Category Archives: Cloud Computing
The key aspects to consider when executing a smooth move to the cloud – Cloud Tech
As the benefits of cloud computing become more pronounced, more businesses are migrating to the cloud. Greater scalability, flexibility and financial security often come as a result of making the shift to cloud computing - and those are just a few of the advantages. The allure of the cloud is well known. However, the fine details of cloud migration and implementation are often overlooked.
Migrating to the cloud is more complicated than many companies anticipate. Too many of the business are pulling the trigger on cloud migration with only the first few steps in mind the cost of the service and the logistics of the physical transfer of the data itself. Moving data is a lot like moving to a new house or apartment. If you have never done it before, you may be thinking, Ill just move all my stuff and pay the rent or mortgage. Anyone who has moved in the past few months can tell you that its often more complicated than that.
For starters, you have to select a place of residence. As you do this, you must consider the needs of your family. Think of the features and amenities in a home that will be of most value to you. Moving into a public space such as an apartment is often cost effective. Still, apartments have their drawbacks. Houses offer the advantage of greater privacy and circumstantial control. If you need something in between, a townhome could serve as a sort of hybrid that offers the best of both worlds. Other considerations: What level of upkeep will the property require? Is there a big yard? Will the house require renovation in order to suit the needs of your family? You could always just build your own home - although, this could become very complicated if you have no experiences with homebuilding.
As you can see, there are numerous unseen variables involved in moving to a new house or apartment. Believe it or not, all of these examples are directly comparable to considerations that should be made when migrating data to a cloud. If you didnt already make this connection, take a minute to reread the previous paragraph with the following comparisons in mind: family = company; home/property = cloud platform; apartment = public cloud space; house = private cloud space; townhouse = hybrid cloud arrangement.
These are just a few of the factors that home movers or data migrants should take into account. With this analogy as a backdrop, consider a few tips for avoiding problems when migrating to the cloud.
Cloud computing is a powerful tool. This technology has created so many options and opportunities to improve the internal mechanism of a company. Still, lets not get hasty. Start by doing some research and assessing your company's cloud computing needs.
Understand the pros and cons of public, private and hybrid cloud computing. Once you have an idea of what you are looking for, consider cloud computing service options. If you dont know much about the market, there are a few providers that are well suited to companies who are beginning their cloud computing journey. According to Logicworks CTO Jason McKay, One cloud does not fit all, but if you pick a major IaaS cloud provider like AWS or Azure, one cloud certainly fits most. You could also attempt to build your own cloud computing platform; however, this is not recommended if you or members of your IT staff have little or no cloud computing experience. The same is said of hybrid cloud configurations.
The point is, keep it simple. Begin with a simple, singular cloud computing configuration. Experts say that most successful complex cloud computing configurations are outgrowths of an initially simple setup.
A survey conducted by IDC revealed that out of over 6,000 executives, only 3% would characterise their cloud strategy as optimised. 47% describe their cloud strategy as opportunistic or ad hoc. In order for cloud computing provide maximum benefit, companies must have a plan for cloud migration. The following are a couple suggestions to keep in mind as you prepare for cloud migration.
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The key aspects to consider when executing a smooth move to the cloud - Cloud Tech
Cloud Computing Rises in the Ranks to Make Police Departments More Agile – StateTech Magazine
As precincts continue to collect, store and analyze data in the pursuit of driving more efficient policing practices alongside budget cuts, cloud computing presents a solution to store and transmit the ever-growing pool of information.
A survey by the International Association of Chiefs of Police found that while just 16 percent of law enforcement agencies currently deploy cloud computing for criminal justice data, 38 percent are planning to implement the solution in the near future.
Some of this growth is likely because law enforcement agencies are rapidly collecting data from police-worn body cameras. With 95 percent of large police departments committing to using body cameras, cloud computing can help law enforcement officers store and manage the video.
But as policy expands and the cloud becomes more trusted in the industry, police departments across the country are finding creative uses for the technology that allows them to banish disparate IT systems and store and manage data in one place.
Kansas is in the midst of moving its 911 system to the cloud, which will help the state defend against the threat of disasters. It will also allow citizens to use multimedia, so they can send pictures and videos to dispatchers or send law enforcement text messages requesting assistance.
Several local police forces, including one in Keene, N.H., are already seeing success with similar projects that embrace community policing and use a cloud-based digital platform, known as LEEDIR, to manage floods of witness videos and photos around an incident. The portal was developed by Scott Edson, special operations division chief at the Los Angeles County Sheriffs Department, as a way for law enforcement agencies to get the storage capacity and secure portal they often dont have during a major emergency, PoliceOne reports.
One of the main concerns is capturing this media while its there before people delete it off their phones, before things expire, Keene Police Detective Joel Chidester told PoliceOne. Thats where the LEEDIR program really stood out it gave us the ability to very quickly issue a release to the public to upload data and evidence. In many of these cases, these were felony level offenses the statute of limitations would let us prosecute them for years to follow. It relieves some of that time pressure; once you have this evidence captured and secured, then you can go back and start building cases in the days or weeks to follow.
With cloud storage, departments can manage large volumes of multimedia securely without overwhelming servers.
It invokes a partnership with the community in terms of solving significant crimes. Some of the eyewitness photographs and videos of the destruction of property, assaults we would never have been able to obtain if they had not been brought forward by the public and turned over to us through a crowdsourced platform, said Chidester.
Meanwhile, the California Department of Justice (CalDOJ) has partnered with the private sector to help law enforcement agencies plug a gap in protocols that hinders police departments from deploying cloud solutions, Techwire reports.
While the state has a system in place that looks to ensure data is being securely shared across state, local and federal agencies, when the Chula Vista Police Department (CVPD) requested to deploy Microsoft Office 365 and Azure Cloud, the agencys technology manager, Eric Woods, realized the protocol didnt speak to requirements for the cloud. Moreover, the states telecommunications agency didnt have a process in place to approve requests to deploy cloud services, which was hindering several neighboring police departments from deploying cloud solutions to create more agile IT environments.
Woods then began working with Microsoft to fill in the blanks and develop a protocol that would enable law enforcement to deploy cloud-based solutions. CalDOJ, Microsoft, and the CVPD collaborated to develop a security matrix around Microsoft Office 365 and the Azure Cloud, eventually pushing through procedures to ensure the technologys safe deployment at police departments across the state.
Getting this milestone completed is going to release a lot of pent up demand. Most of these agencies have already embraced the technology, but they now have an additional level of confidence that what theyre doing is right, Stuart McKee, Microsofts chief technology officer of state and local government, who was heavily involved in the process, told Techwire.
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Cloud Computing Rises in the Ranks to Make Police Departments More Agile - StateTech Magazine
Cloud Computing: Software patent claims and the risks to service availability – ITProPortal
As the public cloud services market continues to mature and grow up from $178bn in 2015 to $209bn in 2016 according to research company Gartner - the concentration of computing resources into cloud data centres is increasingly attracting the attention of Non-Practising Entities (NPEs) as a target for patent litigation. At a time when data security and privacy risks are front of mind for cloud service providers (CSPs) and their users, the intellectual property (IP) risks to cloud service availability posed by NPE patent claims are rising up the business agenda.
NPEs are businesses that assert patents through litigation to achieve revenues from alleged infringers without practising or commercialising the technology covered by the patents they hold. NPEs are uniquely well placed to monetise their patents at each stage of the litigation cycle. They have access to capital and all necessary forensic and legal resources; and an NPE doesnt practise its patents so is immune to a counterclaim that a defendant might otherwise be able to bring against a competitor, or a cross-licence that the defendant could otherwise offer.
NPEs activities may attract attention as arbitraging the patent system, but that is to miss the point: the defendant in a patent claim brought by an NPE generally has an unattractive real-world choice between the cost and distraction of litigation and the cost of settlement which, whilst low in relation to likely litigation costs, is high relative to the perceived merits of the claim.
According to the PwC 2016 Patent Litigation Study, software ranks in the top 5 US industries for patent claims, with NPE claims accounting for half the total. Whilst recent US cases have made it more difficult to patent and enforce computer-implemented inventions, cloud-based software patent litigation is increasing: NPEs appear to have doubled down over the last five years, acquiring more cloud patents for their armoury as well as filing more patent cases.
From the NPEs standpoint this makes sense. Claiming that software in the CSPs PaaS (Platform as a Service) or IaaS (Infrastructure as a Service) infringes the NPEs patents can be an efficient way to threaten alternative objectives: the CSP risks an injunction stopping it from using the software that embodies the patented technology; and the CSPs customers using that software also face disruption as they may be liable both for their own workloads and for their CSPs infringing code that they use.
In fact, there is anecdotal evidence to suggest that claimants may prefer to claim against a CSPs customers rather than the CSP itself. Australian patent holder Global Equity Management SA (GEMSA) was reported in February and June 2016 to have sued a number of Amazon Web Services (AWS) customers for infringement of GEMSAs patents. The CSP customers in the GEMSA litigation are large, IP sophisticated companies, but most CSP customers usually will have less experience of cloud IP, will be eager to settle to make the claim go away and (unlike the CSP itself) will have little interest in solving the problem for others.
This last point is borne out in the GEMSA litigation where AWS is reported to have claimed against GEMSA in July 2016 seeking invalidity of two of GEMSAs patents, noting in its claim that GEMSA has specifically targeted technology of AWS and that AWS has a direct and substantial interest in defeating any patent infringement claims relating to AWS services identified by GEMSA in its complaints and infringement contentions.
From the CSPs standpoint all this is bad enough, but software patent risks are further exacerbated by increasing use of open source software (OSS) in the cloud. OSS, long in the mainstream, now commonly powers cloud computing systems. OSS developments are created by communities of individual developers. With no single holder of software rights, patent infringement issues are unlikely to be top of mind, and if they are, developers will generally lack the resources to help them navigate the risks. Simply because they are open, OSS developments and communities are easier targets for NPEs than proprietary software as they dont need to go to the same lengths to discover potential infringement. The softness of the target increases risk for CSPs using OSS and their users.
Cloud software patent risk is evident and growing, so it is perhaps surprising that it has figured so little in the register of perceived risks up to now, especially when data protection, privacy and information security figure so high. Yet an unsettled cloud software patent claim runs risks to cloud service availability that are arguably of the same order as information security risks. The reason why cloud computing IP risks have had little public airing so far is probably that, while implicitly acknowledged, they have yet to be thoroughly expressed and articulated. For example, in UK financial services, now one of the most heavily regulated sectors, cloud computing is treated as outsourcing and in its cloud guidance, the FCA (Financial Conduct Authority, the UK regulator) states that regulated firms should, amongst other things: monitor concentration risk and consider what action it would take if the provider failed .
IP risks are not called out expressly but the guidance is clear that firms must identify, assess and plan for all relevant risks including service availability failure, which could of course crystallise due to IP risks. NPEs are arming for offensive patent action in the cloud, stocking up their armouries and probing for weakness and opportunity. Cloud software patent risks are likely to become increasingly prominent for CSPs, cloud users and regulators alike.
Image Credit: TZIDO SUN / Shutterstock
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Cloud Computing: Software patent claims and the risks to service availability - ITProPortal
Why AWS and public clouds are a great fit for digital health companies – Cloud Tech
Global equity funding to private digital health startups grew for the 7th straight year in 2016, with a 12% increase from $5.9B in 2015 to $6.6B in 2016, according toCBInsights.
Not incidentally, the rise of digital health has coincided with rising familiarity and market acceptance of public cloud providers like Amazon Web Services (AWS). Public cloud is what has allowed growing healthcare software companies to get to market faster, scale, and meet compliance obligations at a fraction of the cost of custom-built on-premise systems.
Ten years ago, when digital technology was disrupting established companies in nearly every industry, health IT was still dominated by a handful of established enterprises and traditional software companies. In the scramble to meet Meaningful Use requirements for stimulus funding, healthcare providers and insurance companies moved en masse to adopt EMR, EHR, and HIE systems. A few years later, another scramble began as the insurance industry rushed to build HIX (Health Insurance Exchanges) under Obamacare.
Today, most healthcare software products are delivered as Software-as-a-Service platforms. Except for core systems, customers do not anticipate needing to add infrastructure to host new software products. They expect to access these services on the cloud, and be able to add or remove capacity on demand. While some legacy software products will struggle to modernize their code to run in the cloud, next generation cloud-native products benefit from the inherent competitive advantages of infrastructure-as-a-service.
In a public cloud like Amazon Web Services, you can:
Arguably the most important benefit for new companies is the ability to launch your software product into production in a short span of time. In order to comply with HIPAA, you still have to undergo a risk assessment prior to launch, but a good portion of that assessment can rely on AWS own risk assessment.
The benefits of the SaaS delivery model are not limited to new startups. More established companies who saw the market shift and took action early have also benefited from the public cloud.
A top health insurance company recently launched an online wellness and population health management application for diabetes patients. The program combines a number of cloud-based technologies including Big Data, Internet of Things, and Live Media Streaming all while maintainingHIPAA compliance.
This is all possible because the company hosted its new product on the AWS cloud.
The company also chose AWS because it supports the hyperscale growth of data that must be delivered seamlessly in patient-facing applications that monitor real-time health goals. This kind of data-crunching would be considerably more expensive in an on-premises data centre. AWS also take care of a significant portion of the risk and cost of protecting physical access to sensitive health data.
They didnt build the infrastructure for the application alone. They relied on cloud automation and a partner (Logicworks).
One of the core benefits of AWS is that it has the potential to significantly reduce day-to-day IT operations tasks. IT can focus more on developing software, and less on building and maintaining infrastructure.
However, AWS is not maintenance-free out of the box. AWS is just rented servers, network, and storage; you still have to configure networks, set up encryption, build and maintain machine images hundreds of tasks large and small that take up many man-hours per week. In order to make AWS run itself, you needautomation.
Cloud automationis any software that orchestrates AWS. AWS officially recommends the following aspects of automation:
And yes, it is entirely possible to use these automation tools in a HIPAA-restricted environment. However, creating this software from scratch is time-consuming and complex. It requires vastly different skills from those required to launch AWS or write an application and most healthcare companies dont really have the time or resources for it, so hiring a partner is the best approach.
The AWS cloud is a new landscape for most risk-averse companies. Established healthcare companies struggle to understand the new responsibility model for security and compliance on AWS, while new healthcare companies just want to get HIPAA compliance out of the way so they can move on to growing their business.This is where a partner can help. An experienced AWS consulting partner can reduce the risk of migration and accelerate the process of getting a HIPAA audit-ready environment up and running quickly.
The good news is that AWS has a very robust partner ecosystem for healthcare companies. Visit theAWS healthcare partner pagefor more information. Orcontact Logicworks we currently manage AWS for companies like Orion Health, MassMutual, and Spring Venture Group with ePHI for more than 50 million Americans.
The post Why Digital Health Companies Belong in AWS Cloud appeared first on Gathering Clouds.
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Why AWS and public clouds are a great fit for digital health companies - Cloud Tech
Hybrid IT becoming ‘standard enterprise model’ but playbook still being worked out – Cloud Tech
The good news: enterprises are beginning to use technologies such as software defined networking (SDN) and containers in production scenarios. Yet according to a new study from Dimension Data, management of hybrid IT environments remains a key challenge with automation the key.
The report, which polled 1,500 IT decision makers across four continents, found different motivators by region for utilising hybrid IT defined here as the usage of multiple deployment models to deliver a single workload or application as part of their data centre and cloud strategies from end-user demand in the UK, US and Hong Kong, to cost for respondents in France, Singapore and South Africa.
Almost half of respondents (48%) said their migration processes were manual and labour-intensive as a result while 38% said they use automation for quicker application migration. Hybrid IT is a becoming a standard enterprise model, but theres no single playbook to get there, the company warns.
44% of respondents said they found it challenging to migrate workloads to new locations, as well as assessing which option was best for a particular workload.
With data and processes shifting across multiple cloud and non-cloud environments, a new approach to management is called for, said Jason Goodall, Dimension Data group CEO. IT managers are under tremendous pressure to seek new ways to manage and secure multiple IT environments in an effective manner.
Automation is important because it helps reduce the operating costs, as well as the pain caused by the growing complexity of business processes and management tasks, Goodall added. It is simply no longer appropriate or cost-effective for these tasks to be done manually.
Speaking to this publication this time last year, Michael Allen, VP EMEA at digital performance monitoring provider Dynatrace, said very few enterprises were actively doing SDN and software defined data centres, but many were looking at it. From this research, it would appear small steps are at least being made.
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Hybrid IT becoming 'standard enterprise model' but playbook still being worked out - Cloud Tech
Adobe and Microsoft expand cloud partnership and launch joint solutions – Cloud Tech
Adobe and Microsoft have announced the first set of joint solutions to help enterprises transform their customer experiences, with Adobes Experience Cloud combining alongside Microsoft Azure, Dynamics 365 and Power BI products.
Those with good memories will recall an announcement made last September which confirmed Azure would become the preferred cloud platform for Adobes marketing, creative and document clouds, with Adobes Marketing Cloud doing similarly for Dynamics 365 Enterprise, Microsofts enterprise resource planning offering.
Adobe said this latest change builds on the previous partnership. Bringing together Adobes and Microsofts sales, marketing and customer intelligence solutions enables brands to better understand and engage with their customers across all touch points, said Abhay Parasnis, Adobe EVP and CTO.
What this means in terms of product is a combined Adobe Analytics and Microsoft Power BI for the enterprise audience, an integration between Adobe Campaign and Microsoft Dynamics 365 for marketing teams trying to create a single customer view, and the concisely named Adobe Experience Manager Sites Managed Service web content management, in other words available on Azure.
We believe the combined power of our technologies will allow enterprise businesses to harness their data in new ways, unlocking critical business insights and actionable intelligence, said Scott Guthrie, Microsoft EVP in a statement. Together, we are delivering compelling and personalised experiences that will drive brand loyalty and growth.
In addition, Adobe unveiled a series of enhancements to its Cloud Platform product, including a new common data language, XDM, quicker time to market for developers with Launch, and partner integrations with Acxiom, AppDynamics, MasterCard, and more.
The press release summed it up nicely. Advancements in cloud services have fundamentally altered the computing landscape. The next decade will bring even more disruptive changes in how brands create, immerse and engage their customers in their experiences, it offered. A modern experience platform that addresses these expectations needs to be designed with a common data language founded on content and data, an open ecosystem to enable others to build on and innovate, and intelligence at its core with AI, machine learning and deep learning.
Picture credit: Adobe
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Adobe and Microsoft expand cloud partnership and launch joint solutions - Cloud Tech
Microsoft, Oracle and Google Compete with Amazon Web Services for Cloud Computing Services – Crescent Vale (blog)
Fourof the largest tech companies, Google, Microsoft, Oracle, and Amazon continue to expand their cloud computing services and products.
The competition is so intense, Google has a calculator on their cloud service website to compare prices with Amazon Web Services. It is smart business, as well as giving AWS an indirect plug.
I suggest a company develop a website, like Orbitz for cloud computing, that displays the different companies, services, products, and prices in an organizable fashion. The website RightScale, is currently doing something similar to this idea.
RightScale has a breakdown of their top four companies including: AWS, Google, Microsoft and IBM. They review locations where the servers are maintained, the size, memory, and additional services available for each company. IBM currently is taking major steps to develop international services.
Recently IBM announced new pricing options for their cloud services.
IBMs new cloud storage services and innovative pricing model provides clients an efficient and less expensive way to act on insights from unpredictable data patterns. John Morris, general manager, IBM Cloud Object Storage
Each application, website and project has a different set of requirements needed to deliver a proper user experience. Cloud computing helps companies and produces tailor the user experience to best fit their demand.
Along with the expansion into cloud computing, these companies will also be looking for programmers and developers to be able to manage and maintain these servers. This section of the tech industry will containexcellent job security moving forward into the next twenty years.
Watch over a collection of videos on YouTube showcasing different cloud-based services currently available.
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Microsoft, Oracle and Google Compete with Amazon Web Services for Cloud Computing Services - Crescent Vale (blog)
Dell EMC, Cisco and HPE in three way tie for cloud infrastructure equipment – Cloud Tech
The Dell-EMC mega-merger is starting to bear significant fruit: according to the latest analysis from Synergy Research, which shows a three-way tie alongside Cisco and Hewlett Packard Enterprise (HPE) at the top of the cloud infrastructure equipment market.
With the overall revenues for cloud infrastructure equipment surpassing $70 billion in 2016 or in other words, about $3 billion more than Dell shelled out for EMC, VMware et al Dells stock has risen considerably since 2016s second quarter, with Cisco and HPE suffering slight dips in market share.
Servers, OS, storage, networking and virtualisation software made up fully 95% of the overall market, with the remainder comprising cloud security and management. As readers of this publication will be aware, Cisco rules the roost when it comes to networking, while HPE has a clear lead in cloud servers. Dell EMC has the lead on storage, with Microsoft featuring heavily due to server OS and virtualisation and IBM maintaining a strong position across a range of cloud technology markets, Synergy added.
The previous quarters analysis, issued in December, saw HPE just ahead of Cisco with Dell EMC catching up fast behind.
While spend on cloud services and infrastructure is already huge it is still relatively early days in the transition of enterprise workloads to the cloud, said John Dinsdale, research director and a chief analyst at Synergy. That means that success in the cloud infrastructure market is vitally important to IT vendors and they will be fighting long and hard to maximise their market shares.
The move from Dell to acquire EMC, first announced in October 2015, had mixed critical reaction at the time; one Wired article infamously described the two companies, alongside the likes of HP, Cisco, IBM, and Oracle, as the walking dead. With the deal officially finalised in September 2016, the company hopes its hardware and software will power customers traditional data centres and act as the backbone to various private or hybrid cloud computing scenarios, as Fortune puts it, with hyper-converged and software-defined at the forefront.
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Dell EMC, Cisco and HPE in three way tie for cloud infrastructure equipment - Cloud Tech
Inspur Showcases Cloud Computing and Big Data Total Solutions at CeBIT 2017 – Yahoo Finance
HANNOVER, Germany, March 20, 2017 /PRNewswire/ -- CeBIT 2017 was grandly held at Hannover, Germany from March 20 to 24. The highlight was on topics including big data, cloud computing, IoT and security. As a leading enterprise in China's cloud computing and big data area, Inspur showcased its world-renowned key products and applications at C59, Hall 2, Hannover Exhibition Center. And Inspur will launch a new rack scale server.
At this exhibition, Inspur showcased its cloud core equipment including the Mission Critical Server Inspur Tiansuo K1, the Rack Scale Server SR Series, 8-socket server TS860 and I900 blade system and its solutions of cloud data center, big data platform, smart city smart home and HPC. These products and solutions had outstanding performance in Chinese market. For instance, K1 was successfully applied to key sectors such as finance, public security, tax and transportation. And its market share grew to 25% in the middle and high-end Non-X86 market of100,000 to 500,000 dollars. The accumulated shipment of Inspur Rack Scale Server SR Series has exceeded 150,000 with its market share over 70%. SR Series was widely applied by enterprises and industries like Baidu, Alibaba and 12306.After TS860 made the best score in performance test based on Intel E7-8850 V2 processor of SPEC CPU2006 test, Inspur again broke the world record in 2016 SPEC CPU CINT2006 test and won the "best computing performance".
Inspur's cloud computing and big data has been making great achievements in Chinese market in recent years. Inspur is among the top 2 of China Top 100 Electronic Information Enterprises, the No.1 software manufacturer of Chinese independent brands, the No.1 server manufacturer in China and one of the top 5 server manufactures in the world. Meanwhile, Inspur has been speeding up its global strategic layout with its business in 104 countries and regions. Inspur has built R&D centers and factories in US, Japan, Latin America, Taiwan and Hong Kong, several branches and exhibition centers in 26 countries outside China and a global call center in India. And Inspur cooperated and established joint ventures with famous enterprises including Cisco, Microsoft, Diebold Nixdorf, SAP, Ericsson, LG, VMWARE and Intel.Inspur has joined OCP and OPEN19 open computing standard organization, and become the gold member of OpenStack Foundation. Inspur has increasing market influence and fruitful key client development such as cloud computing service operators in US and Europe.
To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/inspur-showcases-cloud-computing-and-big-data-total-solutions-at-cebit-2017-300425988.html
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Inspur Showcases Cloud Computing and Big Data Total Solutions at CeBIT 2017 - Yahoo Finance
Cloud Management Platform CloudCheckr Raises $50 Million – Talkin’ Cloud
Cloud management platform CloudCheckr announced on Monday that it has raised $50 million in Series A financing from Level Equity to support its platform growth.
CloudCheckrs platform provides support for AWS and Azure cloud cost management, security and compliance, inventory and utilization and continuous monitoring.
Founded in 2011, CloudCheckr says the funding builds on an exceptional year for the company, where it has seen key executive appointments, and a growing customer base. CloudCheckr currently provides support to over 40 percent of all AWS Premier Consulting Partners and over 150 AWS and Azure authorized resellers and MSPs.
"Cloud management is a highly complex but increasingly mainstream issue especially for the forward-looking enterprises who are leading the public cloud revolution," Aaron Newman, CloudCheckr CEO and co-founder said. We have had an astonishing amount of interest in our business as it has continued to scale quickly and profitably and were very deliberate in our timing and choice to bring on an institutional investment partner that would help accelerate our lead in this exciting marketplace. Levels investment is validation of the pressing need to get visibility and control of exploding cloud environments and were excited to keep building, innovating and giving organizations the tools they need to go fast at scale.
According to Crunchbase, the latest funding round brings its total funding since April 2013 to $52.4 million.
"We're thrilled to be partnered with Aaron and the whole CloudCheckr team," Benjamin Levin, founder and partner at Level Equity said in a statement. "It is rare to see a profitable, bootstrapped business with this scale and growth trajectory in a market of this size where most of the competitors have raised gobs of venture capital. We were attracted to CloudCheckrs track record of rapid, profitable, and bootstrapped growth as well as deep technology leadership and the immense opportunity that exists to deliver sophisticated, unified cloud management for complex enterprises across the globe."
Last year cloud cost monitoring platform Cloudability closed a $24 million Series B financing round.
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Cloud Management Platform CloudCheckr Raises $50 Million - Talkin' Cloud