Category Archives: Cloud Servers

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 (10×1.92TB) 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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Hybrid Cloud Security: Simplify Complex … – Trend Micro

Best cloud computing services of 2019 | TechRadar

Best cloud computing services

The advent of cloud computing has spawned a huge number of companies offering a slice of their data centres processing power for a fee. This is a huge step forward for small business owners: while previously organizations had to buy and maintain their own physical servers, cloud computing now means that you can get started far more quickly and inexpensively. Processing data in the cloud also means that as your business grows, you can keep up with increased traffic to your server.

In this guide, youll discover some of the very best cloud computing providers on the market today.

Big cloud platform with a personal touch

Public and private cloud platforms

Excellent customer support

Little documentation

Rackspace Cloud is a set of cloud-computing products from the US company Rackspace. Rackspace was founded in 2006. The solution offers web application hosting, platform as a services and cloud services amongst others.

Racksapce allows you to choose a cloud provider with which you can then interact via Rackspaces platform. The service has partnered with major cloud providers such as Microsoft Azure, Amazon Web Services and WMware. The advantage of this system is that you have the scalability of some of the biggest cloud providers around but with the customer support of a smaller company.

Rackspace offers a wide range of cloud services. These include public cloud, private cloud, hybrid cloud and multi-cloud. When it comes to their IaaS solution, Rackspace now builds entirely on open source system. This is because it uses the cloud operating system OpenStack.

The public cloud option provides quick and easy access to the IT resources you need. This reduces the cost of datacentre management. This multi-tenant service offers pay as you go scalability which is ideal for users that have heavy or unpredictable traffic.

The private cloud option offers the option of a single tenant environment. This means that servers can run faster due to eliminating the noisy neighbor effect. Private cloud offers dedicated servers for maximum security in and out of your data center. With a private server, the user has greater control. These can be hosted on-site or at a service providers data center.

Rackspace has also created a hybrid cloud which gives access to a combination of both the private and public clouds.

You can sign up to Rackspace for free which includes a technical account manager, security guidance and free server monitoring and reporting. Rackspace has an in-depth guide into their prices. This way you can pick the package that best suits your needs.

Users have mentioned issues with documentation but this is balanced out by excellent service support.

Reasonably priced cloud services from one of the tech masters

Pre-configured tools

Fully customizable

Some loading issues

IBM Cloud is a set of cloud computing services offered by the eponymous tech giant IBM. The solution offers platform as a service, software as a service and infrastructure as a service.

IBM Cloud offers a wide range of services. Not all of them are cloud based: it covers both virtual and hardware based servers, composed of public, private and management networks.

As hardware and virtual-based servers are combined into one on demand cloud-platform, you have complete infrastructure control. IBM refer to their hardware servers as bare metal. These provide clients with sole access to their entire server. This reduces the noisy neighbor effect and greatly improves performance.

IBM Cloud is integrated and managed by a single system that can be controlled via web portal, API (Application Programming Interface) or mobile apps.

IBM Clouds Bluemix developing solution has a wide range of cloud SaaS management tools.

IBM Cloud also offers full server customization. This means that everything that is included in the server is handpicked by you. This way you do not have to pay for features that you might never use.

IBM also offer a Lite tier. This has no time limit, will not ask for credit card details and includes 256MB of Cloud Foundry Memory. After this you have the option of the Pay as you Go Tier where you only pay for what you use. The website has a calculator which you can use to estimate costs. If neither of these are suitable, you can contact IBM for a subscription package tailored to suit your needs.

Users have noted a slight delay when loading pages.

Creative cloud computing from one of the big names

Highly customizable

Free trial

Some customer support issues

AWS was founded in 2006. It provides on demand cloud computing to individuals and organizations.

Amazon Web Services is a cloud-based program for building business solutions using integrated web services. AWS offers an extensive range of IaaS and PaaS services. These include Elastic Cloud Compute (EC2), Elastic Beanstalk, Simple Storage Service (S3) and Relational Database Service (RDS)

AWS offers extensive admin controls available via their secure Web client. Users can access a number of features from here including encryption key creation and auditing.

Aws lets you customize infrastructure requirements. This costs far less than if you were set up in your own premises.

Users can also access EC2 we services. This permits you to run and acquire servers as necessary.

AWS has three different pricing models; Pay as you Go, Save when you reserve and Pay less using more. For more information about these, users must contact sale directly.

AWS also offers a free 12-month tier. Once your trial period has expired, you must either choose a paid plan or cancel your AWS subscription.

Some online commenters have complained about difficulties with contacting customer support.

A wide array of services from a tech giant

Windows and Linux compatible

12-months free

Expensive

Microsoft Azure was released nearly a decade ago, in 2010. Users can run any service on the cloud or combine it with any existing applications, data centre or infrastructure.

Microsoft Azure provides a wide array of solutions suitable for all types of industry. All your business needs will be taken into consideration. This results in a package better suited for needs.

Azure means there is no need to have physical servers on site. This reduces the usual costs, such as an onsite server support team.

The Azure Migration Centre makes cloud transfers faster and easier. The solution is also compatible with Linux.

Microsoft Azure offers a 12-month free tier which includes access to all popular services, $200 (153.74) credit and over 25 Always Free services. All of Microsoft Azures prices and plans are laid out in great detail on their site. The page includes a cost calculator and a Pay as you go service. Each plan can be tailored to your specific needs.

Some users have noted that the price can be quite high relative to other services.

Elastic and inexpensive cloud computing from the genii of Google

User friendly

12-month free trial

Setup can be tricky

Google Cloud Platform is Googles cloud service provider. The platform enables users to create business solutions using Google-provided, modular web services. It offers a wide array of services including IaaS and PaaS solutions.

With Google Clouds multi layered secure infrastructure, users can rest assured that anything you build, create, code or store will be protected. This is done through a commitment to transparency and a highly trained team of engineers.

Google Cloud has a variety of tools to ensure consistent performance and management. These include Compute Engine, App Engine, Container Engine, Cloud Storage and Big Query. Google also offers smooth migration to virtual machines with flexible pricing.

There is a free 12-month trial, which includes $300 (230.62) towards all services and products offered by Google Cloud Platform.

Some online commenters have mentioned that setup can be difficult for beginners.

(Image: Pixabay)

We’ve covered the biggest names in cloud computing services, not least AWS, Azure, Google Cloud, and IBM Cloud and of course Rackspace Cloud which works with each of them. However, there are a number of other major cloud computing providers worth considering, which we’ll highlight here.

Oracle Cloud is another of the biggest names in cloud computing, delivering a wide range of hosted IT services, all of which provide an empowering base to develop a cloud presence without investing in hardware you may not need. The service list is comprehensive, with Oracle Cloud providing Software as a Service (SaaS), Platform as a Service (PaaS) and Infrastructure as a Service (IaaS). Oracle also offers 3,500 hours of free use so you can try before you buy.

Alibaba Cloud is another significant player in the market and one everyone overlooks. However, Alibaba boasts a truly comprehensive range of services via its elastic computing, database services, networking, and CDN solutions. It also offers a free trial covering 16 products, while advertising another 20 or more as “always free”. In addition to that, the company also gives you a $300 (230) credit for trying out its services.

Digital Realty runs one of the world’s biggest independent data center networks, which makes it ideally placed as a cloud provider. More than this, its Service Exchange can deliver hybrid cloud solutions which means you can integrate features from AWS, Google, Microsoft, and Oracle into a single portal. This enables you to get the best of all worlds in a simplified way that’s easier to self-manage.

Equinix Cloud follows a similar model, in which a major data center operator is able to leverage its global network to provide flexible access to a range of hybrid cloud options. Because you’re directly connecting with the data center, you can bypass normal internet security risks, providing for more secure operations.

Cloud Linux isn’t so much a cloud computing provider, but rather a cloud platform you can build across your own servers. This means that if you’d prefer to have tight control over your cloud network rather than going with third-parties, you can host it yourself. While this presents a different set of challenges, it also offers a range of benefits, especially for those companies already heavily invested in their own IT infrastructure.

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Best cloud computing services of 2019 | TechRadar

Hackers Backdoor Cloud Servers to Attack Future Customers

A newvulnerability dubbed Cloudborne can allow attackers to implant backdoor implants in the firmware or BMC of bare metal servers that survive client reassignment in bare metal and general cloud services, leading to a variety of attack scenarios.

Organizations deploying critical high-value apps on bare metal servers through Infrastructureas a Service (IaaS) offerings consider it the best alternative to buying their own hardware because this allows for easy and quick scaling of cloud-based applications without the need ofsharing the hardware with otherusers.

While this generally means that an organization’s critical apps are always running on dedicated servers, the fact that those servers are reclaimed and re-assigned once the client no longer needs them exposes them to firmware weaknesses and vulnerabilities that can persist between customer assignments.

As discovered by theEclypsium Research Team, attackers canimplant malicious backdoors within the firmware of cloud services’ shared infrastructure, with these implants being able to survive after the cloud service provider distributes the server to another customer.

[..] even though the hardware is dedicated to a single customer at a given point in time, they could easily be using2nd, 3rd, or nth hand hardware. [..] In a bare-metal cloud service offering, the underlying hardware could easily pass through dozens of “owners” with direct access and control over that hardware.

More exactly, bare metal servers can be compromised by potential attackers which could add malicious backdoors and code in the firmware of a server or in its baseboard management controller (BMC) with minimal skills.

“The Baseboard Management Controller (BMC) is a third-party component designed to enable remote management of a server for initial provisioning, operating system reinstall and troubleshooting,” says IBM.

Once this type of backdoor implant is successfully dropped on a bare metal server, it will survive between client switches performed by the provider.

As detailed by Eclypsium, “Truly removing a malicious implant could require the service provider to physically connect to chips to reflash the firmware, which is highly impractical at scale.”

By exploiting this vulnerability, dubbed Cloudborne, would-be attackerscan go through a number of attack scenarios:

It’s important to mention that, while a Cloudborneattack scenario was tested againstIBMs SoftLayer cloud services, the issue of backdoor implants surviving the reclamation process found by Eclypsiumis also present in the infrastructure of all other cloud providers.

IBM published details about the vulnerabilityon February 25stating that:

On some system models offered by IBM Cloud and other cloud providers, a maliciousattacker with access to the provisioned systemcould overwrite thefirmware of the BMC.The system could then be returned to the hardware pool, where the compromised BMC firmware could then be used to attack the next user of the system.

The BMC has limited processing power and memory, which makes these types of attacks difficult. IBM has found no indication that this vulnerability has been exploited for malicious purposes.In addition,all clients of IBM Cloud receive a private network for their BMCs,separate from the private networks containing other clients BMCs and unprovisioned BMCs.

As potential fixes or remediation for this security issue which got assigned a low severity by the vendor, IBM said that it forced “all BMCs, including those that are already reporting up-to-date firmware, to be reflashed with factory firmware before they are re-provisioned to other customers. All logs in the BMC firmware are erased and all passwords to the BMC firmware are regenerated.”

However, after IBM’s post describing the vulnerability and the remediation measures it took against it, “an Eclypsium researcher was able to quickly confirm that he received the same system back that he worked on before (at 16th of Feb) and there was no indication that password or firmware had been changed from the last time he used it. The researcher is conducting more testing.”

Following IBM’s publication of the vulnerability residing in theirCloud Baseboard Management Controller (BMC) Firmware,Eclypsiumalso argues that the low severity is not appropriate stating that they would “classify it as 9.3 (Critical) Severity with the following details:CVSS:3.0/AV:L/AC:L/PR:N/UI:N/S:C/C:H/I:H/A:H” given its capability forhigh security-critical impact.

In addition, Eclypsiumexplains that:

While the hardware specifications of BMC hardware are low as compared with the host server, the capability for security-critical impact is high. By design, the BMC is intended for managing the host system, and as such, it is more privileged than the host. The BMC has continual access to files, memory (using DMA), keyboard/video, and firmware of the host (which is required because it needs the ability to reinstall/reconfigure it).

Even though IBM and Eclypsiumare already engaged in talks regarding the severity level of this vulnerability, other cloud vendors have yet to chime in into a discussion that could be going for a while considering the implications of such security issues on the long term and the apparently extremely hard to implement fixes.

Eclypsium’sresearch team concluded: “Since firmware underlies even the host operating system and the virtualization layers of a server, any implants would naturally be able to subvert any controls and security measuresrunning at these higher layers. [..] Given the nature and data hosted on bare metal offerings, this opens up the possibility for high-impact attack scenarios.”

Seeing that the BMC can also communicate with and send data to external networks, having the potential to also reconfigure the host’s network interface, would-be attackers are provided with all the tools they need to surreptitiously control a compromised system using one of the attack scenarios detailed by Eclypsium.

While bare metal cloud offeringsare very convenient for organizations which do not want to invest in their own hardware, security concerns such as the one the Eclypsiumresearch team unearthed might convince them to switch to hardware that they own and manage on-site to avoid having sensitive data accessed or modified, as well as critical apps disabled.

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Hackers Backdoor Cloud Servers to Attack Future Customers

Cloud vs. In-House Servers: What is the Best Choice …

Choosing how to run your data center is like choosing between buying and leasing a car: each has specific advantages and risks. What works for you today, might not suit your needs tomorrow, and each comes with a different cost structure. Security, control, and cost all factor into this major decision, however, its not always easy to compare your options.

Lets look at some factors that will help you decide whether go with a cloud service provider or in-house server options. Like many topics in technology, this one is constantly changing as new products and services become available.

Cloud service providers offer a wide array of products and services to meet the needs businesses of all sizes. They make it easy to get started and each touts their stability, scalability, and security for your business. One of the biggest advantages of going with a cloud service is the flexibility to meet your changing demands without a big investment in hardware. The cloud works well for businesses whose needs for computing and storage are constantly changing.

Hosting your own servers in-house might sound like an old-fashioned way to run your data center, but it is still a viable option for many businesses. If you demand absolute control over your data, this is the way to go. Just understand that going this route demands a larger initial investment in hardware and IT expertise.

Whether you go with a solution with a cloud provider or build out your own in-house data center, there are a lot of variables to consider. One trend thats taking place today is the deployment of hybrid servers that provide benefits found in both in-house and cloud services.

For example, a hybrid cloud can determine which computing tasks to process locally and which ones to send to the cloud. Modern hybrid cloud devices know what data to maintain locally and what to back up the cloud. In many instances, the hybrid cloud delivers the best of both worlds.

The use of hybrid cloud is becoming more popular. Markets & Markets predicts the hybrid cloud market will be worth nearly $100 billion by 2023. Thats massive growth from the current $45 billion we should see in 2018.

StorageCraft understands the need to keep your data safe and accessible. Request a demo today to see how you can find a solution that is secure, flexible, and works for you!

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Cloud vs. In-House Servers: What is the Best Choice …

Cloud Services | Design In The Cloud | Autodesk

Cloud services and cloud storage are available with a subscription or maintenance plan for some software. You can also subscribe separately to specific cloud services as you need them.

General design & collaboration

Project collaboration software to view, share, review, and find data in the cloud

Primarily used for:

View, create, edit, and share DWG files on the go from your mobile device

Primarily used for:

Reality capture and 3D scanning software and services

Primarily used for:

Cloud-based design collaboration tool

Primarily used for:

Extend your teams collaboration with Revit worksharing and chat tools

Primarily used for:

Manage, collaborate, and report in the field with a mobile app

Primarily used for:

BIM collaboration software for constructability reviews

Primarily used for:

Manage project documents, plans, and models in a single app

Primarily used for:

Facilities management and building maintenance mobile app

Primarily used for:

Intuitive 3D sketching app with native Revit interoperability

Primarily used for:

Building performance analysis software

Primarily used for:

Building structural analysis software

Primarily used for:

Available only to subscribers and maintenance plan customers of select Autodesk software

Product design & manufacturing

Cloud-based collaboration tool for product design and manufacturing

Primarily used for:

Cloud-based product lifecycle management

Primarily used for:

Online product configuration software

Primarily used for:

Cloud-based 3D CAD/CAM/CAE software for product design

Primarily used for:

Create photorealistic and high-resolution images in less time in the cloud

Primarily used for:

Available only to subscribers and maintenance plan customers of select Autodesk software

Web-based 3D character generation

Primarily used for:

Available only to subscribers and maintenance plan customers of select Autodesk software

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Cloud Services | Design In The Cloud | Autodesk

Brinkster Cloud Servers – VMware, SolidFire SSD-Based …

Brinkster Cloud Servers Running on VMware & Solidfire’s 100% Solid State storage.

Brinkster Cloud Servers, powered by VMware’s vCloud and SolidFire SSD storage, can support and power your mission critical workloads and applications. Brinkster Cloud Servers provide on-demand delivery of IT resources in a convenient pay-as-you-go model.

Scale up and down. With Brinkster Cloud Servers you only pay for what you need.

– Vince Kent, Director of IT Services,Trans-West Network Solutions

Powered by VMware’s vCloud and SolidFire 100% SSD storage, we’ve developed Cloud Servers that can power your mission critical workloads and applications. Brinkster Cloud Servers provide on-demand delivery of IT resources in a convenient pay-as-you-go model.

VMWare vCloud Director gives customers the ability to build secure private clouds that dramatically increase data center efficiency and business agility. Learn More

A cloud infrastructure of any size demands a more coordinated approach across both host and storage resources. SolidFire’s QoS-centric architecture in a VMware infrastructure provisions exactly the storage performance (IOPS) and capacity (GBs) it needs to operate in harmony within a shared storage environment. Learn More

Our wide variety of Cloud Server flavors allow you to optimize for ongoing budget, your application’s necessary workloads, all while bringing down on-going in-house IT costs.

With Brinkster Cloud Servers the guess work goes away. You no longer have to worry about dealing with “limited capacity” – which can diminish a customer’s experience, or the setting up of expensive idle hardware. You get what you need, when you need it.

Scale up and down. With Brinkster Cloud Servers you only pay for what you need.

Your time is best spent running your business, developing new products, innovation, and driving revenue. Brinkster Cloud Servers lets you shift your focus (and valuable IT resources) from the data center back to the business of “running of your business.”

Traditional on-premise infrastructure is expensive, slow, needs installation and configuration, and requires a large upfront capital expense. With Brinkster Cloud Servers that painful upfront capital expense is replaced with a low monthly fee – one where you pay for only what you neeed.

Every business has a window of opportunity in which to capitalize. With traditional infrastructure it can take weeks to get a single server “deployment-ready” – costing your business valuable revenue as your competitors reach the market before you do. Brinkster Cloud Servers allow you to get your new product to market as soon as it’s ready. Deploy what you need, when you need it.

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Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec ut enim et quam fermentum pulvinar in dignissim risus.Learn More

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Scale up and down. With Brinkster Cloud Servers you only pay for what you need.

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Brinkster Cloud Servers – VMware, SolidFire SSD-Based …

Virtual Network Virtual Private Cloud | Microsoft Azure

Your private network in the cloud

Customers running Virtual Network

Azure Virtual Network gives you an isolated and highly-secure environment to run your virtual machines and applications. Use your private IP addresses and define subnets, access control policies, and more. Use Virtual Network to treat Azure the same as you would your own datacenter.

Traffic between Azure resources in a single region, or in multiple regions, stays in the Azure networkintra-Azure traffic doesnt flow over the Internet. In Azure, traffic for virtual machine-to-virtual machine, storage, and SQL communication only traverses the Azure network, regardless of the source and destination Azure region. Inter-region virtual network-to-virtual network traffic also flows entirely across the Azure network.

In a virtual network, run your favorite network virtual appliancesWAN optimizers, load balancers, and application firewallsand define traffic flows, allowing you to design your network with a greater degree of control.

Use Virtual Network to extend your on-premises IT environment into the cloud, like you set up and connect to a remote branch office. You have options to securely connect to a virtual networkchoose an IPsec VPN or a private connection by using Azure ExpressRoute.

Use Virtual Network to build your hybrid cloud applications that securely connect to your on-premises datacenterso an Azure web application can access an on-premises SQL Server database, or authenticate customers against an on-premises Azure Active Directory service.

Use Virtual Network to build your services that rely on Azure cloud services and Azure Virtual Machines. Use Azure web roles for your front end and virtual machines for backend databases. Combine platform as a service (PaaS) and infrastructure as a service (IaaS) in a virtual network to get more flexibility and scalability when youre building apps.

Find and take advantage of popular networking appliances, load balancers, and firewall and traffic management solutions in the Azure Marketplace.

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Keeping Your Files Safe in Google’s Cloud – New York Times

Q. When I upload a file to the Google Drive cloud, where is it actually stored, and is it protected from hackers?

A. According to Google, the files you add to your Google Drive app or folder are stored on servers in secure data centers. Your data stored with Google is encrypted during transfer from your computer and while it sits on Google Drive servers. (Many online file-storage sites offer similar protection, but check before you sign up if you have security concerns.)

Cloud services are often targets for thieves, but personal security by the account holder is often the weak link. Google recommends using two-step verification on Google Drive accounts to add an extra layer of protection, and it says to always fully log out of your account when using shared or public computers. The Safety Center area of the companys website has other tips and tools for many of its products, including Gmail, Android and Chrome.

In addition to providing a place to store files, Google Drive includes Google Docs, an online software suite for creating and collaborating on documents, spreadsheets and presentations. This summer, the company announced a desktop app for Windows and Mac, called Backup and Sync, that keeps Google Photos and Google Drive files backed up online.

Google Drive has been around since 2012, and some people have raised concerns about Googles scanning user content for its own purposes, like selling targeted advertising. The companys overall Terms of Service document states, Our automated systems analyze your content (including emails) to provide you personally relevant product features, such as customized search results, tailored advertising, and spam and malware detection. This analysis occurs as the content is sent, received and when it is stored.

Googles terms are not unlike those of other companies offering similar services and can be seen as the price of free. If they bother you, you can look for a different service with more agreeable terms or encrypt the stored data yourself.

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Keeping Your Files Safe in Google’s Cloud – New York Times