IBM announces four new clients for video business unit

Curved video wallIBM has revealed four new client wins for its video business, IBM Cloud Video, a couple of hours ahead of its quarterly earnings announcement.

Speaking at NAB Show, the company announced Comic-Con HQ, Canadian Broadcasting Corporation, AOL and Broadway Video will now all be utilizing the IBM video platform. The company expects the market to exceed $100 billion in the next three years, as well as digital video to account for 80% of all internet traffic by 2019.

“IBM is at the forefront of the industry at a time when video is the driving influence in how organizations communicate, share information, and entertain,” said Braxton Jarratt, General Manager of the IBM Cloud Video business unit. “Today’s announcements will be viewed as a significant milestone in the company’s cloud video strategy, as IBM makes the sharing, distribution, and management of video increasingly simple across any device.”

IBM announced the acquisition of Ustream in January though financials of the agreement were not disclosed. Ustream created a cloud model to support live and on-demand video streams and claimed to have 80 million viewers per month from customers including NASA, Samsung, Facebook, Nike and The Discovery Channel. The IBM Cloud Video business unit was formed by the combination of IBM’s R&D dollars alongside acquisitions of Clearleap, Ustream, Aspera and Cleversafe.

The deal with Comic-Con HQ will offer numerous services including subscriber and content management, billing, and video compatibility on multiple devices. The Canadian Broadcasting Corporation will be using IBM’s tech to support its next-generation, ad-supported streaming video service. AOL will be using transfer and automation software from Aspera (an IBM company) to power its media management platform.

The news comes ahead of the company’s quarterly earnings, in which analysts expect IBM to announce further revenue declines. The company has reported revenue declines for 15 straight quarters, though these trends have been witnessed by several tech giants who have been primarily associated with now-legacy IT, not only IBM. The move into cloud computing is seemingly one of a number of strategies set in place for IBM to counter negative growth, and carve a new niche in the digital ecosystem.

Microsoft catching up with Salesforce in SaaS revenues, argues research

(c)iStock.com/Nicolas McComber

Microsoft has Salesforce in its sights as the leading cloudy software as a service (SaaS) vendor, according to the latest note from analyst house Synergy Research.

According to the research, the overall enterprise SaaS market grew by almost 40% in 2015, with forecasts from Synergy suggesting it will more than triple in size within five years. The consumer SaaS market, on the other hand, is only a third the size of the enterprise with a lower growth rate.

Microsoft’s comparative annual growth of 70%, compared to Salesforce’s 21%, means that they have captured more than 10% of the overall market share. Adobe and SAP are the third and fourth largest vendors in the space respectively, with ADP, Google, IBM, Intuit, Oracle, and Workday all in the top 10.

“In many ways SaaS is a more mature market than other cloud markets like IaaS or PaaS. However, even for SaaS it is still early days in terms of market adoption,” said John Dinsdale, Synergy chief analyst and research director.

“It is notable that the big three traditional software vendors – Microsoft, Oracle and IBM – are all now growing their SaaS revenues faster than the overall market and yet SaaS accounts for less than 8% of their total software revenues.”

The moves into cloud software as a service from the longer standing players has been extremely well documented, from IBM ploughing billions of dollars into their cloud play, to similar grandstanding from SAP. Oracle CTO Larry Ellison argued last March that his company would sell more SaaS and PaaS new business than Salesforce in 2015, with Synergy describing Oracle as “surging ahead”.

A recent report from identity management provider Okta found that Office 365 continues to be the most popular cloud app used in the enterprise, ahead of Salesforce and Box, while organisations are increasingly using Office and Google Apps in tandem.

Oracle acquisition boosts position in data-as-a-service market

ContractOracle has announced its intention to acquire Israeli machine-learning company Crosswire, in a bid to strengthen its Data-as-a-Service offering.

The Crosswire technology enables marketers and publishers the opportunity to increase cross-device advertising, personalization and analytics, and builds on Oracle’s efforts to bolster its position in the smart data market segment.

“Uniting identity across desktop, browsers and mobile apps to create a meaningful and consistent relationship with customers and prospects has become one of the critical challenges for marketers,” said Omar Tawakol, General Manager at Oracle Data Cloud. “Identification methods are different on every device and across every channel, and solving this can enable marketers to have a significantly more effective dialogue with the consumer and save billions of advertising dollars.”

The team claim in combining the Crosswire capabilities with its Data Cloud portfolio, marketers will be able to build a graphical representation to identify how consumers interact with their digital devices. Oracle currently has such an offering within its portfolio, though the company claims the Crosswire capabilities increases the accuracy of the data, which in theory offers marketers the opportunity to better allocate advertising budgets.

“Oracle Data Cloud is the fastest growing global Data as a Service business, aggregating more than 3 billion profiles from over 15 million websites in its data marketplace and operating the most accurate ID Graph to enable understanding of consumer behaviour across all media channels,” said Tawakol. “The addition of Crosswise further broadens the Oracle ID Graph to construct a complete view of consumers’ digital interactions across multiple devices.”

The acquisition builds on moves by Oracle over recent years to bolster its cloud business. The company bought Ravello Systems for an estimated $500 million in February, as well as numerous acquisitions in 2015 including CloudMonkey, Maxymiser, and StackEngine.

Anexia to Exhibit at @CloudExpo New York | @_Anexia #IoT #SaaS #IaaS

SYS-CON Events announced today that Anexia will exhibit at SYS-CON’s 18th International Cloud Expo®, which will take place on June 7-9, 2016, at the Javits Center in New York City, NY.
Anexia offers high-quality customized managed hosting solutions for SaaS and IaaS companies. The company was founded in 2006 in Klagenfurt, Austria. Today, it has additional offices in Vienna, Graz, Munich, Cologne and New York City to serve numerous international customers.

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More than just a low sticker price: Three key factors for a successful SaaS deployment

Teamwork. Business illustrationOne of the key challenges for businesses when evaluating new technologies is understanding what a successful return on investment (ROI) looks like.

In its infancy, business benefits of the cloud-based Software-as-a-Service (SaaS) model were simple: save on expensive infrastructure, while remaining agile enough to scale up or down depending on demand. Yet as cloud-based tools become ubiquitous, both inside and outside of a workplace, measuring success extended beyond simple infrastructure savings.

In theory the ability to launch new projects in hours and replace high infrastructure costs with a low monthly subscription should deliver substantial ROI benefits. But what happens to that ROI when the IT team discovers, six months after deployment, that end-user adoption is as low as 10 per cent? If businesses calculated the real “cost per user” in these instances, the benefits promised by cloud would simply diminish. This is becoming a real issue for businesses that bought on the promise of scalability, or reduced infrastructure costs.

In reality, success demands real organisational change, not just a cheap licencing fee. That’s why IT buyers must take time to look beyond the basic “sticker price” and begin to understand the end-user.

Aiming for seamless collaboration

As the enterprise workplace becomes ever-more fragmented, a “collaborative approach” is becoming increasingly important to business leaders. Industry insight, experience and understanding are all things that can’t be easily replicated by the competition. Being able to easily share this knowledge across an entire organisation is an extremely valuable asset – especially when trying to win new customers. That said, in organisations where teams need to operate across multiple locations (be it in difference offices or different countries), this can be difficult to implement: collaboration becomes inefficient, content lost and confidential data exposed – harming reputation and reducing revenue opportunities.

Some cloud-based SaaS solutions are quite successful in driving collaboration, improving the agility of teams and the security of their content. For example, Baker Tilly International – a network of 157 independent accountancy and business advisory firms, with 27,000 employees across 133 counties –significantly improved efficiency and created more time to bid for new business by deploying a cloud-based collaboration platform with government-grade security. However, not all organisations experience this success when deploying new cloud technologies. Some burden themselves with services that promise big ROI through innovation, but struggle with employee adoption.

Solving problems. Business conceptHere are the three key considerations all IT buyers must look at when evaluating successful SaaS deployment:

  1. Building awareness and confidence for better user experience

All enterprise systems, cloud or otherwise, need ownership and structure. IT teams need to understand how users and information move between internal systems. The minute workflows become broken, users will abandon the tool and default back to what has worked for them in the past. The result: poor user adoption and even increased security risks as users try to circumvent the new process. Building awareness and confidence in cloud technologies is the key to curbing this.

While cloud-based SaaS solutions are sold on their ease of use, end user education is paramount to ensuring an organization sees this value. The truth is, media scaremongering around data breaches has resulted in a fear of “the cloud”, causing many employees, especially those that don’t realise the consumer products they use are cloud-based, to resist using these tools in the workplace. In addition to teaching employees how to use services, IT teams must be able to alleviate employee concerns – baking change management into a deployment schedule.

These change management services aren’t often included within licensing costs, making the price-per-user seem artificially low. IT teams must be sure to factor in education efforts for driving user adoption and build an ROI not against price-per-user, but the actual cost-per-user.

  1. Data security isn’t just about certifications

There’s a thin line drawn between usability and security. If forced to choose, security must always come first. However, be aware that in the age of citizen IT too much unnecessary security can actually increase risk. That may seem contradictory but if usability is compromised too deeply, users will default to legacy tools, shadow IT or even avoid processes altogether.

Many businesses still struggle with the concept of their data being stored offsite. However, for some this mind-set is changing and the focus for successful SaaS implementations is enablement. In these businesses, IT buyers not only look for key security credentials – robust data hosting controls, application security features and secure mobile working – to meet required standards and compliance needs; but also quality user experience. The most secure platform in the world serves no purpose if employees don’t bother to use it.

Contemplate. Business concept illustrationThrough clear communication and a well-thought out on-boarding plan for end users, businesses can ensure all employees are trained and adequately supported as they begin using the solution.

  1. Domain expertise

One of the key advantages of cloud-based software is its ability to scale quickly and drive business agility. Today, scale is not only a measure of infrastructure but also a measure of user readiness.

This requires SaaS vendors to respond quickly to a business’s growth by delivering all of the things that help increase user adoption including; adequate user training, managing new user on-boarding, and even monitoring usage data and feedback to deliver maximum value as business begin to scale.

Yes, SaaS removes the need for big upgrade costs but without support from a seasoned expert, poor user adoption puts ROI at risk.

SaaS is about service

Cloud-based SaaS solutions can deliver a flexible, efficient and reliable way to deploy software into an organisation, helping to deliver ROI through reduced deployment time and infrastructure savings. However, these business must never forget that the second “S” in SaaS stands for service, and that successful deployments require more than just a low “sticker price”.

Written by Neil Rylan, VP of Sales EMEA, Huddle

lvextend – Ampliar el disco y el sistema de ficheros

Una de las opciones que muchas veces pasa desapercibida es la opción de lvextend de extender tanto el disco como el sistema de ficheros

La opción para extender el sistema de ficheros que contiene el disco es -r (o –resizefs) Tal y como indica la página man de lvextend:

       -r, --resizefs
              Resize underlying filesystem together with the logical volume using fsadm(8).

Dicha opción llama a fsadm para poder usar la herramienta adecuada para hacer el resize del sistema de ficheros, por ejemplo si es algún sistema de ficheros ext llamaría a resize2fs

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Microsoft grows in SaaS market but Salesforce still leads the way

Microsoft1New findings from Synergy Research Group highlight Microsoft is growing healthily in the Software-as-a-Service (SaaS) market segment, but Salesforce is still market leader.

According to the research, Microsoft demonstrated the second highest level of growth within the segment at 70% year-on-year, only behind SAP who were at 73%, but still only sits second in the market share rankings. Salesforce was one of only four in the top ten for the segment who demonstrated less than 50% growth, however still accounts for just below 15% of the worldwide market share for SaaS. Adobe, IBM, Oracle, Google, ADP, Intuit and Workday complete the top ten.

“In many ways SaaS is a more mature market than other cloud markets like IaaS or PaaS,” said John Dinsdale, Chief Analyst at Synergy Research Group. “However, even for SaaS it is still early days in terms of market adoption. It is notable that the big three traditional software vendors – Microsoft, Oracle and IBM – are all now growing their SaaS revenues faster than the overall market and yet SaaS accounts for less than 8% of their total software revenues.”

The Software-as-a-Service has been demonstrating healthy growth over recent years, as Synergy estimates the market segment has grown by 40% over the last 12 months, and is expected to triple over the next five years. The growth claims are also supported by research from Cisco. Last year the team predicted by 2019 59% of total cloud workloads will be SaaS, compared to 45% in 2014.

The research also highlights Microsoft as making positive steps in the consumer SaaS market segment alongside its enterprise business. While the consumer segment is roughly a third of the size of the enterprise market, the company’s growth in this area exceeding competitors who currently have a more assured position in the space.

Conducting containers in the cloud: Evaluating orchestration options

(c)iStock.com/cyano66

The standard has been set for containerisation. It’s Docker. Need an identical copy of your application stack in multiple environments? Package it once for Docker and away you go. It’s simple, and it’s why we love containers. That was all you needed back in 2015 – but things are changing fast.

Now that containers have proved their viability, it’s on to the next big area for innovation: orchestration. This is where there’s even more competition and the potential for confusion for users.

As your organisation scales and your container requirements go from half a dozen to many hundreds, one DevOps engineer can’t deploy them all. The question becomes: how will you automate, deploy and manage your fleet of containers? The answer for most teams will be through orchestration.

Each orchestration platform has advantages relative to the others and so users should evaluate which are best suited to their needs. There are, of course, a lot of factors to consider. Some that I would recommend you keep in mind include:

  • Does your enterprise have an existing DevOps framework that the orchestration must sit within?
  • Will the containers be run on bare metal, private virtual machines (VMs) or in the cloud?
  • What skills do you have within your organisation?
  • Is my database designed to provide always-on availability and scalability in these distributed environments?

Now that you know what you want to do, it’s time to consider your options. There are many different types of orchestration platforms, but for the purposes of this article I wanted to look at the three most popular and where I think they can be of most use:

Docker Compose

Made by the container experts, Docker Compose is a great starting point for orchestration. Docker hasput together a platform that may not have all the bells and whistles you’ll find elsewhere, but it is a simple and effective tool.

Some of the benefits of using Docker Compose include:

  • A single host can run multiple, isolated environments
  • Data is preserved when containers are shut down and restarted.
  • It determines which containers for a project are already running, and which need to be started

It also can incorporate other Docker tools like, Docker Machine, which makes multiple machines look like a single machine, and Docker Swarm, a technology that claims to be able to deal with 1,000 physical services concurrently.

When to use it: If you’re a smaller shop or you have simple requirements, Docker Compose could be right for you. It’s also often used in testing environments, but then put into production with more feature rich platforms like the next two I’m going to describe.

Kubernetes

Kubernetes was created by Google and is one of the most feature-rich and widely used orchestration frameworks. In fact it’s the platform you’ve probably already heard of. Much as Docker become synonymous with containers, Kubernetes seems to be gaining the same status with container orchestration.

According to Wikipedia Kubernetes is Greek for “helmsman”. A clever and apt name as Kubernetes is designed to pilot your containers in multiple environments, including bare metal, on-premise, VMs and public clouds.

Its key features include:

  • Automated deployment and replication of containers
  • Online scale-in or scale-out of container clusters
  • Load balancing over groups of containers
  • Rolling upgrades of application containers
  • Resilience, with automated rescheduling of failed containers

When to use it: Kubernetes is suitable for most use cases involving orchestration and has already proved itself within Google’s demanding infrastructure. It’s designed for virtual machines, so will be particularly effective on those.

Mesos

Apache Mesos is designed to scale to tens of thousands of physical machines and it’s already being relied on by the likes of Twitter, Airbnb, and Apple.

It’s true that Mesos is fantastic at scale but it doesn’t have the features nor ease of us that Kubernetes does. There is likely to be extra work designing services and some coding required too but, depending on the use case, this may lead to even better performance.

There is actually a project currently in the works to run Kubernetes as a Mesos framework. Mesos provides the management of thousands of hosts while Kubernetes adds higher level functions such as high availability and rolling upgrades. Kubernetes adds the higher level functions such as: load balancing; high availability through failover (rescheduling); and elastic scaling.

When to use it: it was designed for physical machines, so that’s the area where I’d specifically recommend Mesos over Kubernetes. It’s also worth looking at if you have good knowledge on your team and the ability to do some research and experimentation to see how it can be fine-tuned for your use case.

Conclusion

That is, of course, not an exhaustive list but those are the three orchestration platforms I would investigate first. The two other points I would also like to make are around maturity and migration.

These are not technologies that were designed with a grand plan. Most of them came out of internal projects so were designed for a unique set of use cases. They are also still relatively young so functionality in some instances may be frustratingly limited, although these days kids grow up fast and open source technologies tend to mature quickly.

The other point is that it is possible to migrate from one orchestration platform to another. Though it’s much better to migrate the app while it is still in the testing phase. Moving an orchestration platform once a product is in production could get sticky quickly.  

Going from solo performer with a few containers to conducting a whole “orchestra” is a big step but as containers become more widely adopted it will become standard. My advice: play around now so you can get familiar with the different options and know which one will help you solve your business problems. Let me know how you get on (@matkeep) and good luck conducting! 

DevOps and Container Networking | @DevOpsSummit @Dynatrace #DevOps #Microservices

Programmable network connectivity and network overlay technologies like Docker libnetwork, Weave Net, and Calico are essential tools for DevOps engineers using orchestration tools to manage and deploy Docker containers in production. Because network troubleshooting and optimization falls within the jurisdiction of DevOps, it’s vital that DevOps engineers understand exactly how network overlays work.
In his session at @DevOpsSummit, 18th Cloud Expo, Dirk Wallerstorfer, Technology Lead for networking, SDN, and OpenStack at Dynatrace, will discuss the fundamentals of container networking, see practical examples of common network overlays, and receive guidance on effectively using and tuning network overlays.

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Innometrics Chooses @Basho Technologies Riak KV | @CloudExpo #Cloud

Basho Technologies has announced that Innometrics has adopted its Riak KV database to power its Profile Cloud API.
Innometrics is a pioneering start-up that enables brands to bring together data about their customers’ behaviour across multiple channels and power more intelligent marketing by integrating customers’ data silos in a single API service called Profile Cloud. Founded in 2009, it now operates from offices in Stockholm, London, San Francisco and Mumbai and serves customers including 3 Mobile, Tele2 and Dansk Supermarked. The company built its core Profile Cloud on the highly resilient open source Riak KV database from the offset, so when it launched in summer 2014 Innometrics was able serve a forty-fold increase in traffic over the course of the year and rapidly grow its business by delivering consistent and reliable service.

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