10 Cloud Deployments Worth a Look


Want the latest storage insights?

Download the authoritative guide: Enterprise Data Storage 2018: Optimizing Your Storage Infrastructure

Share it on Twitter  
Share it on Facebook  
Share it on Google+
Share it on Linked in  

Compiling this list was a little like trying to name the top 10 classic rock songs of all time. Nobody is going to agree with your selection, as there are so many good ones to choose from, and it largely depends on personal preferences. But here are a the cloud deployments I believe are the most interesting out there:

1. Internal Cloud to Boost Sales

EMC isn't just hyping the cloud. It is actively pursuing it in its internal IT organization in the form of cloud-based services for internal users. It has created an EMC hardware/software, Dell server and VMware-based infrastructure, and it offers users a virtual desktop via its cloud.

Its overall intention, however, is not to provide all services and applications via the cloud. Its model is to offer support from the bare metal up to the OS. That gives users a platform on which to build or have hosted whatever applications they desire, said Chris Asing, senior manager of Cloud Services at EMC IT. He calls this Infrastructure as a Service (IaaS).

"EMC ITs first self-service IaaS offering for all of EMC is called Cloud9 Sandbox," he said. "Any person at EMC can rapidly create 10 VMs and share content in the sandbox with friends, their department or all of EMC," said Asing. "This also enables our sales engineers to configure software, such as Greenplum, to build demonstration environments as proofs of concept in a few clicks without having to engage IT."

2. Building a Smarter Cloud

IBM may be guilty of over-hype with its "building a smarter planet" ad campaign. But it is certainly making headway with a smarter cloud. While most clouds started as low-end commodity services, IBM's intent is to provide an enterprise-class, secure cloud.

The company is clearly seeking to seduce more large-scale customers with an appealing vision of high availability, excellent performance, top-level security, isolation of data/apps and other features that can typically be provided only via an expensive internal data center.

"This level of choice and control translates into capabilities customized to businesses' needs and priorities and can enable organizations to get what they and their partners and customers need, as they need it -– from advanced analytics and business applications to IT infrastructure like virtual servers and storage or access to tools for testing software code," said Charles King, an analyst with Pund-IT. "All services will be securely deployed from IBM's global network of cloud data centers."

Several other services are part of this SmartCloud rollout, including IBM Workload Deployer, Social Business in the Cloud, IBM SAP Managed Application Services and Lotus Domino Utility Server for LotusLive.

3. Clouding the Desktop

Manufacturing giant Applied Materials used the cloud to eliminate high-end workstations from the desktop. The philosophy of Deputy CIO Jay Kerley was simple. Why have big-ticket hardware and software real-estate in every cubicle? Instead, the company virtualized the hardware and key applications. Users need just a simple network connection and screen locally as well as a tiny desktop blade backed up by a graphics processing unit (GPU) for those who must view complex graphical images.

"Our users can now share computer aided design (CAD) files and applications across a global network of manufacturing sites," said Kerley


4. Cloud DR

There are plenty of cloud-based disaster recovery (DR) solutions out there. Jeff Rountree, Global Network Manager of the Pump Solutions Group prompted an interesting one. That company uses the cloud for backup and DR purposes. Riverbed Whitewater accelerators act as a backup target for his Symantec Backup Exec software, with the Whitewater box also encrypting, deduplicating and compressing data as it is transmitted to AT&T, which acts as the actual cloud server provider.

This setup allows Rountree to keep cloud costs down, as he doesn't store multiple copies of documents on the cloud where you are typically charged on a per-GB basis. Backup windows have been cut in half, and he can recover data in the event of an emergency much faster. As one copy of everything is retained onsite in the Riverbed box, he can also replicate remotely and locally with the cloud provider. Cloud storage management is done on the Whitewater appliance.

"The benefits of the cloud are cost reduction, no more tape restores, more flexible DR and saving up to two hours per day in administrative overhead," said Rountree.

Other providers are coming out with strong cloud DR technologies. Tom Trainer, director of product marketing at open source storage software provider Gluster, calls attention to the recent outage at Amazon Web Services (AWS) to highlight the need for disaster recovery (DR) in the cloud.

"As cloud computing becomes more ubiquitous, so must cloud user DR practices become more frequently employed and well implemented," he said. For an AWS-based cloud, for example, Gluster N-Way Replication supports synchronous data replication between AWS Availability Zones. He also recommends asynchronous replication to provide protection across larger distances.

5. Cloud Health

You might think hospitals would be reluctant to embrace the cloud, yet they are among the first wave of innovators. Banner Health, for example, has set up a simulation hospital for training medical personnel and built a digital image system for rapid sharing of diagnostic information captured by x-rays and MRIs.

The Banner Simulation Medical Center in Mesa, Ariz. is a 55,000 square foot facility. Its "patients" are 71 computerized mannequins used to train more than 1,800 nurses annually. The health care provider has also added computer-based simulations, which can be accessed through a gaming console, to evaluate surgical skills and train doctors on new techniques and help improve manual dexterity.

On the digital imaging side is its Picture Archiving and Communication Systems (PACS) to capture, transmit, display and store digital images captured by x-ray, MRI, CT/CAT Scan, nuclear medicine and ultrasound equipment. Images that used to take hours or days to access became available within minutes. These images can be massive –- 10 MB up to 5 GB. The volume is high as well -- one Banner facility in Phoenix generates 2 million images per month.

This whole set up is underpinned by the cloud. Banner uses NetApp's (formerly Bycast's) StorageGRID object storage software to manage the PACS images. Following a six-month trial of StorageGRID, Banner put in a 300 TB cloud-based storage grid at its main data center in Arizona (with plans to scale to 1.2 PB) and a 70 TB grid at its secondary data center in Greeley, Colo. Both data centers used HP Medical Archive Solutions (MAS) with HP StorageWorks Modular Smart Arrays integrated with HP ProLiant DL380 servers. The data migrates between tiers depending on policies set by the different departments. For example, images for a patient who is currently undergoing treatment would be in Tier 1 storage, but would later migrate to a lower tier.

On the network side, Cisco's Wide Area Application Services (WAAS) is used, which includes Cisco 281 Integrated Service Routers (ISR) with Cisco WAE 512 appliances at remote sites and a Cisco 7200 Series Router and WAE 7326 appliances in Greeley to accelerate application and file performance and minimize WAN bandwidth usage. To monitor and troubleshoot potential cloud issues, Banner uses Plixer's Scrutinizer NetFlow and sFlow Analyzer to pull data from the Cisco boxes. Scrutinizer allows IT to view the top talkers, applications and protocols, and make sure the right traffic has priority within the cloud.

Submit a Comment


People are discussing this article with 0 comment(s)