Category Archives: Cloud Servers

What is the Cloud – Definition | Microsoft Azure

The definition for the cloud can seem murky, but essentially, its a term used to describe a global network of servers, each with a unique function. The cloud is not a physical entity, but instead is a vast network of remote servers around the globe which are hooked together and meant to operate as a single ecosystem. These servers are designed to either store and manage data, run applications, or deliver content or a service such as streaming videos, web mail, office productivity software, or social media. Instead of accessing files and data from a local or personal computer, you are accessing them online from any Internet-capable devicethe information will be available anywhere you go and anytime you need it.

Businesses use four different methods to deploy cloud resources. There is a public cloud that shares resources and offers services to the public over the Internet, a private cloud that isnt shared and offers services over a private internal network typically hosted on-premises, a hybrid cloud that shares services between public and private clouds depending on their purpose, and a community cloud that shares resources only between organizations, such as with government institutions.

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What is the Cloud - Definition | Microsoft Azure

What is cloud services? – Definition from

The term cloud services is a broad category that encompasses the myriad IT resources provided over the internet. The expression may also be used to describe professional services that support the selection, deployment and ongoing management of various cloud-based resources.

The first sense of cloud services covers a wide range of resources that a service provider delivers to customers via the internet, which, in this context, has broadly become known as the cloud. Characteristics of cloud services include self-provisioning and elasticity; that is, customers can provision services on an on-demand basis and shut them down when no longer necessary. In addition, customers typically subscribe to cloud services, under a monthly billing arrangement, for example, rather than pay for software licenses and supporting server and network infrastructure upfront. In many transactions, this approach makes a cloud-based technology an operational expense, rather than a capital expense. From a management standpoint, cloud-based technology lets organizations access software, storage, compute and other IT infrastructure elements without the burden of maintaining and upgrading them.

The usage of cloud services has become closely associated with common cloud offerings, such as software as a service (SaaS), platform as a service (PaaS) and infrastructure as a service (IaaS).

SaaS is a software distribution model in which applications are hosted by a vendor or service provider and made available to customers over a network, typically the internet. Examples include G Suite -- formerly Google Apps -- Microsoft Office 365, Salesforce and Workday.

PaaS refers to the delivery of operating systems and associated services over the internet without downloads or installation. The approach lets customers create and deploy applications without having to invest in the underlying infrastructure. Examples include Amazon Web Services' Elastic Beanstalk, Microsoft Azure -- which refers to its PaaS offering as Cloud Services -- and Salesforce's App Cloud.

IaaS involves outsourcing the equipment used to support operations, including storage, hardware, servers and networking components, all of which are made accessible over a network. Examples include Amazon Web Services, IBM Bluemix and Microsoft Azure. SaaS, PaaS and IaaS are sometimes referred to collectively as theSPI model.

Cloud services that a service provider offers to multiple customers through the internet are referred to as public cloud services. The SaaS, PaaS and IaaS providers noted above may all be said to be providing public cloud-based services.

Private cloud services, in contrast, are not made generally available to individual or corporate users or subscribers. Private cloud-based services use technologies and approaches associated with public clouds, such as virtualization and self-service. But private cloud services run on an organization's own infrastructure and are dedicated to internal users, rather than multiple, external customers.

The second sense of cloud services involves professional services that enable customers to deploy the various types of cloud services. Consulting firms, systems integrators and other channel partners may offer such services to help their clients adopt cloud-based technology.

In this context, cloud services might include any or all of the following offerings: cloud-readiness assessment, application rationalization, migration, deployment, customization, private and public cloud integration -- hybrid clouds -- and ongoing management. Companies specializing in cloud services have become an attractive acquisition target for large IT services providers -- Accenture, IBM and Wipro, for instance -- that seek expertise in cloud consulting and deployment.

Cloud services are sometimes deemed synonymous with web services. The two fields, although related, are not identical. A web service provides a way for applications or computers to communicate with each over the World Wide Web. So, web services are generally associated with machine-to-machine communications, while cloud services are generally associated with scenarios in which individuals or corporate customers consume the service -- users accessing office productivity tools via a SaaS-based application, for example.

Some web services, however, may be closely intertwined with cloud services and their delivery to individuals and organizations. Cloud services, for instance, often use RESTful web services, which are based on representational state transfer (REST) technology. REST is viewed as providing open and well-defined interfaces for application and infrastructure services.

See also: XaaS (anything as a service)

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What is cloud services? - Definition from

What is cloud server? – Definition from

A cloud server is a hosted, and typically virtual, compute server that is accessed by users over a network. Cloud servers are intended to provide the same functions, support the same operating systems (OSes) and applications, and offer performance characteristics similar to traditional physical servers that run in a local data center. Cloud servers are often referred to as virtual servers, virtual private servers or virtual platforms.

An enterprise can choose from several types of cloud servers. Three primary models include:

Public cloud servers: The most common expression of a cloud server is a virtual machine (VM) -- or compute "instance" -- that a public cloud provider hosts on its own infrastructure, and delivers to users across the internet using a web-based interface or console. This model is broadly known as infrastructure as a service (IaaS). Common examples of cloud servers include Amazon Elastic Compute Cloud instances, Azure instances and Google Compute Engine instances.

Private cloud servers: A cloud server may also be a compute instance within an on-premises private cloud. In this case, an enterprise delivers the cloud server to internal users across a local area network, and, in some cases, also to external users across the internet. The primary difference between a hosted public cloud server and a private cloud server is that the latter exists within an organization's own infrastructure, where a public cloud server is owned and operated outside of the organization.

Dedicated cloud servers: In addition to virtual cloud servers, cloud providers can also supply physical cloud servers, also known as bare-metal servers, which essentially dedicate a cloud provider's physical server to a user. These dedicated cloud servers also called dedicated instances -- are typically used when an organization must deploy a custom virtualization layer, or mitigate the performance and security concerns that often accompany a multi-tenant cloud server.

Cloud servers are available in a wide array of compute options, with varying amounts of processors and memory resources. This enables a user to select an instance type that best fits the needs of a specific workload. For example, a smaller Amazon EC2 instance might offer one virtual CPU and 2 GB of memory, while a larger Amazon EC2 instance provides 96 virtual CPUs and 384 GB of memory. In addition, it is possible to find cloud server instances that are tailored to unique workload requirements, such as compute-optimized instances that include more processors relative to the amount of memory.

While it's common for traditional physical servers to include some storage, most public cloud servers do not include storage resources. Instead, cloud providers typically offer storage as a separate cloud service, such as Amazon Simple Storage Service and Google Cloud Storage. A user provisions and associates storage instances with cloud servers to hold content, such as VM images and application data.

The choice to use a cloud server will depend on the needs of the organization and its specific application and workload requirements. Some potential benefits and drawbacks include:

Ease of use: One of the biggest benefits of cloud servers is that a user can provision them in a matter of minutes. With a public cloud server, an organization does not need to worry about server installation, maintenance or other tasks that come with ownership of a physical server.

Globalization: Public cloud servers can "globalize" workloads. With a traditional centralized data center, users can still access workloads globally, but network latency and disruptions can reduce performance for geographically distant users. By hosting duplicate instances of a workload in different global regions, users can benefit from faster and often more reliable access.

Cost: Public cloud servers follow a pay-as-you-go pricing model. Compared to a traditional physical server, this can save an organization money, particularly for workloads that only need to run temporarily or are used infrequently. Cloud servers are often used in such temporary use cases, such as software development and testing, as well as where high scalability is important. However, depending on the amount of use, the long-term and full-time cost of cloud servers can become more expensive than owning the server outright. In addition, regulatory obligations and corporate governance standards may prohibit organizations from using cloud servers and storing data in different geographic regions.

Performance: Because cloud severs are typically multi-tenant environments, and a user has no direct control over those servers' physical location, a VM may be adversely impacted by excessive storage or network demands of other cloud servers on the same hardware. This is often referred to as the "noisy neighbor" issue. Dedicated or bare-metal cloud servers can help a user avoid this problem.

Outages and resilience: Cloud servers are subject to periodic and unpredictable service outages, usually due to a fault within the provider's environment or an unexpected network disruption. For this reason, and because a user has no control over a cloud provider's infrastructure, some organizations choose to keep mission-critical workloads within their local data center rather than the public cloud. Also, there is no inherent high availability or redundancy in public clouds. Users that require greater availability for a workload must deliberately architect that availability into the workload.

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What is cloud server? - Definition from

UpCloud: World’s fastest cloud servers

// Create the serverserverDetails, err := svc.CreateServer(&request.CreateServerRequest{Zone: "fi-hel1",Title: "My new server",Hostname: "",PasswordDelivery: request.PasswordDeliveryNone,StorageDevices: []request.CreateServerStorageDevice{{Action: request.CreateStorageDeviceActionClone,Storage: "01000000-0000-4000-8000-000030060200",Title: "disk1",Size: 30,Tier: upcloud.StorageTierMaxIOPS,},},IPAddresses: []request.CreateServerIPAddress{{Access: upcloud.IPAddressAccessPrivate,Family: upcloud.IPAddressFamilyIPv4,},{Access: upcloud.IPAddressAccessPublic,Family: upcloud.IPAddressFamilyIPv4,},{Access: upcloud.IPAddressAccessPublic,Family: upcloud.IPAddressFamilyIPv6,},},})import upcloud_apifrom upcloud_api import Server, Storage, ZONE, login_user_blockmanager = upcloud_api.CloudManager('api_user', 'password')manager.authenticate()login_user = login_user_block( username='theuser', ssh_keys=['ssh-rsa AAAAB3NzaC1yc2EAA[...]ptshi44x [emailprotected]'], create_password=False)cluster = { 'web1': Server( core_number=1, # CPU cores memory_amount=1024, # RAM in MB hostname='', zone=ZONE.London, # ZONE.Helsinki and ZONE.Chicago available also storage_devices=[ # OS: Ubuntu 14.04 from template # default tier: maxIOPS, the 100k IOPS storage backend Storage(os='Ubuntu 14.04', size=10), # secondary storage, hdd for reduced cost Storage(size=100, tier='hdd') ], login_user=login_user # user and ssh-keys ), 'web2': Server( core_number=1, memory_amount=1024, hostname='', zone=ZONE.London, storage_devices=[ Storage(os='Ubuntu 14.04', size=10), Storage(size=100, tier='hdd'), ], login_user=login_user ), 'db': Server( plan='2xCPU-4GB', # use a preconfigured plan, instead of custom hostname='', zone=ZONE.London, storage_devices=[ Storage(os='Ubuntu 14.04', size=10), Storage(size=100), ], login_user=login_user ), 'lb': Server( core_number=2, memory_amount=1024, hostname='', zone=ZONE.London, storage_devices=[ Storage(os='Ubuntu 14.04', size=10) ], login_user=login_user )}for server in cluster: manager.create_server(cluster[server]) # automatically populates the Server objects with data from APIvar upcloud = require('upcloud');var defaultClient = upcloud.ApiClient.instance;// Configure HTTP basic authorization: baseAuthvar baseAuth = defaultClient.authentications['baseAuth'];baseAuth.username = 'UPCLOUD_USERNAME';baseAuth.password = 'UPCLOUD_PASSWORD';var api = new upcloud.AccountApi();api.getAccount().then( function(data) { console.log('API called successfully. Returned data: ' + data); }, function(error) { console.error(error); },);require_once(__DIR__ . '/vendor/autoload.php');$api_instance = new UpcloudApiClientUpcloudAccountApi();$config = $api_instance->getConfig();$config->setUsername('YOUR UPCLOUD USERNAME');$config->setPassword('YOUR UPCLOUD PASSWORD');try { $result = $api_instance->getAccount(); print_r($result);} catch (Exception $e) { echo 'Exception when calling AccountApi->getAccount: ', $e->getMessage(), PHP_EOL;}HTTP/1.0 200 OK{ "servers": { "server": [ { "core_number": "1", "hostname": "", "license: 0, "memory_amount": "1024", "plan": "1xCPU-1GB", "state": "started", "tags": { "tag": [] }, "title": "Example UpCloud server", "uuid": "00e8051f-86af-468b-b932-4fe4ac6c7f08", "zone": "fi-hel1" } ] }}

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UpCloud: World's fastest cloud servers

What is a Public Cloud? – Definition from

A public cloud is a platform that uses the standardcloud computingmodel to make resources, such as virtual machines (VMs), applications or storage, available to users remotely. Public cloud services may be free or offered through a variety of subscription or on-demand pricing schemes, including a pay-per-usage model.

The main benefits of public cloud service are:

While the concept of cloud computing has been around since the 1960s, it didnt reach public popularity for enterprises until the 1990s. Salesforce, now a top software as a service (SaaS) provider, entered the market in 1999 by delivering applications through a website. It was soon followed by browser-based applications, such as G Suite, that could be accessed by numerous users.

In 2006, the retail company Amazon launched Elastic Compute Cloud (EC2), its infrastructure as a service (IaaS) platform, for public use. Under its cloud division, Amazon Web Services (AWS), enterprises could "rent" virtual computers but use their own systems and apps. Soon after, Google released Google App Engine, its platform as a service (PaaS) service, for application developed and Microsoft came out with Azure, also a PaaS offering. Overtime, all three built IaaS, PaaS and SaaS offerings. Even legacy hardware vendors entered the market, such as IBM and Oracle.

However, not all vendors that tried to compete succeeded. Verizon, HPE, Dell, VMware and others were forced to shut down their public clouds, often have refocused on hybrid cloud.

A public cloud is a fully virtualized environment. In addition, providers have a multi-tenant architecture that enables users -- or tenants -- to share computing resources. Each tenant's data in the public cloud, however, remains isolated from other tenants. Public cloud also relies on high-bandwidth network connectivity to rapidly transmit data.

Public cloud storage is typically redundant, using multiple data centers and careful replication of file versions. This characteristic has given it a reputation for resiliency.

Public cloud architecture can be further categorized by service model. Common service models include:

The termpublic cloudarose to differentiate between the standard cloud computing model and private cloud, which is a proprietary cloud computing architecture dedicated to a single organization. Private cloud differs from public cloud, as it serves as an extension of a company's existing data center and is accessible only by that company.

A third model, hybrid cloud, is maintained by both internal and external providers. In effect, a hybrid cloud is a combination of public and private cloud services, with orchestration between the two. In some cases, this model is attractive because it enables organizations to tap into the benefits of the public cloud, while maintaining their own private cloud for sensitive, critical or highly regulated data and applications. The forth option is a multi-cloud architecture in which an enterprise uses more than one cloud. Most often it refers to the use of multiple public clouds.

In general, the public cloud is seen as a way for enterprises to scale IT resources on demand, without having to maintain as many infrastructure components, applications or development resources in house.

Thepay-per-usagepricing structure offered by most public cloud providers is also seen by some enterprises as an attractive and more flexible financial model. For example, organizations account for their public cloud service as an operational or variable cost rather than capital or fixed costs. In some cases, this means organizations do not require lengthy reviews or advanced budget planning for public cloud decisions.

However, because users typically deploy public cloud-based services in aself-service model, some companies find it difficult to accurately track cloud service usage, and potentially end up paying for more cloud resources than they actually need. Some organizations also just prefer to directly supervise and manage their own on-premises IT resources, including servers.

Because of the multi-tenant nature of public cloud, security is an ongoing concern for some enterprises. Public cloud providers offer security services and technologies, such as encryption and identity and access management tools.

However, it is the enterprises responsibility to implement such offerings and use best practices to protect their data. A shared-responsibility model helps identify which components are the responsibility of the cloud vendor and which should be secured by the user.

Some organizations choose to keep workloads on premises -- especially those with strict regulatory or governance requirements.

The public cloud market is led by a few key players: AWS, Microsoft and Google. These providers deliver their services over the internet, or through dedicated connections, and use a fundamental pay-per-usage approach. Each provider offers a range of products oriented toward different workloads and enterprise needs.

Estimates of public cloud usage vary widely across different countries, but most market research and analyst firms expect continued growth in worldwide adoption and cloud revenues.

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What is a Public Cloud? - Definition from

Best cloud storage service – Consumer Reports

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Last updated: April 2014

Cloud storage gives you 24/7 access to your documents, photos, music, and videosand you can get all of it wherever you are and on any compatible device, as long as you have an Internet connection. Cloud storage also makes sharing easy. And not least, it's an excellent way to back up all your digital content.

If you're trying to decide which cloud-storage service is best for your needs, check our rundown of 12 popular services, which covers pricing, security, special features, and other details you'll need to choose. And take a look at "Public cloud vs. personal cloud: Which is right for you?" for more storage options.

Price: Files: 5GB, free; 20GB, $10/year; 50GB, $25/year; 100GB, $50/year; 200GB, $100/year; 500GB, $250/year. Music: 250 imported songs, free; 250,000 imported songs, $25/year.

Supported OSes and devices: Android, iOS, OS X, Windows, Kindle Fire (Web UI requires (FlashPlayer).

Collaboration: No (only the subscriber can work on cloud-based files).

Security: Data is sent to and from the companys servers using 28-bit RC4 encryption, but files are not encrypted on company servers.

Customer support: Free 24/7 phone calls (you can either click the Call Me button for a call back from a live person or get an automated customer-service system by calling 1-866-395-6761), e-mail, and chat.

Special features: Dedicated photo apps for iOS and Android devices, Kindle integration via Photos tab on Kindle devices, and video playback on Kindle and Android devices.

Price: 5GB, free; 15GB, $20/year; 25GB, $40/year; 50GB, $100/year.

Supported OSes and devices: iOS, OS X, Windows with iCloud Control Panel, Apple TV (photos, iTunes in the Cloud).

Collaboration: No.

Security: Data is sent and stored using a minimum of 128-bit AES encryption and uses secure tokens for authentication. Encryption keys are never provided to third parties.

Customer support: An online knowledgebase.

Special features: iCloud Photo Sharing lets you share photos and videos with others, and you can invite them to add their own.


Price: 20GB, free; 1TB, $10/month or $99/year; 5TB, $49/month or $499/year; infinite, $99/month or $999/year.

Supported OSes and devices: Android, iOS, OS X, Windows.

Collaboration: No.

Security: Enterprise-grade 256-bit encryption on the client side, when sent, and on company servers.

Customer support: Help Center, community forums, and Twitter support feed for free-service users; paid users get all of the above plus e-mail and chat.

Special features: Centralized storage makes even large video files available instantaneously on all devices. Folder mirroring enables users to interrupt a large backup and resume later, say when a network connection is available.


Price: 10GB, free; 100GB, $5/month.

Supported OSes and devices: Android, iOS, OS X, Windows, Blackberry.

Collaboration: Yes.

Security: Provides 256-bit encryption, both in transit and on the companys servers.

Customer support: US-based, 24/7 phone support (1-877-729-4269), e-mail, and self-service Web support.

Special features: Includes a website optimized for mobile browsers; document creation, previewing, and editing capabilities with support for more than 75 file types; and a collection of 700 apps, such as education tools for students and teachers, and general productivity.


Price: Unlimited, $60/year (1 computer only).

Supported OSes and devices: Android, iOS, OS X, Windows, Blackberry.

Collaboration: No.

Security: Data is stored using 128-bit Blowfish encryption and sent using SSL technology.

Customer support: U.S.-based phone (877-222-5488), e-mail, and chat.

Special features: none (for individual users)


Price: 2GB, free (500MB more per referral, up to 18GB); add 100GB, $99/year.

Supported OSes and devices: Android, iOS, OS X, Windows, Blackberry, Kindle Fire.

Collaboration: Yes

Security: Data is stored using 256-bit AES encryption and two-step verification.

Customer support: FAQs, e-mail, and community forums.

Special features: Others can upload their own files to your Dropbox.


Price: 15GB, free; 100GB, $5/month.

Supported OSes and devices: Android, iOS, OS X, Windows.

Collaboration: Yes.

Security: Supports 2-factor authentication and uses HTTPS and TLS for transmissions to and from your device. You can also encrypt files before adding them to Google Drive.

Customer support: Phone, e-mail, knowledge base, and community.

Special features: Includes tools to create presentations, documents, spreadsheets, and drawings.


Price: 7GB, free; add 20GB, $10/year; add 50GB, $25/year; add 100GB, $50/year

Supported OSes and devices: Android, iOS, OS X, Windows.

Collaboration: Yes.

Security: Password-protected data is SSL-encrypted during uploads and downloads.

Customer support: Phone (800-642-7676, during business hours), self-service Web, Facebook, and Twitter.

Special features: Includes free browser-based versions of Word, Excel, PowerPoint, and OneNote.


Price: 2GB, free; 50GB, $6/month (1 computer); 125GB, $10/month (3 computers).

Supported OSes and devices: Android, iOS, OS X, Windows.

Collaboration: No.

Security: Data is sent using 256-bit AES encrytion; data is stored using 448-bit Blowfish encryption, or users can use their own 256-bit encryption key.

Customer support: Chat (with paid service), video tutorials, knowledge base, and community.

Special features: None


Price: 100GB, $10/month, 150GB, $16/month; 250GB, $20/month.

Supported OSes and devices: Android, iOS, OS X, Windows.

Collaboration: Yes, with Filelocker Pro (free)

Security: Data is stored on both the customer's computer and at the data center using 256-bit encryption. It is transferred using SSL.

Customer support: Chat, e-mail, and knowledgebase.

Special features: Each past version of every file is kept, but only the largest version is ever "counted" toward your storage.


Price: 60GB, $7.50/month; 100GB, $10/month; 250GB, $25/month.

Supported OSes and devices: Android, iOS, OS X, Windows.

Collaboration: No.

Security: Files are sent using Transport Layer Security and are stored using 256-bit AES encryption.

Customer service: Chat, knowledgebase, community, and e-mail (phone support, $100/year).

Special features: Remote wipe and automatic photo backup for mobile devices.


Price: 2TB, $150; 3TB, $180; 4TB, $250. No monthly fee.

Supported OSes and devices: Android, iOS, OS X, Windows.

Collaboration: Yes.

Security: 256-bit encryption.

Customer service: Phone (800-275-4932) and e-mail.

Special features: This product differs from the others in that you buy a personal server, called the MyCloud, and keep your content on it; its accessible from anywhere, as content on other cloud services would be. So it doubles as a traditional backup drive, and data is not stored on public servers.


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Best cloud storage service - Consumer Reports

Cloud Server – what is and how does it work? | Probrand

A cloud server is a virtual server (rather than a physical server) running in a cloud computing environment. It is built, hosted and delivered via a cloud computing platform via the internet, and can be accessed remotely. They are also known as virtual servers. Cloud servers have all the software they require to run and can function as independent units.

The cloud is commonly used to refer to several servers connected to the internet that can be leased as part of a software or application service. Cloud-based services can include web hosting, data hosting and sharing, and software or application use.

The cloud can also refer to cloud computing, where several servers are linked together to share the load. This means that instead of using one single powerful machine, complex processes can be distributed across multiple smaller computers.

One of the advantages of cloud storage is that there are many distributed resources acting as one often called federated storage clouds. This makes the cloud very tolerant of faults, due to the distribution of data. Use of the cloud tends to reduce the creation of different versions of files, due to shared access to documents, files and data.

Cost-effective solutions that will save your business money when compared with a physical server.

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Cloud Server - what is and how does it work? | Probrand

Linux Cloud Servers- instantly flexible

Linux feels like home in our cloudDiscover high performance cloud servers and leave traditional Linux Virtual Private Server (VPS) hosting behind. Traditional VPS providers slice up large dedicated servers to share them between customers. Typically VPS providers use a container technology to isolate multiple users on a single server from one another whilst running a single shared instance of Linux. By contrast, our Linux KVM technology enables every user to run their own isolated copy of Linux, providing a greater choice of distributions, higher performance, deeper configurability, stronger isolation and better security guarantees.Pre-Installed Linux Cloud ServersUbuntu 14.04 LTS

We offer both server and desktop editions of Ubuntu 14.04 as instantly deployable cloud servers. Creating a new Linux cloud server is as easy as clicking on the ready distribution. Pre-installed Ubuntu servers are instantly deployed allowing you to use them immediately as part of our cloud hosting Linux packages.

We offer Fedora 21 (and previous versions) as ready server images. Creating your new Fedora cloud server is simply a matter of deploying it to your Linux cloud computing account. Your new Fedora Linux server will be ready immediately after choosing it.

We offer CentOS 7 Linux from our library of pre-installed cloud servers. Creating your new Fedora cloud server is simply a matter of deploying it to your account. Your new CentOS Linux server will be ready immediately after choosing it.

Debian 7.8 Linux deploys instantly as a new cloud server. You have the choice of with or without X and your new Linux server will appear immediately in your cloud computing Linux account.

No problem, you find most versions of most Linux distributions in our drives library. If you cant find your version, you can even upload your own ISO file or disk image.

We have over 150 Linux distribution install CDs available from the drive library plus a number of pre-installed Windows cloud servers and FreeBSD cloud servers. If you wish to create a new custom system installation yourself you can do so. Our cloud hosting Linux servers offer a true cloud computing experience.

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Linux Cloud Servers- instantly flexible

Pricing – Cloud Services | Microsoft Azure

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For websites, small-to-medium databases, and other everyday applications.

The latest generation of A-Series, Av2 Standard, has similar CPU performance and faster disk. Suitable for development workloads, build servers, code repositories, low-traffic websites and web applications, Av2 Standard also works for micro services, early product experiments, and small databases.

For large databases, SharePoint server farms, and high-throughput applications.

Available in select data centers. A8 and A9 virtual machines feature Intel Xeon E5 processors and a 32 Gbit/s InfiniBand network with remote direct memory access (RDMA) technology. Ideal for Message Passing Interface (MPI) applications, high-performance clusters, modeling and simulations, video encoding, and other compute or network intensive scenarios.

The H-series is a new family specifically designed to handle high performance computing workloads such as financial risk modeling, seismic and reservoir simulation, molecular modeling, and genomic research. They are based on the Intel Xeon E5-2667 v3 Haswell 3.2 GHz (3.6 GHz with turbo) with DDR 4 memory. Turbo is always on for H-series instances. Two of the H-series configurations (H16r, H16mr) also carry a second low latency, high-throughput network interface (RDMA) optimized and tuned for tightly coupled parallel computing workloads such as MPI applications.

Available in select data centers. A10 and A11 virtual machines feature Intel Xeon E5 processors. For high-performance clusters, modeling and simulations, video encoding, and other compute or network intensive scenarios. They're similar to A8 and A9 instance configuration without the InfiniBand network and RDMA technology.

D-Series virtual machines feature solid state drives (SSDs) and faster processors than the A-Series, and its also available for web or worker roles in Azure Cloud Services. This series is ideal for applications that demand faster CPUs, better local disk performance, or higher memories.

For websites, small-to-medium databases, and other everyday applications.

For large databases, SharePoint server farms, and high-throughput applications.

Dv2-Series instances are the next generation of D-Series instances that can be used as virtual machines or cloud services. Dv2-Series instances will carry more powerful CPUs which are on average about 35% faster than D-Series instances, and carry the same memory and disk configurations as the D-Series. Dv2-Series instances are based on the latest generation 2.4 GHz Intel Xeon E5-2673 v3 (Haswell) processor, and with Intel Turbo Boost Technology 2.0 can go to 3.2 GHz. Dv2-Series and D-Series are ideal for applications that demand faster CPUs, better local disk performance, or higher memories, and offer a powerful combination for many enterprise-grade applications.

For websites, small-to-medium databases, and other everyday applications.

For large databases, SharePoint server farms, and high-throughput applications.

Great for relational database servers, medium to large caches, and in-memory analytics.

G-Series virtual machines feature Intel Xeon processor E5 v3 family and provide unparalleled computational performance to support large database workloads, specifically SAP, HANA, SQL Server, Hadoop, DataZen, and Hortonworks. The G5 instance is isolated to hardware dedicated to a single customer.

High disk throughput and IO. Ideal for Big Data, SQL, and NoSQL databases

The Lsv2-series features high throughput, low latency, directly mapped local NVMe storage running on the AMD EPYCTM 7551 processor with an all core boost of 2.55GHz and a max boost of 3.0GHz. The Lsv2-series VMs come in sizes from 8 to 80 vCPU in a simultaneous multi-threading configuration. There is 8 GiB of memory per vCPU, and one 1.92TB NVMe SSD M.2 device per 8 vCPUs, with up to 19.2TB (10x1.92TB) available on the L80s v2.

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Pricing - Cloud Services | Microsoft Azure

Hybrid Cloud Security: Simplify Complex … – Trend Micro

Hybrid Cloud Security: Simplify Complex Cloud Security | Trend Micro

Simplify security management and improve visibility across physical, virtual, cloud, and container environments

One artful solution. Multiple controls.

Prevent and detect intrusions and malicious changes with the broadest set of security controls across all types of workloads and your development pipeline.

Backed by market-leading global threat intelligence, Hybrid Cloud Security consolidates security tools to help lower costs, decrease complexity, and simplify security and compliance.

Get consistent protection and visibility across cloud, virtualized data centers, and containers with security designed to address security gaps and reporting complexity.

Hybrid Cloud Security gives you centralized visibility and control, accelerated incident response, optimized integration, and flexible licensing.

Connected security that is integrated with your DevOps processes to increase security adoption without slowing down performance across environments.

Automate manual processes with security that integrates into your CI/CD pipeline using APIs for pipeline management, deployment, monitoring, and more.

Increase security adoption

Automation center

Trend Micro's Automation Center provides Dev and Ops teams with an easily searchable portal of best practices, script samples, SDKs, API keys, and documentation to automate manual processes and simplify implementation.

Connected Threat Defense

Connected Threat Defense enables the sharing of threat intelligence across:

Consolidate security controls

Reduce the number of security tools in your hybrid cloud with Deep Security and Deep Security Smart Check, lowering the maintenance and overhead associated with support and operational functions. All security capabilities are backed by market-leading threat intelligence, delivered by our Smart Protection Network and fueled by Trend Micro Research and the Trend Micro Zero Day Initiative.

Deep Security

Runtime protection for workloads (virtual, physical, cloud, and containers)

Deep Security Smart Check

Build pipeline image scanning

Support and empower your incident response teams

We offer advanced detection, response, and investigation capabilities (EDR), including the ability to detect indicators of attack (IOAs) and lock down suspicious applications and processes. Deep Security also integrates with leading SIEM platforms to analyze telemetry data for advanced threat hunting and IOC sweeping as well as with SOAR tools for security orchestration.

When time or resources are limited, you can get many of these benefits with our Managed Detection and Response (MDR) service.

An artful approach to security.

Weve made cybersecurity an art form, orchestrating proven foresight, XGen security strategy, and passionate people to secure your connected world. Because when you can prepare for, withstand, and rapidly recover from threats, youre free to go further and do more.

Secure your modern data center

Defend your cloud workloads

Get the full benefits of the cloud and protect your workloads while maintaining security with automated controls. Meet your shared security responsibility for deployments on AWS, Microsoft Azure, and other cloud providers.

Secure images and containers

Build secure, ship fast, and run anywhere with security as code, continuous automation, and tools designed to secure applications across your evolving hybrid cloud environment. Bake security into the CI/CD pipeline for frictionless build-time scanning and automated protection of images in the registry as well as container platforms and applications at runtime.

Trusted expertise

Gartner Market Guide for Cloud Workload Protection Platforms

IDC - Market share leader every year (since 2009)

Embracing Agility and Leveraging DevOps to Secure Hybrid Cloud Environments

Get started with Hybrid Cloud Security


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