Seven years from now all cloud apps will be AI-powered


Maggie Holland

23 Oct, 2018

It’s long been acknowledged that information is power, but the cloud combined with AI offers organisations – in particular the enterprise – more opportunity than before to really extract value and drive success.

Indeed, by 2025 all cloud apps will incorporate AI in one form or another.

So claims Oracle CEO Mark Hurd who used his keynote session at the firm’s OpenWorld conference in San Francisco this week to highlight myriad of benefits on offer when the two are combined.

Proclaiming that “Cyber teams are the new future,” Hurd added “As cloud and integrated technologies like AI [evolve] information becomes incrementally more valuable.”

Hurd stressed to delegates that cloud was now a foundational aspect of business; something “irrefutable.” What’s more, Hurd also believes spicing up the cloud mix with additional ingredients such as AI will only serve to help accelerate the pace at which organisations embrace what cloud has to offer.

“The cloud market is accelerating, it’s moving faster than predicted. Just last year alone 15% of US corporate owned data centres shut down. If you run that out and it was linear, the prediction I made of [it happening by] 2025, would be off by three or four years,” Hurd said.

“Cloud is accelerating and those datacentres are shifting from companies to core cloud providers. [But] we don’t see AI as an individual solution. There are many vendors that do. We see AI as a core feature that will get embedded into every solution, every application.”

Hurd added that the advent of AI brought with it enhanced productivity and innovation potential, reducing the time it takes humans to do certain tasks today or simply being able to do things humans just cannot fathom.

“Customers are [already] using cloud and now you’re going to see a new era as we integrate AI,” Hurd added.

Exploring the benefits and challenges of hyperconverged and software-defined storage

The verdict on software-defined, hyperconverged and cloud storage from DataCore is in: while hyperconverged is making inroads organisations are struggling, while software-defined storage is seeing a greater number of use cases.

This analysis may not come as a huge surprise given DataCore’s primary business line is through software-defined. Yet the study, which polled 400 IT professionals who were currently using or evaluating software-defined storage, hyperconverged and cloud storage, still has plenty of interesting statistics to consider.

Three in five respondents (60%) said that automating frequent or complex storage operations was a key business driver for implementing these storage technologies overall, while simplifying storage management (56%) and extending the life of existing storage assets (56%) were also highly cited.

For hyperconverged, performance was the key driver, while the primary attribute of software-defined storage was automation and reduced complexity. Public cloud, meanwhile, saw a significant downturn when it came to delivering higher performance, with more than half of respondents saying they weren’t considering it at all.

Issues such as business continuity and data protection saw consistent figures across the board, however. Almost three quarters (74%) of those polled said it was the primary capability they wanted from their storage infrastructure – the most popular choice.

More participants said they had standardised on software-defined storage (37%) than other technologies. All-flash array (29%) was the next most popular, ahead of HCI (21%), hybrid (18%), public (17%), and containers (10%). All-flash however got plenty of votes when it came to future deployment – one in three respondents said they were strongly considering it but had yet to deploy. 42% of those polled said they had no interest in public clouds and containers respectively.

The dismissal of the latter may be something of a surprise given other research promoting its wares. Yet, of those who had taken the plunge, 19% said there was a lack of sufficient storage tools or data management services. 18% cited a slowdown in application response time, while the same number noted a lack of persistent storage for key applications.

The biggest concern, however, was around vendor lock-in within storage. 42% of those polled said this was their biggest problem. Again, software-defined storage was considered a useful tool in this regard. For those who are struggling with hyperconverged – the key reasons given were around lack of integration, lack of scale and price – the study recommends what it calls ‘hybrid-converged’ technology, which amounts to being able to deploy various storage options from a unified management plane.

https://www.cybersecuritycloudexpo.com/wp-content/uploads/2018/09/cyber-security-world-series-1.pngInterested in hearing industry leaders discuss subjects like this and sharing their experiences and use-cases? Attend the Cyber Security & Cloud Expo World Series with upcoming events in Silicon Valley, London and Amsterdam to learn more.

Larry Ellison takes aim at AWS, talks up Gen 2 Cloud capabilities


Maggie Holland

23 Oct, 2018

Oracle has gone to great lengths to shore up its cloud defenses so that customers can have greater confidence that their most prized asset – data – is truly secure.

So claims chairman and CTO Larry Ellison who used his opening keynote at the firm’s OpenWorld conference in San Francisco today to update delegates on what it has done to ensure it’s cloud offering is fighting fit.

Using terminology more commonly found in Hollywood film scripts, Ellison talked about Star Wars-like defence that will not surrender to threats old, new and not-yet-discovered.

“Oracle has gone through a period of fundamentally re-architecting our cloud. It’s easy to say but very hard to do – to build a secure cloud. If it was easy to do, someone would have already done it!” Ellison said.

“[We have created] impenetrable barriers and autonomous robots that find those threats and kill them. It has to be robots. The way most people operate today is if a vulnerability is found in their database, apps or systems, human beings decide how to schedule a downtime window and patch it and, then,  find all the related systems and patch them too. It’s a bunch of people trying to defend your data against a robot or botnet attack. It’s your people against their robots. Who is faster? Who is going to win? It’s got to be automated.”

Oracle’s cloud makeover has been dubbed Gen 2 cloud and, according to Ellison, it is leaps and bounds over the current generation, which although good, has many downsides too. One of the main ones being the vulnerability of cloud control code that could be injected by one customer and spread like a virus onto other customers.

“With our Gen 2 cloud we have customer computers – we call them bare metal. But we will never put our cloud control code in the same computer that has customer code. That creates an incredible vulnerability to our cloud control system,” Ellison added.

“With Gen 2, threats can’t enter and threats can’t spread. It’s a big deal… I’m not talking about a few software changes here and there. We had to add a new network of dedicated independent computers to basically surround the perimeter of our cloud. These are computers you don’t find in other clouds. It not only keeps threats from getting in, these barriers also surround each individual customer zone in our cloud so spreads cannot spread from one customer area to another.

The firm’s second generation cloud has taken advantage of AI and machine learning to add sophisticated, robot-actioned defence levels. It features what Ellison termed ‘core-to-edge’ security and is based on 7 key tenets of threat detection, resolution and obliteration: Compliance, edge security, access security, an autonomous database, data security, network security, and isolation.

“We’ve been working on this for a very long time. We’ve been adding automation, adding automation, adding automation with every generation until we automated just about everything and then we became autonomous,” Ellison said.

“Automation is great because people typically build a data warehouse and tune it and later the tuning they did is obsolete. The Oracle autonomous database tunes itself and then retunes and retunes. The system constantly adapts to changing shapes of data and changing workloads.

“Because there is nothing to learn and nothing to do that makes it really easy to use. Here’s the manual and here’s the list to do. That’s it, training course over. If we eliminate human labour, we eliminate human error.”

Given the amount of effort that has gone into Gen 2, Ellison couldn’t resist taking a swipe at the completion. In this instance, the majority of his wrath was focused on Amazon.

Showing the audience a slide with all manner of AWS-bashing stats, Ellison said Oracle’s data warehouse was nine times faster and eight time cheaper than Amazon Redshift. Furthermore, he claimed Oracle’s autonomous transaction processing was 11 times faster and eight times cheaper than Amazon’s Aurora.

“We believe it should cost the same to move data in and out. Amazon’s pricing is very clear. Move data in, you’re done,” he quipped, adding that when it came to pricing the company guaranteed to cut customers’ bills from competitors in half.

“I read an article that said that white Oracle may have an autonomous database, Amazon is developing a semi-autonomous database. A semi-autonomous database is like driving a semi- autonomous car – You get in, you drive and you die!” Ellison added.

Larry Ellison takes aim at AWS, talks up Gen 2 Cloud capabilities


Maggie Holland

23 Oct, 2018

Oracle has gone to great lengths to shore up its cloud defenses so that customers can have greater confidence that their most prized asset – data – is truly secure.

So claims chairman and CTO Larry Ellison who used his opening keynote at the firm’s OpenWorld conference in San Francisco today to update delegates on what it has done to ensure it’s cloud offering is fighting fit.

Using terminology more commonly found in Hollywood film scripts, Ellison talked about Star Wars-like defence that will not surrender to threats old, new and not-yet-discovered.

“Oracle has gone through a period of fundamentally re-architecting our cloud. It’s easy to say but very hard to do – to build a secure cloud. If it was easy to do, someone would have already done it!” Ellison said.

“[We have created] impenetrable barriers and autonomous robots that find those threats and kill them. It has to be robots. The way most people operate today is if a vulnerability is found in their database, apps or systems, human beings decide how to schedule a downtime window and patch it and, then,  find all the related systems and patch them too. It’s a bunch of people trying to defend your data against a robot or botnet attack. It’s your people against their robots. Who is faster? Who is going to win? It’s got to be automated.”

Oracle’s cloud makeover has been dubbed Gen 2 cloud and, according to Ellison, it is leaps and bounds over the current generation, which although good, has many downsides too. One of the main ones being the vulnerability of cloud control code that could be injected by one customer and spread like a virus onto other customers.

“With our Gen 2 cloud we have customer computers – we call them bare metal. But we will never put our cloud control code in the same computer that has customer code. That creates an incredible vulnerability to our cloud control system,” Ellison added.

“With Gen 2, threats can’t enter and threats can’t spread. It’s a big deal… I’m not talking about a few software changes here and there. We had to add a new network of dedicated independent computers to basically surround the perimeter of our cloud. These are computers you don’t find in other clouds. It not only keeps threats from getting in, these barriers also surround each individual customer zone in our cloud so spreads cannot spread from one customer area to another.

The firm’s second generation cloud has taken advantage of AI and machine learning to add sophisticated, robot-actioned defence levels. It features what Ellison termed ‘core-to-edge’ security and is based on 7 key tenets of threat detection, resolution and obliteration: Compliance, edge security, access security, an autonomous database, data security, network security, and isolation.

“We’ve been working on this for a very long time. We’ve been adding automation, adding automation, adding automation with every generation until we automated just about everything and then we became autonomous,” Ellison said.

“Automation is great because people typically build a data warehouse and tune it and later the tuning they did is obsolete. The Oracle autonomous database tunes itself and then retunes and retunes. The system constantly adapts to changing shapes of data and changing workloads.

“Because there is nothing to learn and nothing to do that makes it really easy to use. Here’s the manual and here’s the list to do. That’s it, training course over. If we eliminate human labour, we eliminate human error.”

Given the amount of effort that has gone into Gen 2, Ellison couldn’t resist taking a swipe at the completion. In this instance, the majority of his wrath was focused on Amazon.

Showing the audience a slide with all manner of AWS-bashing stats, Ellison said Oracle’s data warehouse was nine times faster and eight time cheaper than Amazon Redshift. Furthermore, he claimed Oracle’s autonomous transaction processing was 11 times faster and eight times cheaper than Amazon’s Aurora.

“We believe it should cost the same to move data in and out. Amazon’s pricing is very clear. Move data in, you’re done,” he quipped, adding that when it came to pricing the company guaranteed to cut customers’ bills from competitors in half.

“I read an article that said that white Oracle may have an autonomous database, Amazon is developing a semi-autonomous database. A semi-autonomous database is like driving a semi- autonomous car – You get in, you drive and you die!” Ellison added.

What to expect at Oracle OpenWorld 2018


Maggie Holland

22 Oct, 2018

San Francisco. Same city, different big tech conference. This time, the city is playing host to Oracle’s big annual conference OpenWorld (or OOW as it is also known).

Larry Ellison’s keynote isn’t until Monday afternoon (he’s also doing another keynote to end the show too), but there’s plenty to keep attendees occupied before and after the main event. Indeed, this year’s OOW boasts more than 2,000 sessions from the same number of customers.

Some 60,000 delegates are expended to descend on the Moscone conference centre (with another 19 million watching the various live streams), while hundreds of partners will showcase their wares and network with existing and potential customers alike.

”Oracle OpenWorld 2018 delivers a world-class conference experience that immerses attendees in the future of cloud, artificial intelligence, and other emerging technologies,“ said Tania Weidick, Oracle‘s vice president of event marketing.

She added: ”Everything about the event – from creative programming to luminary speakers – is designed to promote new ideas and collaboration, as well as best position our customers and partners for success. This year’s event will continue our 20-plus year legacy in San Francisco, contributing $195 million in positive economic impact to the city.”

This year’s event will build on a truth universally acknowledged – that cloud is here, understood and being implemented. We’ve, rightly, moved away from questions such as ‘What is cloud?’ and  ‘Is the cloud secure?’ And instead are focused on how to really get value from the cloud and where things are headed next.

There will also be a focus on how AI and machine learning can fuel innovation and help drive success, as well as how autonomy and automation are shaping and changing the world around us and the way we live and work.

Security considerations won’t be ignored, with the conference aiming to discuss and debate where the next big security threat or threats are likely to stem from and work out how to prepare and defend against them.

To that end, CEO Mark Hurd will lead the security agenda, which will also see a stellar cast of experts adding their thoughts on the matter, including discuss the Michae Hayden, former director of the CIA and the NSA, former Secretary of Homeland Security Jeh Johnson, and Sir John Scarlett, former chief of the British Secret Intelligence Service.

Outside of discussions around themes, there will obviously be the usual product announcements and an update on some of last year’s key launches.

Ultimately, the overriding message seems to be that of business transformation and how to empower employees and customers alike. But, although this conference is a technology one, it appears that Oracle recognises that IT is but one ingredient in the recipe to sustainable success.

“It comes down to [the fact that] employees or customers don’t care what the technology is. They care about the user experience. And everything we’re trying to do is to get to that in a seamless fashion,” said Steve Miranda, executive vice president of Oracle Applications product development, on the first day of OOW.

The event is designed for “attendees who want to connect, learn, explore and be inspired,” according to Oracle. Stay tuned for my coverage throughout the week to see if this vision becomes reality.

What to expect at Oracle OpenWorld


Maggie Holland

22 Oct, 2018

San Francisco. Same city, different big tech conference. This time, the city is playing host to Oracle’s big annual conference OpenWorld (or OOW as it is also known).

Larry Ellison’s keynote isn’t until Monday afternoon, but there’s plenty to keep attendees occupied before and after the main event. Indeed, this year’s OOW boasts more than 2,000 sessions from the same number of customers. Tens of thousands of delegates are expended to descend on the Moscone conference centre (with millions watching the various live streams), while hundreds of partners will showcase their wares and network with existing and potential customers alike.

This year’s event will build on a truth universally acknowledged – that cloud is here, understood and being implemented. We’ve, rightly, moved away from questions such as ‘What is cloud?’ and  ‘Is the cloud secure?’ And instead are focused on how to really get value from the cloud and where things are headed next.

There will also be a focus on how AI and machine learning can fuel innovation and help drive success, as well as how autonomy and automation are shaping and changing the world around us and the way we live and work.

Security considerations won’t be ignored, with the conference aiming to discuss and debate where the next big security threat or threats are likely to stem from and work out how to prepare and defend against them.

Outside of discussions around themes, there will obviously be the usual product announcements and an update on some of last year’s key launches.

Ultimately, the overriding message seems to be that of business transformation and how to empower employees and customers alike. But, although this conference is a technology one, it appears that Oracle recognises that IT is but one ingredient in the recipe to sustainable success.

‘It comes down to [the fact that] employees or customers don’t care what the technology is. They care about the user experience. And everything we’re trying to do is to get to that in a seamless fashion,” said Steve Miranda, executive vice president of Oracle Applications product development, on the first day of OOW.

The event is designed for “attendees who want to connect, learn, explore and be inspired,” according to Oracle. Stay tuned for my coverage throughout the week to see if this vision becomes reality.

Exploring cloud-based archival: The benefits, challenges and opportunities

In today’s enterprise, your data is your lifeblood. Everything you do and every decision you make is about how to create, utilise and protect your data. IT resilience, data protection and backups all play a part in making sure that your data is always accessible and available when you need it.

As part of your IT resiliency strategies, you build processes and infrastructure to ensure mission-critical applications can be recovered as quickly as possible via a variety of methods, such as cloud-based disaster recovery or secondary site mirroring. But, what about backups and long-term retention? You may be under regulatory guidelines to keep multiple points in time for multiple years, which can be a considerable amount of data in a short timeframe. The rule of thumb is to have at least three copies of your data, including the production data, across two separate types of media with one of these copies stored off-site.

There are a variety of technologies to manage all of this data, and which technology to choose comes down to your budget and your recovery goals. Typically, you see a combination of some type of short-term snapshots combined with on-site backups and then off-site rotations. However, to be competitive in the current climate, enterprises need a scalable, technology agnostic, affordable solution. Enterprises need cloud-based archiving and retention.

Benefits of cloud-based archival

Technology agnostic: I have been doing backups for a very long time. I remember single tape DDS2 drives, and then a cool six drive robotic DLT library and eventually a four cabinet wide robotic silo. Tapes also improved in density and reliability, but the landscape of backups and tapes is always changing. Always getting better. As you think about how you leverage your short-term disk-based backups and snapshots, medium-term on-premises tapes and long-term off-site archive, keep in mind the goal of archival is to make sure that you can recover it if you need it (even years down the road).

With changing technologies in drives and tapes, you now have the burden of keeping around old hardware just in case you need to recover data from an old tape. Have you ever tried to recover an old tape with old software on an old OS and been successful?

Cloud offers the ability to eliminate one of the major resource obstacles— the hardware issue. You don’t need to keep around old versions of servers and tape drives just in case you need to recover a tape. It also means you can keep up with new technology advancements. With cloud, your short and medium-term data protection strategies can benefit from cutting-edge technology and your archive system will not be locked in place based on hardware.

Most backup and recovery software today has inherent backward compatibility, so even your old backup files will still be recoverable from the cloud, while that one remaining old tape drive will ultimately fail you when you need it most.

Manageable and scalable: Have you ever tried looking for tape #20045 in a closet filled with tapes? Or even worse, stored in a warehouse somewhere? The more data you create, the more tapes you need for archival. The more tapes you need, the more space you need and ultimately, some sort of processes to keep it manageable. This is why services exist to come, pick up tapes and store them in a warehouse.

However, those services can be costly and take a long time when trying to retrieve data. Cloud archival removes the need for services like that. Cloud is a pay-as-you-need model and scale-as-you-grow process, so it can grow with you and your data and still be all in one easy to manage location.

Environmental variables: We discussed how cloud eases the pain of finding an old tape when presented with an e-discovery claim and how it helps you manage the amount of space you consume as your data grows. But we haven’t talked about the environmental variables yet.

If you need to keep data around for seven years and it’s on physical tape, how does the environment in which the data resides come into play? Hopefully, the tapes are in a climate controlled, humidity-controlled location. However, those aspects are outside of your monitoring and view. With constant cloud monitoring and verification, you can be sure that your data is available and consistent.

Recovery options: Recovering archived, off-site tapes is a time-consuming ordeal. You have to find the backup that contains the data, then associate it with the various tapes you need, find those tapes somewhere and bring them back. Oh, and then you need to recover the data.

Cloud saves you a significant amount of time and effort by simply being there and available at any time. Select a backup, or even a single file, bring it back and you are done. No need to worry about what happens if it’s part of a full recovery that spans multiple tapes, or making sure that the tape eventually gets back into storage. Find what you need, recover it, and get on with your day. Can you imagine taking days to find, recover and restore a folder from six months ago?

Security and compliance: Security and compliance are top of mind when your data is leaving your realm of control. Is the backup encrypted? Does the facility have adequate security and surveillance? Is the truck that drives it to the facility protected? What about geographical limitations and data sovereignty? It can drive a CISO crazy to think about all of the things that are outside of their control when data is moved off-site. Luckily, with options like iland’s secure cloud it’s easy. With end-to-end encryption of the backups to any of the global secure data centres, you can rest assured that your data is as secure, if not more secure, than if you had it on-site.

Come on in, the cloud is fine

When choosing a cloud service provider, ensure that they offer a scalable, affordable, cloud-based backup. This should not only solve multiple problems but also satisfy the 3-2-1 rule of having something off-site and protected in the case of malicious software or physical disruption. Additionally, make sure that their backups are encrypted end to end, space efficient, and always incremental so you receive secure, efficient backups and archives. This will enable you to easily recover individual files or entire virtual machines without having to worry about finding a tape and a tape drive.

Find a CSP whose cloud is scalable, and with various retention policies and storage options to choose from. Also, in order to optimise your budget, your provider offer you the facility to keep the data you need for as long as you need and know that you are only paying for what you use. And in some cases, like in the event of a data centre level disaster, your cloud service provider can even recover data from a backup into the cloud, so you can continue business as normal.

Once you find the right cloud service provider that can help you plan which backups to move, what retention policies to leverage that meet your data protection goals and initiatives you can finally go ahead, ditch that dusty warehouse full of old stuff and embrace the cloud.

https://www.cybersecuritycloudexpo.com/wp-content/uploads/2018/09/cyber-security-world-series-1.pngInterested in hearing industry leaders discuss subjects like this and sharing their experiences and use-cases? Attend the Cyber Security & Cloud Expo World Series with upcoming events in Silicon Valley, London and Amsterdam to learn more.

Alibaba Cloud launches London data centres with promise for further expansion

Alibaba Cloud has opened the doors on its UK data centres, adding to its global footprint and promising 24/7 support as well as real-time monitoring.

The move confirms the Chinese provider’s UK move, with the company now operating 52 availability zones in 19 regions worldwide. The others outside Asia Pacific are two regions in the US, and one region each in Frankfurt and Dubai, while outside China Alibaba has representation in Singapore. Sydney, Kuala Lumpur, Jakarta, Mumbai and Tokyo.

This publication broke the news last month that Alibaba was launching operations in the UK after spotting a new landing page with ‘London is calling’ as its headline. As per September’s specifications, the new facility is set to have 99.99% availability, cooling configured with N+1 redundancy, and dual availability zones for stronger disaster recovery.

Alibaba also brought out a customer for the grand launch, with Sean Harley, CIO at London-headquartered business media firm Ascential, saying working with Alibaba was key to its success on a global scale, particularly through the complex market of China.

“At Alibaba Cloud, we are – and always have been – committed to our customers,” said Yeming Wang, Alibaba Cloud general manager EMEA. “Our expansion into the United Kingdom, and by extension into Europe, is in direct response to the rapidly increasing demands we have seen for local facilities within the region.

“Using AI-powered and data-driven technology, our latest data centres will offer customers complete access to our wide range of cloud services from machine learning capabilities to predictive data analytics – ensuring that we continue to offer an unparalleled level of service,” added Wang. “We are incredibly proud to take this latest step in our continued investment in EMEA.”

According to a recent note from GlobalData, Alibaba is gaining significantly in Asia Pacific outside its Chinese heartland, betting big on emerging markets such as India, Malaysia and Indonesia, while competing with others in the developed markets of Hong Kong, Japan, Singapore and Australia.

China is an anomaly in the cloud infrastructure market. According to figures from Synergy Research, the top 10 vendors in the country are all local players. As a result of Alibaba’s dominance, the company ranks second behind AWS in the Asia Pacific region. Every other region has an AWS-Microsoft-Google leadership.

https://www.cybersecuritycloudexpo.com/wp-content/uploads/2018/09/cyber-security-world-series-1.pngInterested in hearing industry leaders discuss subjects like this and sharing their experiences and use-cases? Attend the Cyber Security & Cloud Expo World Series with upcoming events in Silicon Valley, London and Amsterdam to learn more.

Our 5-minute guide to enterprise cloud computing


Esther Kezia Thorpe

22 Oct, 2018

An estimated $3.5 million will be spent by enterprises on cloud apps, platforms and services this year, making up an average of 30% of enterprise IT budgets, according to recent figures. It is therefore crucial that business leaders are aware of how cloud computing can be fully used to help companies achieve their business goals.

What is enterprise cloud computing?

Enterprise cloud computing is a collection of characteristics of the public and private cloud, tailored to the needs of the business. Companies get a choice of where to run workloads, as well as infrastructure that is flexible and agile.


Take a deep dive into what the enterprise cloud is and why it’s the future of IT in this comprehensive whitepaper.

Download now


Enterprise clouds are built with similar web-scale technologies that enable the same durability, reliability and availability as the public cloud. This is different from public clouds offered by the likes of AWS and Microsoft Azure, as for the most part with these clouds, the data sits outside your data centre and the applications have to conform to their providers’ processes and architectures.

By contrast, enterprise cloud computing allows a business to get the best of both worlds: a public cloud experience in your own data centre that lets you choose the most appropriate technology for the business, but where data and workloads can be managed in the public cloud where necessary.

There are five key components to enterprise cloud computing:

  • Full-stack infrastructure and platform services that deliver turnkey infrastructure for any app at any scale, anywhere, delivered through a combination of on-premises data centres and public cloud services
  • Zero-click operations and machine intelligence that deliver operational simplicity through automation
  • Instant elastic consumption that allows businesses to buy and use only the IT resources they need, when they need them, eliminating overprovisioning and prediction risk
  • Integrated security and control that covers the entire infrastructure stack, makes use of automation, and simplifies security maintenance using automation
  • Application-centric mobility that lets businesses run applications anywhere with no infrastructure lock-in

Despite its name, enterprise cloud computing is not just for enterprises. Any company that wants to get the best of private and public cloud can tailor an enterprise cloud to meet the requirements of both existing applications and next-generation applications, meaning that they get the same cloud benefits, irrespective of their organisation’s size.

Common enterprise cloud computing use-cases

Companies of all types in a wide variety of industries are adopting enterprise cloud computing, including those in healthcare, retail, financial services and manufacturing.

Within enterprises, adoption is being driven largely by IT departments looking to modernise data centres while also harnessing the benefits of the cloud. Enterprise cloud computing brings together the ‘best of both worlds’ with the flexibility and agility of the cloud, along with the security and control provided within a data centre.

Some business owners and app owners are adopting the enterprise cloud to enable them to take their products to market quickly, without being delayed by IT.

Pros and cons of enterprise cloud computing

The primary advantage of enterprise cloud computing is being able to have the best of both clouds. Businesses are able to use IT infrastructure and platform services that deliver the advantage of public cloud services for enterprise applications, but without compromising on the value provided by private data centres. It offers superior speed and performance, as well as lower infrastructure costs and more efficient use of IT resources.

This also presents cost savings; by adopting the pay-as-you-go characteristics of the public cloud while providing a common foundation on which to run legacy and new applications, businesses are able to provide the infrastructure and services they need, without wastage or shortages.

However, there are also some downsides. Pricing models can be seen as complicated, and as with many cloud services, there is often confusion over ownership within an organisation. Although enterprise cloud computing gives much greater control over security and access, there are still valid concerns around data security, and whenever data is sent into the cloud, there is always a risk.


‘Enterprise Cloud for Dummies’ looks at the key trends that affect the way IT does business and how the enterprise cloud can futureproof your data centre. Download it here.

Download now


How to get started with enterprise cloud computing

For a long time, businesses have had to hire specialists for each new area of IT infrastructure, but enterprise cloud systems driven by hyperconverged infrastructure doesn’t require specialists to operate. To get started with enterprise cloud computing, a business needs IT professionals who have a breadth of knowledge, but who don’t necessarily have specialisms. These IT generalists are the future of data centre support, as they can simplify a complex mass of technology in the data centre, and can also help shift IT’s focus from infrastructure to aiding the bottom line.

Regarding IT processes and infrastructure, the best place to start is by looking at the current IT replacement cycle. Rather than worrying about running out of capacity during the replacement cycle and having to make out-of-cycle infrastructure purchases, enterprise cloud and hyperconverged infrastructure instead has a just-in-time approach, ensuring that capacity isn’t wasted.

Our 5-minute guide to enterprise cloud computing


Esther Kezia Thorpe

22 Oct, 2018

An estimated $3.5 million will be spent by enterprises on cloud apps, platforms and services this year, making up an average of 30% of enterprise IT budgets, according to recent figures. It is therefore crucial that business leaders are aware of how cloud computing can be fully used to help companies achieve their business goals.

What is enterprise cloud computing?

Enterprise cloud computing is a collection of characteristics of the public and private cloud, tailored to the needs of the business. Companies get a choice of where to run workloads, as well as infrastructure that is flexible and agile.


Take a deep dive into what the enterprise cloud is and why it’s the future of IT in this comprehensive whitepaper.

Download now


Enterprise clouds are built with similar web-scale technologies that enable the same durability, reliability and availability as the public cloud. This is different from public clouds offered by the likes of AWS and Microsoft Azure, as for the most part with these clouds, the data sits outside your data centre and the applications have to conform to their providers’ processes and architectures.

By contrast, enterprise cloud computing allows a business to get the best of both worlds: a public cloud experience in your own data centre that lets you choose the most appropriate technology for the business, but where data and workloads can be managed in the public cloud where necessary.

There are five key components to enterprise cloud computing:

  • Full-stack infrastructure and platform services that deliver turnkey infrastructure for any app at any scale, anywhere, delivered through a combination of on-premises data centres and public cloud services
  • Zero-click operations and machine intelligence that deliver operational simplicity through automation
  • Instant elastic consumption that allows businesses to buy and use only the IT resources they need, when they need them, eliminating overprovisioning and prediction risk
  • Integrated security and control that covers the entire infrastructure stack, makes use of automation, and simplifies security maintenance using automation
  • Application-centric mobility that lets businesses run applications anywhere with no infrastructure lock-in

Despite its name, enterprise cloud computing is not just for enterprises. Any company that wants to get the best of private and public cloud can tailor an enterprise cloud to meet the requirements of both existing applications and next-generation applications, meaning that they get the same cloud benefits, irrespective of their organisation’s size.

Common enterprise cloud computing use-cases

Companies of all types in a wide variety of industries are adopting enterprise cloud computing, including those in healthcare, retail, financial services and manufacturing.

Within enterprises, adoption is being driven largely by IT departments looking to modernise data centres while also harnessing the benefits of the cloud. Enterprise cloud computing brings together the ‘best of both worlds’ with the flexibility and agility of the cloud, along with the security and control provided within a data centre.

Some business owners and app owners are adopting the enterprise cloud to enable them to take their products to market quickly, without being delayed by IT.

Pros and cons of enterprise cloud computing

The primary advantage of enterprise cloud computing is being able to have the best of both clouds. Businesses are able to use IT infrastructure and platform services that deliver the advantage of public cloud services for enterprise applications, but without compromising on the value provided by private data centres. It offers superior speed and performance, as well as lower infrastructure costs and more efficient use of IT resources.

This also presents cost savings; by adopting the pay-as-you-go characteristics of the public cloud while providing a common foundation on which to run legacy and new applications, businesses are able to provide the infrastructure and services they need, without wastage or shortages.

However, there are also some downsides. Pricing models can be seen as complicated, and as with many cloud services, there is often confusion over ownership within an organisation. Although enterprise cloud computing gives much greater control over security and access, there are still valid concerns around data security, and whenever data is sent into the cloud, there is always a risk.


‘Enterprise Cloud for Dummies’ looks at the key trends that affect the way IT does business and how the enterprise cloud can futureproof your data centre. Download it here.

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How to get started with enterprise cloud computing

For a long time, businesses have had to hire specialists for each new area of IT infrastructure, but enterprise cloud systems driven by hyperconverged infrastructure doesn’t require specialists to operate. To get started with enterprise cloud computing, a business needs IT professionals who have a breadth of knowledge, but who don’t necessarily have specialisms. These IT generalists are the future of data centre support, as they can simplify a complex mass of technology in the data centre, and can also help shift IT’s focus from infrastructure to aiding the bottom line.

Regarding IT processes and infrastructure, the best place to start is by looking at the current IT replacement cycle. Rather than worrying about running out of capacity during the replacement cycle and having to make out-of-cycle infrastructure purchases, enterprise cloud and hyperconverged infrastructure instead has a just-in-time approach, ensuring that capacity isn’t wasted.