VMware updates vSphere and vSAN for multi-cloud environments


Clare Hopping

20 Apr, 2018

VMware has updated its vSphere and vSAN products, introducing compatibility with multi-cloud hybrid environments.

VMware Sphere 6.7 crosses the boundaries between on-premise and public cloud environments, offering visibility and management of vSphere running on a wide range of platforms such as AWS, IBM Cloud and other VMware Cloud Provider Program partner clouds.

ESXi Single Reboot and vSphere Quick Boot will reduce the time it takes for businesses to roll out patches and upgrades, with only one reboot required to complete the process. Performance will be boosted thanks to the utilisation of persistent memory and used alongside the enhanced vCenter Server Appliance, it will provide 200% faster performance in vCenter operations per second compared to vSphere 6.5.

Trusted Platform Module (TPM) 2.0 Support and Virtual TPM 2.0 will add extra security for both the hypervisor and the guest OS.

Additions in VMware vSAN 6.7 include support for HTML5 clients and the ability to monitor and control multiple hyperconverged infrastructure environments. VMware has introduced six new dashboards for monitoring a wider range of parameters, including capacity, performance, KPIs and alerts without a separate vRealize Operations licence.

HCI support has been extended to applications such as Cassandra, Hadoop and MongoDB, making it a more suitable option for those using alternative environments for their cloud applications. Should a hardware failure occur, vSAN 6.7’s self-healing capabilities will kick in, minimising disruption.


‘Understanding Converged and Hyperconverged Platforms’ gives a comprehensive overview of converged and hyperconverged platforms and how they’re being used in businesses.

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“The continued innovation in our award-winning compute and HCI portfolio makes the hybrid cloud a reality for our customers,” said Rajiv Ramaswami, COO of Products and Cloud Services at VMware. “The rapid adoption of vSAN, coupled with longstanding vSphere leadership is a testament to the importance of a digital foundation that extends from on-premises to the public cloud.”

Why Self-Organization Demands a New Reality | @ExpoDX #DX #ML #Agile

«This all sounds great. But it’s just not realistic.»
This is what a group of five senior IT executives told me during a workshop I held not long ago. We were working through an exercise on the organizational characteristics necessary to successfully execute a digital transformation, and the group was doing their ‘readout.’
The executives loved everything we discussed and agreed that if such an environment existed, it would make transformation much easier. They just didn’t believe it was realistic.

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Supreme Court sticks to the sidelines in DoJ-Microsoft dispute


Bobby Hellard

19 Apr, 2018

The US Supreme Court has decided to drop a test case between Microsoft and the Department of Justice (DoJ), leaving a serious legal question about the reach of America’s Courts in the digital world.

In a case that had started in 2013, Microsoft refused to hand over emails stored in severs at the company’s data centre in Dublin that were subject to a warrant over a criminal investigation into alleged drug trafficking.

After decisions both in favour and against each party made in various courts, the case came to the Supreme Court to decide once and for all. But the Justices decided on Monday that the case was moot because of the new CLOUD Act passed into law by Congress last month.

The Clarifying Lawful Overseas Use of Data (CLOUD) Act states that US companies are obliged to provide access to all content – whether held on a server in the US or outside the country – if they are issued with a warrant, but can reject such demands if they conflict with foreign laws, such as data protection legislation.

The DoJ immediately issued a new warrant to Microsoft in light of the law, which readily handed over the data, and both parties asked the Supreme Court to close the case, as no live dispute remained.

However, by closing the case, the Supreme Court avoided weighing in on the legal question of whether a company could refuse to comply with such a warrant due to it contradicting the local law where the data is stored.

After the Act had passed, US Senator Ron Wyden questioned the legitimacy of the bill given its rush through Congress, with the legislation attached to a huge spending bill document.

«This bill contains only toothless provisions on human rights that Trump’s cronies can meet by merely checking a box. It is legislative malpractice that Congress, without a minute of Senate debate, is rushing through the CLOUD Act on this must-pass spending bill,» he said.

Parallels Desktop for Mac Enables Australian Community College to Equip Learners with IT Literacy Skills

Guest blog author Kevin Greely, General Manager Parallels Asia Pacific Nepean Community College (NCC) is an adult education institution that focuses on equipping minorities, the disadvantaged, and the disabled with the IT literacy skills necessary to successfully navigate today’s digital world. NCC was looking for a flexible, responsive, and cost-effective device management strategy to keep […]

The post Parallels Desktop for Mac Enables Australian Community College to Equip Learners with IT Literacy Skills appeared first on Parallels Blog.

Manage Your Smart Home from the Cloud | @ExpoDX @AkvelonInc #AI #IoT #IIoT #SmartCities #DigitalTransformation

Everything run by electricity will eventually be connected to the Internet. Get ahead of the Internet of Things revolution. In his session at @ThingsExpo, Akvelon expert and IoT industry leader Sergey Grebnov provided an educational dive into the world of managing your home, workplace and all the devices they contain with the power of machine-based AI and intelligent Bot services for a completely streamlined experience.

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How to Sponsor @DevOpsSummit 2018 | #CloudNative #Serverless #DevOps #Docker #Kubernetes

@DevOpsSummit at Cloud Expo, taking place November 12-13 in New York City, NY, is co-located with 22nd international CloudEXPO | first international DXWorldEXPO and will feature technical sessions from a rock star conference faculty and the leading industry players in the world.
The widespread success of cloud computing is driving the DevOps revolution in enterprise IT. Now as never before, development teams must communicate and collaborate in a dynamic, 24/7/365 environment. There is no time to wait for long development cycles that produce software that is obsolete at launch. DevOps may be disruptive, but it is essential.

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How commodity trading and risk management relates to the cloud: A guide

Commodity trading companies are rapidly switching from on-premise commodity trading and risk management solutions (CTRM) to cloud-based systems.  Research from Commodity Technology Advisory LLP shows that cloud-delivered CTRM solutions now outsell on-premise solutions and will significantly outpace spend on traditional deployments over the next five years.

Small commodity companies lead the way

One reason for this shift is a change in the commodity industry. Early adopters of cloud-hosted CTRM solutions tended to be small firms, usually trading a single commodity. A spate of divestitures, the trend to downsize trading desks, and the arrival of more niche start-ups created more of these smaller players in the market. Recognizing that generic spreadsheets (still the main competitor to CTRM systems in this space) were wholly inadequate to the task, this new cohort is taking advantage of the cloud to implement a single, uniform platform across all their commodities.

For these firms, having an implementation time in the region of 10-16 weeks rather than 10-16 months is obviously advantageous, as are the minimal upfront financial and technical investments. Having the software’s experts in charge of maintaining, upgrading, and securing the solution adds extra assurance, and small firms with big plans for new geographies, commodities and business lines, see cloud-deployed CTRM as a vital enabler of growth.

Equally, those firms operating in the more remote areas of the commodities supply chain found access to mission-critical information through mobile devices essential. And, since the success is often dependent on the ability to respond to rapid shifts in commodity markets, an equally agile and responsive CTRM platform like Eka’s has obvious appeal.

Large companies follow as they see the value

Increasingly rigorous regulations are driving larger, more established firms to recognize the value of CTRM solutions in place of traditional spreadsheets. Mitigating risks associated with extensive supply chains, multiple business lines, a network of overlapping counterparties, and volatile markets is challenging. Cloud-deployed systems can be implemented in just 12 weeks, robustly addressing regulatory and stakeholder mandates quickly and effectively.

Commodity markets are volatile, and commodities businesses have to respond to market shifts in a shorter timeframe because the consequences of delays are severe. The simplified scalability and elasticity of cloud-based CTRM solutions enables commodity trading companies to add new users, customers, counterparties, credit limits, commodity types and trading functions in hours rather than months. There are no capital expenditures required to expand.

The environment management services, upgrades and updates, DBA support, helpdesk, and technical support that accompany cloud systems have obvious appeal to CIOs who have seen maintenance of the status quo absorb ever greater amounts of their budget.

And lingering concerns about security – one of the biggest hurdles to take-up so far – have been eroded. Vendors like Eka have been working hard to build data encryption, HTTPS protocols, field-level security and role-based hierarchy controls into their products. Public cloud providers can also take much of the credit, having invested heavily in cybersecurity measures at an economy of scale that individual players cannot hope to repeat.

Real-time insight

Competitive and regulatory pressures have driven much of cloud take up to date. But cloud also addresses one of the long-standing problems within commodities trading. Highly compute-intensive tasks, such as end-of-day reporting, are traditionally run at fixed times – usually overnight – when no other mission-critical requirements are placed on the system.

But spinning up the compute power of cloud-delivered systems exactly when required overcomes this problem. Anyone can access real-time insight into chosen key metrics from counterparty exposures and risk reporting, to derivative P&L reports, or value at risk (VaR) whenever they are needed – not just when the IT system allows.

That changes the calculus around risk management and compliance, productivity and innovation, with long-tail consequences for the entire business.

It has taken some time for mainstream commodity trading and commodity management markets to fully embrace cloud. But functional, technical and financial arguments are breaking through – and it’s increasingly clear that cloud-delivered CTRM solutions will dominate the market in the coming years.

How to make test environment management more efficient than ever

“Software is eating the world”, claimed Marc Andreessen back in 2011; though it may have seemed like an exaggeration when his essay was published, so far he has been proved correct. Now that software exists across every industry, organisations that rely on information need to reimagine themselves as software companies to avoid falling behind competitors.

In today’s society, childhood favourite Blockbuster couldn’t stand up against the likes of Netflix or Amazon Prime, music is at the mercy of iTunes and Spotify, and Google, Facebook and Twitter are the leaders in the marketing world.

The rapid adoption of cloud in recent years is one of the ways in which organisations are attempting to survive this new world. Regardless of what an organisation is built to do, budgets are increasingly being invested in cloud-based services and software-programming tools in order to compete in this new software-powered system.

However, with all new things come new challenges.

One place these are particularly apparent is in application development, and the test environments that organisations rely on to sustain the continuous deployment cycle of software, thereby hanging onto their significance. The size, intricacy and importance of test environments are increasing along with the budgets needed to keep up. Additionally, organisations are frequently finding themselves managing environments that are in the cloud, as well as on-premises and/or hosted by a third party – and often one environment can spread across all three. So, how can organisations efficiently manage their environments?

Managing test environments effectively and consistently across the software test lifecycle is a process that requires increased levels of automation and real-time collaboration in each phase of an application’s lifecycle. It’s not easy, but the benefits of doing it are worth the effort.

Let’s examine the three important foundations of the process that are imperative when managing test environments.

Visibility is vital

Running DevOps smoothly requires having an end-to-end overview of the environment while embracing continuous delivery (CD). To be truly end-to-end, with visibility and constant feedback, a business needs to understand that it’s not about one single tool; it’s a chain of solutions pulled together into one platform that provides an overarching view. This allows continuous integration and CD workflow, with feedback, visibility and the ability to provide customers with services quickly.

Having this visibility provides a space for both the Dev and Ops teams to monitor activities as they evolve across the entire portfolio of applications and the different combinations of cloud, on-premises and third-party environments. Having comprehensive end-to-end management that delivers test plans, identifies defects, supports agile-based testing and provides precise reporting, gives organisations a booking system to keep each environment in line and make sure they are operating as efficiently as possible.

High quality of work

Businesses with misconfigured environments risk producing false positives. The main problem with managing environments is tracking them. If unsound environments are used for testing, it creates problems by both slowing down the project and trying to move things through the pipeline without proper assurances. The end goal should be maintaining quality, so ensuring that the right test environment is ready and utilised when new code is available is essential for efficiency and accuracy.

Efficient test environment management also removes the complications of misconfiguration, and helps to ensure the quality of tests and therefore the quality of the final product. Quality is maintained by automatically reaching into source code control systems to make changes available to test teams, and then, in turn, it can be applied to accurate test cases to make sure they have accurate test coverage.

Quality can be guaranteed when software is evaluated properly, and teams work with testing and development seamlessly. Efficient test environments help eliminate the dependence on spreadsheets, and improve quality and predictability.

Essentially, an efficient platform closes the loop, streamlines communication throughout the company, and ensures a higher quality of work.

Faster delivery by streamlining deployment

Real-time visibility is provided by efficient environment management across the enterprise portfolio, and establishes a single source of truth to align teams and identify and resolve resource conflicts. Using an interactive environment map, and the functionality of a CD pipeline, enterprises can produce a structure to merge fast-moving CD activities, helping delivery teams to streamline the progression of code through each phase of a release.

Large enterprises often find that releases are tightly coupled, leading to more projects approaching the testing stage in parallel, which in turn creates more conflicted environments, and therefore possible delays if the release happens to get disrupted. Some businesses have thousands of test environments made up of a combination of cloud, on-premises and third party infrastructure. Release managers couldn’t possibly know the status of the delivery pipeline manually, and it can be incredibly challenging to spot risk. The need is for visibility, governance and the ability to manage version control across all environments to bring efficiencies into the pipeline.

Test environments along the pipeline move to more complex situations the closer you get to production. Adding an efficient test rate and default rate gives an improved ability to access schedule risk to streamline deployment and help assist in providing a shorter time to market. It gives release managers visibility and reassurance that the test coverage is complete and accurate.

No one should anticipate these steps towards managing test environments to be easy. It’s a complex, intimidating task that requires detailed planning, a strong team and supporting budget. But if we push forward with the knowledge that our world relies more than ever on software, and success depends on finding the most efficient ways to feed its growth, such as using the cloud, then we are on the right track.

Since 2000, according to Constellation Research, over half of the companies in the Fortune 500 are no longer on the list. Though there is a reason behind each one, the fact that over fifty per cent have fallen short over time suggests that there is likely more to it. We have observed a vast change in business models and the tools that organisations depend on the most, and this is something that we need to remember. It is clear that as the world continues to be “eaten by software”, as Andreessen predicted, organisations must strive to understand the best ways to manage this new reality.

How to Use Mac Fonts in PowerPoint Presentations

Many Mac® users consider the fonts on Mac to be more elegant than the fonts on Windows, and therefore they want to use their Mac fonts in their PowerPoint presentations. Figure 1, however, shows what can happen when you send those presentations to Windows users, or use a Windows PC to drive the projector in […]

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IoT developers use AWS, Azure and Google clouds, in that order


Clare Hopping

18 Apr, 2018

A report by the Eclipse Foundation has revealed developers prefer using AWS to build their applications rather than Microsoft Azure and Google Cloud, which were the second and third most popular platforms.

The company’s third annual IoT developer survey discovered that more than half (51.8%) of developers would rather use AWS (up 21% year-on-year), compared to 31.2% (up 17%) that like to use Microsoft Azure and 18.8% favouring Google’s cloud.

Google’s cloud has taken a substantial hit in the last 12 months, decreasing its market share by 8%, while Kubernetes has risen rapidly, previous not ranking in the top platforms at all, up to fourth, with 12% of the market preferring its open source facilities.

Businesses are also starting to realise the potential of IoT to achieve their business goals. Previously, the technology was viewed as a fad – something ‘cool’ to use to collect data. But now, the true benefits are being realised.

18% of businesses interviewed for the Eclipse Foundation’s report said they were concerned about collecting data and analysing the outcomes, which put it in second place, behind security concerns of the IoT.

«There is unfortunately still only a limited set of security-related practices that are on the front burner of IoT developers,» Benjamin Cabé, program manager and evangelist at Eclipse IoT said. «Communication-layer security (e.g the use of TLS or DTLS) and data encryption remain the two most popular practices, used by respectively 57.3% and 45.1% of the respondents.»

Businesses are also worried about IoT connectivity, while integration with hardware was a worry for 15.5% of the developers questioned. Interoperability seems to be less of a concern than it has been for the last three years, with 15.1% of respondents concerned about IoT devices not working together.

«As someone working with IoT open source communities on a day-to-day basis, I can’t help but think about the crucial role open standards and open source IoT platforms have had in making IoT interoperability a reality,» Cabé added.