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iCloud vs. Google Drive: Apple ignites a price war for cloud storage – SlashGear

Apple went into overdrive with the announcements it made yesterday during its WWDC 2017 keynote, but one small yet important change to iCloud wasnt given much attention. It seems that Apple has reconsidered its iCloud pricing, ultimately giving heavy iCloud users more storage for their money. This could very well ignite a cloud storage pricing war between iCloud and competitors like Google Drive at a pretty important moment.

Lets start off with the changes Apple is making to iCloud. For quite some time now, Apple has offered a few different storage tiers. You have the option of getting 5GB for free, 50GB for $0.99 per month, 200GB for $2.99 per month, 1TB for $9.99 per month, and finally, 2TB for $19.99 per month. The changes Apple has implemented involve the 1TB and 2TB tiers.

In fact, Apple is getting rid of the $19.99 tier entirely. As of yesterday, everyone on the $9.99 1TB plan has been automatically upgraded to 2TB of storage. As a result, Apple has updated its monthly pricing table for regions around the world, which you can check through the source link below.

This is an interesting move, but it certainly seems premeditated. Yesterday, Apple announced a new Files feature for iPads coming in iOS 11. Files works a lot like a file manager on a traditional desktop, not only showing you the files and folders you have stored locally on your device, but also letting you directly pull files from a variety of cloud-based storage services.

Notably, one of the services compatible with Files is Google Drive. With this change in pricing, Apple is pretty severely undercutting Googles pricing, which still comes in at 1TB for $9.99 per month. Though Apple will allow you to easily access Google Drive, this pricing shift further cements the fact that Apple wants as many iOS users on iCloud as possible.

This could very well spark a pricing war between Apple and Google. With Drive more easily accessible to iPad users in iOS 11, Google may be tempted to bump its 1TB tier up to 2TB, which in the end is a great thing for everyone, not just iOS users. Well have to watch how Google responds to this pricing shift in the coming weeks, but dont be surprised to see Google make a few tweaks of its own.

SOURCE: Apple

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Overcoming Healthcare Hybrid Cloud Storage Challenges – HITInfrastructure.com

Source: Thinkstock

June 06, 2017 -Hybrid cloud storage environments are a reality for healthcare organizations seeking to digitize their health IT infrastructure. However, many entities are challenged when deciding which workloads and applications are best suited for the cloud, and which are better off remaining on-premises.

ClearSky Data CEO Ellen Rubin told HITInfrastructure.com that hybrid cloud storage is here to stay for the foreseeable future. While some organizations are eager to move parts of their IT storage infrastructure to the cloud, many are still hung up on which data sets belong on which type of storage solution.

Healthcare organizations are living in this hybrid reality for the foreseeable future so they need to decide how they want to handle the portfolio of infrastructure, Rubin stated. Thats what entities are trying to figure out right now.

Some workloads will never go to the cloud, she continued. Some things can go and may keep primary production data in their data center but theyll use the cloud for archival or backup. Organizations will be comfortable about certain workloads being built in the cloud and living there permanently.

Rubin typically sees all of these instances present in every healthcare cloud storage client. Organizations are faced with overcoming general distrust of cloud storage, while making informed decisions on which data lives where.

The healthcare industry is unique because it has such strict compliance and security concerns, explained Rubin. Healthcare companies are all trying to adopt the cloud.

They have a huge infrastructure that has always been in their data centers and under their control. They have to manage and run the data center while supporting very heavy workloads for EHRs and analytics and everything else involved with running the business.

Data protection is the number one concern healthcare organizations face when determining the best way to store their data. Rubin finds that health IT infrastructure presents a very large, expensive, and complex set of data challenges at the storage level.

Healthcare organizations want to move to a cloud environment that saves money and comes with exciting and compelling features, said Rubin. They are also trying to adopt digital transformation strategies, which means they need to develop and release software more quickly.

Entities are looking to the cloud model because it gives them faster delivery and more agility, she continued. Organizations are sometimes stuck in a box as they try to innovate and add to their storage infrastructure.

IT departments must appease patients and clinicians with faster and more innovative IT infrastructure. However, these departments are also hesitant to let go of their current infrastructure because data stored on-premises is under their control.

Rubin said she encounters this dilemma with every healthcare organization considering a cloud solution.

Healthcare is divided on their opinion of the cloud for data storage, said Rubin. Some are eager and excited to move to the cloud while others are struggling with how to make cloud storage work in a way that doesnt put the data at a higher risk.

In addition to cloud security concerns, organizations are also faced with justifying rebuilding workloads and applications that are running smoothly in their traditional data center environment. Rebuilding workloads and applications for the cloud is a strenuous undertaking that makes a migration strategy particularly important.

What you see happening is security teams weighing in on what workloads can safely move to the cloud, Rubin explained. Its a negotiation trying to figure out which workloads an organization would consider moving to a cloud environment. Are there any new projects the IT department would be willing to start with in the cloud? Are there any workloads we can migrate off that feel less risky?

Its hard, she continued. A lot of the time cloud service providers are being asked to help the customer make their transition to the cloud and work with them while they figure out their approach.

Organizations need to decide where to store their data based on the nature of the application and the nature of the data, Rubin maintained.

Data that is patient identifiable or PHI is sensitive, explained Rubin. Even organizations that are heavily using the cloud may hold off on patient data and chose to move internal IT-types of workloads where data is sensitive but not extremely compliance oriented.

Entities typically start by moving low-end or smaller workloads and applications to build up confidence before migrating more sensitive or robust workloads. Those workloads that contain too much data may not be worth the trouble to migrate.

Entities often start with newer datasets that grow once they are deployed in the cloud.

Generally, data migration is determined by where the application wants to run. The standard rule is that larger applications that need to scale up on the compute side are a better fit for the cloud.

Things the customer feels dont need to live in their data center anymore, like VMware environments, are moved to the cloud because they take up a tremendous amount of resources, said Rubin. The VMware environment is already virtualized and organizations are willing to consider that it doesn't have to sit on physical gear.

Its easier to move a VMWare environment to the cloud than workloads that havent been virtualized, she added. There are characteristics of the application that make it more cloud friendly or less challenging to move.

Once its decided what workloads and applications are moving to the cloud, the actual migration needs to take place. Rubin finds that healthcare organizations tend to underestimate how difficult it is to migrate to the cloud.

Initially, organizations underestimated how hard it would be to deploy real IT infrastructure in the cloud, said Rubin. They didnt think about data migration, latency, or rebuilding applications for the cloud. These are the things that organizations have been learning the hard way over the past several years.

The cloud is much different than what IT administrators are used to deploying in their legacy infrastructure environments.

Organizations should start with astrong understanding of the skills and processes involved before and after the migration occurs, including management and maintenance requirements.

Organizations are now much smarter because they have tried different cloud tactics and solutions to varying degrees of success, Rubin explained. They realize that managing the cloud is managing infrastructure, too, even though the data is not in an organizations data center and they dont have to scale or handle data on-premise.

The network requirements of data migration also present an obstacle for many healthcare organizations.

The ability to just move data in terms of the bandwidth that would be available for a large, heavy movement to the cloud or from the cloud is where things get ugly, Rubin said.

An organization has to be willing to invest to upgrade and scale their network. In some ways, its a short-term problem. If you have a dataset and youve moved it, then youre done because everything that happens with the data from that point is in the cloud.

Rubin advised that entities think about the migration processes holistically by involving the security team and the finance team from the beginning of the cloud deployment and migration process.

The cloud providing capacity on demand is a change for the finance department. The security team also needs to be involved in the process to ensure that organizations dont sign deals with vendors that dont adhere to their security protocols, Rubin explained.

Trials and proof of concept to get comfortable with the technology and seeing how it runs is also necessary for a successful cloud deployment. Organizations need to be sure that users are able to easily retrieve data from the cloud and that workflow is the same or better than before the cloud deployment.

In healthcare organizations especially, making a change brings a lot of questions, Rubin concluded. Showing that the cloud solution works before its fully deployed gives users confidence in the technology and reassures that their workflow will not be disrupted by the change.

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What is NAS? A Practical Guide – Cloudwards

Network-attached storage, or NAS, is a great way tostore large amounts of data while also makingit accessible from anywhere. Here at Cloudwards.net we recommend that a NAS be part of any thorough backup strategyand in this article well go through what is NAS and, more specifically, what a NAS is not.

Well be taking a quick look at what a NAS can and cannot do, as well as how you can use it in your personal setup to enlarge your storage space, while also keeping data secure for any smallproblems that may arise. Do not think, however, that network-attached storage is a backup solution by itself: if youre looking to keep your data safe, check out our best online backupservices or our best cloud backup for NAS article.

In essence, a NAS is a mini-server that sits on your desk. You can connect it directly to your computer through a USB cable, but that would negate its main benefit: the network. A NAS creates a small network all its own that any device with the right credentials (username and password) can access. A NAS is a step up from using a simple external HDD, and a step toward creating your own personal cloud storage.

If you want to know more about the differences between external HDDs and NAS, as well as how they interact with cloud backup solutions, we have a comparison article that explainsexactly that.

If you have a NAS set up, you can store data on it and then access it from any other device you own, just like with a cloud storage provider. For those of you wondering why not just get a service that you pay $5 per month rather than buy a $300 box, the main benefits are speed and lack of a third party.

NAS are faster than a remote cloud server: while your up- and download speeds to a remote server might depend on a host of factors from Internet connection, to server firmware, etc. the connectionspeed to your NAS is only limited by yournetwork speed and the NAS hardware. If that for whatever reasonyour network isnt fast enough, you can just connect your computer to your NAS directly using the USB and transfer data at your HDDs read/write speed.

The other main benefit to a NAS is that youre hosting the files yourself, without a third party having anything to do with it. Much like any of our best zero-knowledge providers, only you hold the keys to your data and you never need worry about government warrants or corporate intrusion. Privacy is assured when using a NAS, as long as you keep up your security protocols (more on that later).

As you can imagine, NAS are perfect for anyone handling large amounts of data: audio and video hobbyists, sole entrepreneurs, even small- to medium businesses can benefit from having a NAS in the office. Everyone that works with you can access the NAS and leave files or pick them up and, with the right software, even edit and manipulate files simultaneously.

The collaboration aspect of having a NAS within your organization makes it very attractive, indeed, especially if the NAS is hooked up to a LAN. Without the lag associated with cloud collaboration software, you can get work done faster than ever in your team and investing in a robust NAS should mean that youll see productivity skyrocket.

Not that having a NAS means you can cancel your cloud storage subscriptions: most NAS hit their limit at the 10TB mark and though you could set up some kind of networkedRAID array for more space, it may be better to store your archives with any of our best cloud storage providers, instead.NAS are great for storing current projects that you need to access at the drop of a hat, older ones are probably better off stored in a cheaper location.

Do note that the storage cap is one of the limitations of a NAS: if you have need of a huge amount of space you may want to consider setting up a file server instead (read our article on the best affordable serversfor small businesses if you want to know more). Though file servers and NAS work in a very similar fashion, a server is far more powerful and will give you even greater control over what goes in and out. The cost, however, rises as well as not only will you need more specific hardware, youll need to pay someone to maintain it.

If connectivity isnt your main concern, setting up a RAID array might also be an option if you need to store hugeamounts of data. It will likely be a lot cheaper than setting up a file server or NAS and will give you great speed as its basically just a huge hard drive. To find out more, check out our article on RAID.

Like anything connected via a network, NAS are vulnerable to outside attack by cybercriminals or spying by intelligence agencies like the NSA. Generally, the security measures that come with a NAS are perfectly adequate, but buyers should be aware that this is not always the case. Aperfect example is the Europol agentwho took confidential files home and stored them on his NAS, which did not automatically come with password protection.

Bureaucratic idiocy aside, this story shows that it pays to make sure youve followed all the instructions when setting up your NAS. Cloud security is no joke and it pays to check-double-check that youve done everything by the book. For more information, make sure to check out our NAS security guide.

Though there are plenty of manufacturers and vendors out there that offer network-attached storage, the general consensus seems to be that QNAP Systems and Synology offer the best bang for your buck. Though neither is particularly cheap (prices start at $200 and go up steeply from there), both offer plenty of bells and whistles as well as improved security measures.

The cheapest NAS usually come with around 1TB of storage and are perfect for people that dont need much space, but do want access to small, personal, remote server. A few steps up from that come larger bays that can fit up to 10TB and are great for medium-sized organizations. Any bigger than that and youre straying into more technical territory, where HDDs can be swapped out at will into ever larger arrays.

Here at Cloudwards.net, were particularly big fans of Synology (which is why we have an article dedicated to the best cloud backup for Synology) and we have put together a video with five essential tips youll need to know when usingyour Synology DiskStation.

In both cases, however, the main attraction is the software that comes with the NAS. Synology and QNAP offer high-end, user-friendly software that will make setting up the NAS easy and using it even more so. On top of that, more experienced users will be able to configure their NAS using this proprietary software to make their little box into their own personal cloud storage.

Do note, however, that if personal cloud storage is the ultimate goal, you may want to consider using CloudBerry Backup instead. This is a highly developed piece of software that will allow you to setup your NAS, integrate it with any existing cloud storage you may have and also configure your backup for the whole shebang. For a more detailed look at this service, check out our CloudBerry Backup review.

Speaking of backup, this brings us full circle to the beginning of the article: NAS are great and a wonderful alternative to cloud storage, but a backup solution they are not. If something happens physically to your NAS (fire, flood, electrical surge), that data is gone for good.

However, a NAS can take the place of cloud storage in a thorough hybrid backup strategyand there are plenty of great options out there for people that want to backup aNAS. Using any of our best online backup for NASservices will allow you to rest easy knowing that your data, come what may, is safely backed up somewhere on a remote and secure server.

NAS are wonderful machines that are perfect for anyone that wants to store large amounts of data, but wants to be able to access it from anywhere. If youre shackled to your home computer and only ever access files from there, you may want to look into setting up a RAID array rather than a NAS, but small- and medium-sized organizations, as well as people that are often on the move while working, will love the flexibility and speed a NAS offers.

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The downsides to NAS are that decent models do not come cheap and security needs to be a concern that you keep in mind at all times. We recommend that people unused to dealing with technology take their time when setting up their NAS to avoid ending up like our Europol agent mentioned earlier. Also, having a good backup plan in place never hurts.

Are you a NAS user? Share your experiences below in the comments, we would love to hear your take on all this. Thank you for reading.

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CFOs have discovered the big stick of cloud computing – InfoWorld

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Guess what? Its not CIO or other leaders who are calling in the cloud consultants these days. Its the CFOs who are picking up the phone.

Thats logical if you think about it. CFOs are charged with keeping the company financially healthy. They are not happy about most IT expenses, and they have a deep-seated belief that IT is spending more money than it needs to. So, the concept of cloud computing seems to be a hammer that the CFO can use to beat IT into being much more efficient.

Although CIOs love to complain about the CFOs constant harping over expenses, the reality is that IT got its way for a long time. Indeed, many CEOs have confided in me that they felt that their IT shop was holding them hostage. Ive heard stories about IT stopping mergers due to that amount of work needed to integrate the systems. And about building new data centers about every five years to deal with the growing need for data storage that reduces earnings per share, and causes CEOs some tense times at shareholder meetings.

IT is of course not evil far from it. Most are moving in directions that they truly believe in. However, although were seeing progress, its still hard for many IT organizations to consider concepts such as cloud computing that reduces their span of control.

Enter the CFO. CFOs are the ultimate objective party because that they dont understand anything about IT and so dont have a dog in the technology hunt. They just want to spend less money so the company can make more. They dont really care if its cloud computing or voodoo.

The CFOs read technology vision as dollars and cents, not as span of controls They are focused on doing things as efficiently as possible, so the business can do what the business needs to do: return shareholder equality.

As a result, many IT organizations are getting pushed to the cloud by the CFO, and to a lesser extent by the CEO or COO. That reality is likely to cause some political turmoil; in fact, Ive been in the middle of a few such fights in the last few years.

Whoever is going to do whats best for the business is always who I will listen to. I dont care who they are. Neither should you.

David S. Linthicum is a consultant at Cloud Technology Partners and an internationally recognized industry expert and thought leader. Dave has authored 13 books on computing and also writes regularly for HPE Software's TechBeacon site.

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How to approach cloud computing and cyber security in 2017 – Information Age

IDC predicts that the cloud computing market in 2017 will be worth $107 billion and, according to Gartner, by 2020 a corporate no-cloud policy will be as unusual as a no-internet policy would be today

The adoption of cloud computing has been on the up since as far back as 2008, when a survey conducted by the Pew Research Institute found that cloud services were used by nearly 69% of Americans. Since then, the industry has experienced hyper-growth and exceeded the already vast predictions of how big it would become.

IDC predicts that the cloud computing market in 2017 will be worth $107 billion and, according to Gartner, by 2020 a corporate no-cloud policy will be as unusual as a no-internet policy would be today. Indeed, it would be difficult to imagine an organisation in 2017 that did not use webmail, file sharing and storage, and data backup.

As the use of cloud computing spreads so does awareness of the associated risks. At the time of writing, there have been 456 data breaches worldwide this year according to the Identity Theft Resource Center (ITRC). The ITRC also noted a 40% increase in data breaches in 2016 compared to the previous year. Yet, despite the well-documented cases of data breaches, organisations continue to invest in and adopt cloud computing services because the benefits usually outweigh the risks.

To understand why the growth of cloud computing has continued in the face of high-profile data breaches, look first to what it can offer an organisation.

>See also: Building trust in cloud security is crucial to UKs digital future

Cloud computing is a virtual environment that can adapt to meet user needs. It is not constrained by physical limits, and is easily scalable making it an obvious choice for start-ups. Cloud computing makes state-of-the-art capability available to anyone with an internet connection and a browser, reducing hardware and IT personnel costs.

Cloud services and software applications are managed and upgraded off-site by the provider, meaning organisations can access technology they would not have been able to afford to install and manage on their own. The popularity of the cloud essentially comes down to its provision of advanced, next-generation IT resources in an environment that is cheaper and more scalable than local networks.

The risks involved with cloud computing are mostly security-based. Clouds are often made up of multiple entities, which means that no configuration can be more secure than its weakest link. The link between separate entities means that attacks to multiple sites can occur simultaneously. When cloud providers do not employ adequate cyber security measures, those clouds become a target for cybercriminals.

Yet, its not all bad news. A user survey conducted by one cloud service provider found that concerns about security fell to 25% compared to 29% last year. And as more becomes known about security risks so too does our knowledge around what organisations can do to protect themselves.

The Cloud Security Alliance (CSA) released its Treacherous Twelve in March 2016 detailing the top 12 threats to cloud security based on responses from their members. At the top of this list was data breaches.

Any leak or exposure of sensitive information such as usernames, passwords, credit card numbers, social security and health records constitutes a data breach. The organisation, and not the cloud service provider, is ultimately accountable for keeping their data secure.

When a data breach does occur, a company could be fined or face criminal changes, regardless of whether it was intentional or not. Even though cloud service providers will deploy a high level of security measures, the CSA advises organisations to implement a multifactor authentication and encryption system on the user end to protect against data breaches. This could involve single-use passwords, smartcards, or phone-based authentication.

These multifactor authentication processes can also work to prevent the occurrence of compromised credentials, which can expose an organisation to a data breach. Commonly, data breaches and cyber security attacks rely on lax security systems like predictable passwords and poor certificate management.

Allocating permissions within an organisation is another area where credentials could be compromised if they are misallocated or not removed when a user leaves or changes roles. As well as multifactor authentication, companies should prohibit the sharing of account credentials and ensure permissions are allocated or removed as soon as is necessary.

Organisations can also increase their chances of avoiding a data breach by implementing proper training. Innocent mistakes can often look like deliberately harmful insider activity. Would your data administrators ever unintentionally copy sensitive customer information over to a publicly accessible server? The only way to be truly confident in a workforce and prevent mistakes happening in the cloud is to implement correct training and management.

While the cloud may differ to local networks in many ways, its data centres remain just as susceptible to damage or destruction by natural disasters. To avoid losing data to fires and floods, distribute data and applications across more than one zone. Implement appropriate data backup procedures, and adopt best practices in business continuity and disaster recovery.

Consider using off-site storage for data that, if lost, would result in its own kind of disaster. As the General Data Protection Regulation (GDPR) start date approaches, protecting your data is more important than ever. GDPR sees both data destruction and corruptions as serious breaches.

>See also: What to do when it comes to cloud security?

It would be unwise and certainly a bad business decision for an organisation to not take advantage of the technological advances made by the cloud. More than that, however, cloud computing services and applications also support growth in a way that traditional IT hardware cannot. Whether it is a start-up with a handful of staff, or a multinational corporation with a headcount of thousands, the cloud continues to be the way of the future.

Over the next years and decades, the regulations and laws around data in the cloud will come into maturity. Like many times in the past, governments are moving slower than the technology when it comes to implementing policies and law. Decisions made in the courts will instead set the precedent of who is ultimately responsible for the security of information stored within the cloud. In the meantime, organisations around the world can focus on self-regulation as they tackle cyber security in the cloud.

Sourced from Dean Sappey, president and co-founder, DocsCorp

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Netskope raises $100m in series E round, aims to move security platform beyond the cloud – Cloud Tech

Cloud security provider Netskope has announced the close of a $100 million (77.5m) series E funding round to press ahead with its go to market strategy as well as explore new ventures.

The round, which brings Netskopes total funding to $231.4 million, was led by Lightspeed Venture Partners and included contributions from existing investors Social Capital and Iconiq Capital, as well as new participation from Sapphire Ventures and Geodesic Capital.

Among the upcoming projects for the company, best known for its cloud assess security broker (CASB) software, includes the first public mention of what is being described as Netskope for Web, an advancement of the security platform beyond the cloud aimed at being pushed out later this year.

This announcement really is just a reinforcement of the notion of building the definitive leading cloud security platform, Sanjay Beri, Netskope CEO, told CloudTech. The fact [the round] is led by existing investors is a great thing. It was oversubscribed, and for us, we havent gone out fundraising per se ever weve had the luxury of a lot of external folks wanting to invest in the company.

Netskopes modus operandi is around offering a different solution to securing assets and data in the cloud. Beri describes it as delivering the absolute best architecture and product that would allow enterprises to tackle the problem the way it should be. To paraphrase the adage about lipstick and porcine creatures, if you put lipstick on legacy security tools, its still not going to understand the language of the cloud, or APIs.

Whether its the SaaS of Salesforce, Box, Office 365 et al, to the primary IaaS and PaaS of AWS, Google and Microsoft, Netskope aims to have organisations covered through data loss and threat protection, encryption, and more. The companys next plan is to advance it from the cloud to the whole web. [Its] the ability and savviness to understand the way that people work now and the way that applications are built now bringing it to the entire web, not just the cloud, said Beri, so one of the things this funding continues to fuel us to do is advance that platform to continue to realise the vision of the definitive cloud security platform.

Netskope says that it had seen an uptick in 2016 of leading enterprise customers in the retail, financial services, manufacturing, energy, and healthcare verticals. With customers including Toyota, Genomic Health, and the City of San Diego on the books, Beri mused on where different industries are in their cloud journeys.

I think you should cut at it two ways geography and then vertical, he said. As the market has moved, what you see now is the largest healthcare, life science companies in the world all using cloud.

Healthcare is definitely a strong vertical, Beri added. When you look beyond retail, most every single retail company in the world is leveraging cloud. They want to focus on their core business and they dont want to build infrastructure. The cloud lets them enable that remote working, large distributed workforce, and yet theyre worried about protecting customer data, protecting financial data and so on.

[Its] the same thing with financial and insurance you think theyd be the laggards but some of the largest financial institutions in the world are Netskope customers, and theyre leveraging cloud, not only because their end users want, but because its a corporate strategy now. Its a competitive advantage, if you can leverage these properly.

The geographical discussion naturally beget a look at GDPR, of which the one year countdown for compliance passed last month. Netskope has previously warned companies to get their act together fines of 10 million or 2% of annual turnover while Beri calls the process a seesaw.

For anybody who wasnt taking it seriously, its going to hurt your business if you dont now, and I think what a lot of enterprises are realising is that with GDPR coming, they need the next level of visibility and ability to control where their data goes, who uses it, and how its exposed, he said. One of the keys we focus on at Netskope is how you enable companies to move forward, be productive, leverage the applications that they want, yet at the same time, how you put guard rails around their usage so youre not going to be able to for example leak EU customer data, or put yourself at risk of violating GDPR.

It's a good analogy for their whole ethos.

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Belfast IT firm celebrates cloud computing success in 57 countries … – Belfast Telegraph

Belfast IT firm celebrates cloud computing success in 57 countries

BelfastTelegraph.co.uk

A Belfast-based IT firm has said it has grown its team in Northern Ireland as its software customer numbers hit six million.

http://www.belfasttelegraph.co.uk/business/news/belfast-it-firm-celebrates-cloud-computing-success-in-57-countries-35790730.html

http://www.belfasttelegraph.co.uk/incoming/article35792149.ece/3730e/AUTOCROP/h342/lSkehelAwar.jpg

A Belfast-based IT firm has said it has grown its team in Northern Ireland as its software customer numbers hit six million.

CloudMigrator365, which was founded by Antrim man Darren Mawhinney, offers cloud migration services and software to customers across the globe.

The company has said it has now doubled its sales and tripled its headcount in Belfast over the last year.

It added it has "successfully migrated over six million people to the cloud in 57 countries".

The business helps companies migrate their email and data across to Microsoft Office 365 cloud.

It is expanding its workforce and global partnership network to support this growth, and is "continuing to scale its operations including recruiting for a number of new positions".

Mr Mawhinney said: "The international response to CloudMigrator365 has been phenomenal.

"From our base in Belfast we have so far helped companies in 57 countries to migrate while ensuring the safety and sovereignty of their data.

"We are delighted to be working with world-class organisations including LinkedIn, YMCA and the University of Bristol.

"We are currently recruiting a number of new positions in response to increasing demand from companies such as these, who are keen to invest in a simple, secure and cost-effective cloud migration solution.

"I'm extremely proud this is being developed and delivered in Northern Ireland, where we have been able to build a highly skilled global technology team alongside support from Invest NI, which has made a difference as we continue to significantly scale our operations."

And Steve Harper, Invest NI's executive director of international business, said: "Having benefited from Invest NI employment and trade support, CloudMigrator365 has been able to capitalise on new market opportunities and growing sales.

"Our employment support is enabling the company to scale its business to support an increase in productivity and export sales," he added.

Last year, welcoming the new Belfast jobs, former Economy Minister Simon Hamilton said that the firm was a "leader in its field".

Belfast Telegraph

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A deeper dive into cloud security as a service: Advantages and issues – Cloud Tech

In a recent article which focused on cloud security I presented a comparison between security-as-a-service and traditional style security tooling in the cloud. This installment is a deeper dive into the security as a service (SECaaS) paradigm.

It would seem to me that a natural outgrowth of the cloud computing and 'everything as a service' paradigm that the technology world is undergoing, would be that the tools and services we use to manage and secure our cloud environments also move into an as a service mode.

In much the way one would expect, SECaaS works under the principle of a small agent controlled from an external service provider. It is not so different conceptually from controlling a number of firewalls (virtual or physical) from an external management console.

Heres how it works. A security administrator sets the policy for the service in the SECaaS provider cloud, using online management tools, and sets what policy or policies applies to a group of VMs classified by any number of criteria.

Then, the SECaaS services governs the security activity within and around the VM via a lightweight, generic, agent installed within the VM. When a new VM is created out of a template the agent is included in the image.

Finally, the agent executes various security functions according to the direction/policy communicated from within the providers cloud environment.

For example, the security administrator creates a segmentation policy that all webserver VMs will only accept traffic on ports 80 and 443. The administrator creates a policy in the SECaaS cloud which is transmitted to the agents on all webserver VMs in the environment. The agent then acts to block and/or allow traffic as per this and other policies that apply to this type of VM.

The advantages of using a SECaaS solution include:

As more organisations continue to adopt and move to the public cloud it becomes even more critical to secure those environments, applications and services. SECaaS providers continue to enhance their offerings and continue to add specific security services to their portfolios. As SECaaS matures it becomes an even more viable option for securing enterprise public and hybrid cloud deployments.

Read more: Cloud security best practice: Security as a service or cloud security tooling?

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A deeper dive into cloud security as a service: Advantages and issues - Cloud Tech

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A New Trial Is Using Data Servers to Heat Homeowners’ Water … – Futurism

In Brief Nerdalize has developed a system that uses the heat produced by data servers to warm water in households in Holland. Not only does it help homeowners and companies in need of data storage save money, it also reduces CO2 emissions. Rethinking Data Storage

Nerdalize, a Dutch startup, has found a practical use for the huge amount of energy wasted in the cloud storage sector. Theyre installing cloud servers in households and using the heat to warm water.

According to the companys website, Combined, data centers use up more electricity than India and generate more CO2 emissions than the airline industry. A significant proportion of this electricity is used to cool servers, so rather than attempt to negate this heat, Nerdalize decided to develop a beneficial way to use it to heat water is peoples homes.

Through this system,Nerdalize will make a profit by selling data space; homeowners will save an estimated 300 ($337) a year in heating costs; and companies will save 50 percent on their data storage expenses. Beyond the financial benefit, the system also reduces the carbon emissionsof each house by up to three tons.

While some logistical aspects of the system may prove trickier than others such as maintaining the security of the servers and fixing them when they break the idea has proven wildly popular. A second pilot trial will start in 42 homes in August, and the companysSymbid crowdfunding campaignfar exceeded its target with weeks to spare.

The tech elite have pioneered a number of high-profile systemsto combat climate change, from Elon Musks electric cars and solar panel roofsto Bill Gates Breakthrough Energy Ventures. However, thetech world also has a whacky and innovative underbelly of which Nerdalize is a good example.

Students and startups, researchers and renegades are coming up with wonderful ideas. NET Power, formed by a retired chemist, a lawyer, and a chemical engineer, hasfound a way touse C02 emissions to produce energy,students from the Universit Laval have developed a car that gets 2,713 miles to the gallon, and the creators of theMashambas Skyscraper plan to use it to grow food tens of stories above the ground.

We clearlyneed a green energy revolution, and the only way to get there is to incorporate as many revolutionary ideas as possible. The innovative concepts proposed by companies like Nerdalize are vital for the future of our planet.

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A New Trial Is Using Data Servers to Heat Homeowners' Water ... - Futurism

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Startup Warms Homes With Cloud Storage And Cuts CO2 Emissions – EconoTimes

Server Room.Torkild Retvedt/Flickr

The modern world has given way to many wonders, but it has also brought about climate change via substantial CO2 emissions. One startup company wants to address these issues by using one of the biggest technological developments of the age to reduce carbon emissions in private home. Its solution? Use cloud servers to warm up peoples homes.

The startup in question is Nerdalize and on its website, the company provides a straightforward explanation as to what exactly it was trying to do. It basically involves using the heat that the servers used to power cloud storage would produce to provide warmth in homes in Holland. Not only will this help cut energy consumption in maintaining the servers, it helps reduce power usage in homes as well.

Combined, datacenters use up more electricity than India and generate more CO2 emissions than the airline industry, the websites write-up reads. One reason the industry is so energy intensive is that 40% of its total energy consumption on cooling to get rid of this heat. What a waste! Nerdalize avoids the datacenter entirely by placing these heat producing servers as aided heating systems in homes.

In terms of innovative ideas, this would definitely rank at the top when it comes to energy conservation. Cloud storage servers have become important enough in the tech industry that they are now affecting power consumption in a big way. Instead of directing that power to negate the heat that these servers produce, using that heat for something else would be conservation at its best, Futurism notes.

As for how the company would even profit off of this arrangement, the main business model will revolve around selling data space. On the part of the homeowners, savings of about $337 from heating will be one of the advantages. Then theres the savings on data storage costs on the part of businesses, which should amount to a 50 percent reduction.

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