use containers or virtual machines for app services.”

According to research from Redgate Software earlier this month, organisations with 10,000 or more employees are more likely than smaller businesses to introduce DevOps initiatives with IT services and retail the most forward-looking industries. Writing for this publication Peter Waterhouse, senior strategist at CA Technologies, offered 11 methods for amplifying DevOps output, including integrating application performance management (APM) within continuous integration, to check software builds against pass/fail conditions, and automating test data generation to speed up the test bed preparation process.

You can read the full F5 report here.

New research questions strategic importance of DevOps despite rise in usage

(c)iStock.com/franckreporter

Even though DevOps and automation methodologies are increasingly being used to deliver apps more frequently, only one in five respondents to a survey from F5 say DevOps has a strategic impact on their organisation.

The study, which polled almost 2,200 IT executives and industry professionals, found that among executive roles only 17% identified DevOps as key, well below software as a service (42%), big data (41%) and public cloud infrastructure as a service (39%).

VMware was the most popular framework among those polled, cited by more than half (54%) and well ahead of Cisco (37%), OpenStack (24%), Python (20%), Puppet (13%), and Chef (9%), while 47% of those who rely on only one framework opt for VMware. Comparatively, the overall trend was for more variety in framework use when compared to the number of applications deployed.

The report also explored the key drivers of automation and orchestration frameworks. The majority of respondents cite greater scalability and reduced OpEx as the primary reasons for automation, while use of software defined networking (SDN) was driven by similar trends; reducing OpEx (62%), reducing CapEx (36%), and improving time to market (33%).

“Despite being traditionally tied to increased speed to market, the key drivers for the use of DevOps-related frameworks and toolsets remain scalability and reduction of operational expenses,” the report notes. “As organisations continue to focus on automation and orchestration, programmability becomes even more important, especially for respondents who use containers or virtual machines for app services.”

According to research from Redgate Software earlier this month, organisations with 10,000 or more employees are more likely than smaller businesses to introduce DevOps initiatives with IT services and retail the most forward-looking industries. Writing for this publication Peter Waterhouse, senior strategist at CA Technologies, offered 11 methods for amplifying DevOps output, including integrating application performance management (APM) within continuous integration, to check software builds against pass/fail conditions, and automating test data generation to speed up the test bed preparation process.

You can read the full F5 report here.

Autonomic Computing and @Docker | @DevOpsSummit #AI #APM #DevOps

An overall theme of Cloud computing and the specific practices within it is fundamentally one of automation. The core value of technology is to continually automate low level procedures to free up people to work on more value add activities, ultimately leading to the utopian goal of full Autonomic Computing. For example a great way to define your plan for DevOps tool chain adoption is through this lens. In this TechTarget article they outline a simple maturity model for planning this.

read more

The Rewards of #DevOps | @DevOpsSummit #APM #ContinuousDelivery

There’s no shortage of DevOps stories, but every so often one blows me away, like the one I heard last week at the Gartner Symposium in Barcelona. Societe Generale, one of the world’s largest banks with almost 150,000 employees in over 50 countries, is a story about a broad ranging, comprehensive, hugely successful transformation that provides a model for other large organizations wanting to realize the benefits of DevOps and Continuous Delivery.

read more