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Tony Pearson is a Master Inventor, Senior IT Architect and Event Content Manager for [IBM Systems for IBM Systems Technical University] events. With over 30 years with IBM Systems, Tony is frequent traveler, speaking to clients at events throughout the world.
Lloyd Dean is an IBM Senior Certified Executive IT Architect in Infrastructure Architecture. Lloyd has held numerous senior technical roles at IBM during his 19 plus years at IBM. Lloyd most recently has been leading efforts across the Communication/CSI Market as a senior Storage Solution Architect/CTS covering the Kansas City territory. In prior years Lloyd supported the industry accounts as a Storage Solution architect and prior to that as a Storage Software Solutions specialist during his time in the ATS organization.
Lloyd currently supports North America storage sales teams in his Storage Software Solution Architecture SME role in the Washington Systems Center team. His current focus is with IBM Cloud Private and he will be delivering and supporting sessions at Think2019, and Storage Technical University on the Value of IBM storage in this high value IBM solution a part of the IBM Cloud strategy. Lloyd maintains a Subject Matter Expert status across the IBM Spectrum Storage Software solutions. You can follow Lloyd on Twitter @ldean0558 and LinkedIn Lloyd Dean.
Tony Pearson's books are available on Lulu.com! Order your copies today!
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This week, I was in Sydney, Australia teaching IBM Storage Portfolio Top Gun class.
Our hotel is near [Circular Quay], and our class is at the IBM Centre at St. Leonards, just six metro stops away. There are also ferry boats from Circular Quay to other parts of the city.
Here are other members of the teach team. Scott McPeek covers the IBM SmartCloud Virtual Storage Center, SAN Volume Controller and Tivoli Storage Productivity Center. Vic Peltz covers high-end disk, disk replication, and competitive issues. Here we are in front of the [Sydney Opera House].
We arrived at 4:15pm to discover they weren't open for dinner until 5:30pm. We managed to find some beverages at the bar next door. Corona beer?!?! I just travelled thousands of miles across the Pacific Ocean to be offered Mexican beer I can get locally in Tucson? I don't think so! Instead, we got some local Tasmanian brew.
Once seated, our table at Doyles was outdoors on the patio, with stunning views of the sunset. The weather was just right, cool and crisp sea air, but not windy.
I tried their Sydney Sangria which combines red wine, fruit juices and ginger beer. This had an interesting kick. If you have never tried Ginger beer, I highly recommend it! For dinner, I had the Flathead fish and chips. All of the fish at Doyles is locally sourced.
We got done with dinner just in time to catch the last ferry boat at 6:55pm! We literally were the last three to get on the boat before they pulled up the gangplank!
On Monday night, after the first day of class, our friends at [Brocade] invited us to a Pizza-and-Beer reception at the [Cabana Bar and Lounge], similar to the Brocade reception at Sale Street Bar last week in Auckland. Here I am with Katie, one of the Brocade employees hosting the event.
While at the reception, we had a terrible rain storm. I am so glad we were not on the street at that time. Some of our colleagues were not so lucky, and arrived soaking wet!
Special thanks to Tim Lees, the Brocade partner manager to IBM in ANZ, for hosting these receptions in both Auckland and Sydney!
On Tuesday, I once again presented the [Storwize family, DS3500 and DCS3700 disk systems]. Based on student feedback from last week's Auckland class, we took out some of the more technical details of each product, and added more information on the business value of each feature.
This week -- Jan 29 to Feb 2, 2018 -- I am in New York city with other IBM Storage executives, to meet with Channel distributors and Business Partners. If you are in the NYC area, and wish to have a product briefing, or just dinner or drinks, let me know!
I believe the "T" stands for "Third generation", as we have had other 9132 boxes before. Here are the details:
Small: Just 1U in size
Ports: 8, 16 or 32 ports
Transceivers: 32, 16, 8, and 4 Gbps
Protocols: FCP only, no FICON, FCIP, FCoE or iSCSI
Why is this important? Because the 16 Gbps and 32 Gbps transceivers support NVMe over Fabrics. Let's do a quick NVMe recap:
Last May, IBM announced that its developers are re-tooling the end-to-end storage stack to support [New Faster Protocols for Flash Storage], to boost the experience of everyone consuming the massive amounts of data now being perpetuated across cloud services, retail, banking, travel and other industries.
NVMe is a new language protocol that is replacing traditional SAS and SATA standards for solid state drives (SSD). Through employing parallelism, to simultaneously process data across a network of devices, clients can anticipate significantly reduced delays caused by data bottlenecks and move higher volumes of data within their existing flash storage systems.
IBM's NVMe strategy is based on optimizing the entire storage system stack - from applications requiring the data to flash technology to store it. Through the development of its FlashSystem family of all-flash storage solutions, IBM recognized years ago that multiple technologies would be required to address the demands of ultra-low latency data processing. IBM is developing solutions with NVMe across its storage portfolio, which it plans to bring to market in 2018.
At the AI Summit New York, December 2017, IBM disclosed a [technology preview and demonstration] with the integration of IBM POWER9 Systems and IBM FlashSystem 900 using NVMe-over-Fabrics InfiniBand. This combination of technologies is ideally suited to run cognitive solutions such as IBM PowerAI Vision, which can ingest massive amounts of data while simultaneously completing real time inferencing (object detection).
Whether it is streams of data, transactional data, or batch processes, a consistent requirement is the lowest possible latency. Among the leading all flash storage vendors, IBM with its FlashSystem 900, has stuck to its mission delivering low latency all flash arrays. Along comes NVMe-oF, which is, at its core, about getting rid of latency.
How do you take an already low latency protocol, like InfiniBand or Fibre Channel, and make it faster? Replace SCSI with NVMe and enable NVMe from server to fabric to storage array.
The FlashSystem 900 has been shipping with InfiniBand using SRP (SCSI over RDMA) for many years. In the technology preview, the very same InfiniBand adapter, based on the Mellanox chip set, is instead used to support the OpenFabrics driver distribution and NVMe-oF InfiniBand.
While the demonstration last December used Infiniband, this is not the only transport. NVMe-OF can also be used with Ethernet, either using Internet Wide Area RDMA (iWARP) or RDMA over Converged Ethernet (RoCE). NVMe-OF over Fibre Channel is often referred to as FC-NVMe, and can drive NVMe over FCP or FCoE. Even though iWARP, RoCE and FCoE are all Ethernet-based, NVME-OF RDMA on the first two is different than FC-NVMe over FCoE.
Why not just drive NVMe commands over standard TCP/IP? The NVMe standards board is actually investigating this, but probably won't have anything until next year in 2019.
This week, IBM will be at the [Cisco Live!] event in Barcelona, Spain, talking about this new 9132T switch, as well as all of our VersaStack solutions! I won't be there, obviously, since I am in New York City, but if you are there, please send me photos! Barcelona is a wonderful city!
Continuing my coverage of the IBM Systems Technical University in Orlando, here are the sessions that I presented or attended on Days 4 (Thursday).
Technology Trends in IBM Storage
Jack Arnold, IBM Client Technical Architect, provide an entertaining session on various technology trends in the industry. For example, What is the fastest growing storage medium for 2015? Answer: [Vinyl LP] records, which have seen a resurgence recently, growing at over 40 percent!
IBM Spectrum Scale and Elastic Storage Server offerings
Tony Pearson provided an architectural overview of both Spectrum Scale software, as well as the Elastic Storage Server pre-built system appliance.
IBM Spectrum Scale for File and Object storage
Tony Pearson explained the differences between file and object-level storage, and how IBM Spectrum Scale can provide both access methods in a single infrastructure.
IBM Storage Integration with OpenStack
IBM Spectrum Virtualize IP Replication 101
Andrea Sipka, IBM Software Developer for SVC/Storwize Copy Services from the UK Hursley lab, presented the implementation details of IP-based replication using the built-in WAN Acceleration that IBM licensed from Bridgeworks SANslide.
Storage Meet the Experts
Mo McCullough hosted the last session of Thursday with a "Meet the Experts" Q&A panel. Tony Pearson, Brian Sherman, Clod Barrera, John Wilkinson, Mike Griese and Jim Blue were among the storage experts fielding questions. Tony Pearson provided a quick overview of the LTO-7 and TS4500 tape library announcements made earlier in the week.
Most IBM conferences are 4.5 days long, which means that there are typically two or three sessions on Friday morning. Unfortunately, the two sessions I was planning to attend on Friday were both cancelled, so Day 4 was the end of my week for this conference.
Continuing my coverage of the [IBM Edge2014 conference], IBM's premiere conference for System Storage and related products, here are my notes from the afternoon of Day 1 at the general keynote sessions.
Stephen Leonard, IBM General Manager, STG Sales, served as emcee for the general session.
Tom Rosamilia, IBM Senior Vice President, STG and ISC
Tom (my fifth-line manager, BTW) started off with a joke: "All this talk about Cloud, but it has to run on hardware somewhere!"
Tom insists it is imperative for clients to build an infrastructure that enables business growth. However, less than 10 percent of clients are ready for Cloud, Analytics, Mobile or Social (CAMS) initiatives. Clients need to embrace these new workloads, ensure right-time decision making, and integrate front-office with back-office IT systems.
Tom is also proud that IBM's Software Define Storage solutions manage over 1 [Yottabyte] of information today. That's a billion Petabytes, in case you were wondering. If all of this data was stored on 1TB disk drives, instead of a mix of disk and tape, it would take over one million city blocks to house all the data centers required.
Tom indicated that data is to the 21st century what steam was for the 18th century, electricity was for the 19th century, and hydrocarbons were for the 20th century.
Tom invited Mike Reagan, CIO of Cleveland Clinic in Abu Dhabi, to say a few words on why Infrastructure matters to his IT environment. The [Cleveland Clinic in Abu Dhabi] is a 364-bed multi-specialty facility, the first US-hospital replicated outside of North America.
Mike explained their great success partnering with IBM to develop a private cloud solution. Each patient has a bedside tablet that can be used to control the entertainment, lighting, temperature and window shades. It can also be used to Skype with family and friends. The facility is four times the floorspace of the Sands Expo that this event is being helenovo 61 CES awardsld in.
Jamie Thomas, IBM General Manager, Storage and Software Defined Systems
Jamie feels that data is all about security and economics. Storage admins must become the new [data scientists] for IT.
It is important to integrate traditional "Systems of Record" with new "Systems of Engagement" workloads. Her focus areas are Software Defined Storage, Flash technologies, and storage virtualization. Specific examples included:
Mike talked about how important Electronic Health Record [EHR] systems and advanced clinical diagnostics are to help make the right medical decisions.
Greg explained that Citi was operating at global scale in 100 countries. Citi partnered with IBM to deploy commodity compute servers, 10GbE/40GbE Ethernet networking and IBM Software Defined Storage to achieve Cloud economics and Cloud scale. Citi can't afford for server, storage and network admins to work separately.
Rather than contesting [Hewlett-Packard CEO Meg Whitman's FUD about this deal], Adalio took the high road, and focused on IBM's success in the x86 server space. New offerings include the X6 architecture, including PureSystems and the NextScale dense computing platform.
Adalio invited Christian Teismann, Lenovo, on stage. Christian re-iterated that IBM and Lenovo are both committed to a smooth transition, continuing IBM's roadmap for the x86 server platform, and full consideration for the x86 servers and related storage, software, service and maintenance.
IBM has had a strong relationship with Lenovo already with the acquisition of IBM's PC division, and now this deal brings together Chinese supply chain efficiency with Western ideals and design principles. Lenovo has about 46,000 employees, nearly 4,000 R&D engineers, and will acquire an additional 7,500 IBMers when the deal completes.
Adalio then invited two clients to join him on stage: Ron Grabyan, Manager of Data Warehousing Services at [Southern California Edison], and Rohit Lal, IT Direction of Coca-Cola.
Ron indicated that actionable insights must be fast for productivity. He mentioned the funny [MetLife television commercial featuring Charlie Brown and Lucy] declaring that term-life insurance should cost only "five cents" per month. In the same manner, end users often request that response times should be short. IBM was able to get response times from 40 seconds down to "5 seconds" by helping Ron deploy SAP HANA. Another process that took 53 minutes was down to 1 minute 20 seconds.
Rohit talked about their exciting new "Coke One North America" (CONA) project. This will provide consolidated IT services for 6 different Coca-Cola bottlers in North America. With $46 Billion USD in revenue serving 1.8 billion servings of beverage per day, the use of Analytics, SAP HANA and private cloud were critical to their business.
The industry recognizes Lenovo as a major x86 player, having had 20 quarters of growth outpacing the market. Lenovo has [won 61 CES 2014 awards], more than the other top five x86 vendors combined. IBM x86 servers are ideal for Enterprise solutions, Cloud, HPC, embedded designs, and IT infrastructure deployments. IBM is #1 in x86 server customer satisfaction, #1 in x86 server up-time, and boasts the #1 fastest x86-based supercomputer. IBM and Lenovo want to take this to the next level: #1 leadership in every x86 category.
For those on Twitter, my handle is @az990tony and the hashtag for this event is #IBMEdge.
Continuing this week's theme on Business Continuity, I thought I would explore more on the identification of scenarios to help drive appropriate planning. As I mentioned in my last post, this should be done first.
A recent post in Anecdote talks about the long list of cognitive biases which affect business decision making. This list is a good explanation of why so many people have a difficult time identifying appropriate recovery scenarios as the basis for Business Continuity planning. Their "cognitive biases" get in the way.
Again, using my IBM Thinkpad T60 laptop as an example, here are a variety of different scenarios:
Corrupted File System
Some file systems are more fragile than others. If your NTFS file system gets corrupted, you might be able to run
CHKDSK C: /F
but this just puts damaged blocks into dummy files, it doesn't really repair your files back to their pre-damage level.All kinds of things can damage the file system, including viruses, software defects, and user error.
I keep my programs and data in separate file systems. C: has my Windows operating system and applications, and D: holds my pure data. If one file system is corrupted, the other one might be in tact, mitigating the risk.
Hard Disk Crash
Hopefully, you will have temporary read/write errors to provide warning prior to a complete failure. In theory, if I kept a spare hard disk in my laptop bag, I could swap out the bad drive with the good drive. I don't have that. The three times that I have had a disk failure all occurred while I was in Tucson.
Instead, I keep the few files I need for my trip on a separate USB key, and carry bootable Live CD, which allows you to boot entirely from CDrom drive, either to run applications, or perform rescue operations.
The latest one that I am trying out is Ubuntu Linux, which has OpenOffice 2.2 that can read/write PowerPoint, Word, and Excel spreadsheets; Firefox web browser; Gimp graphics software; and a variety of other applications, all in a 700MB CDrom image. I even have been able to get Wireless (Wi-Fi) working with it, and the process to create your own customized Live CD with the your own application packages is fairly straightforward. Combined with a writeable USB key, you can actually get work done this way. Special thanks to IBM blogger Bob Sutor for pointing me to this.
(If you have a DVD-RAM drive, there are bigger Live CDs from SUSE and RedHat Fedora that provide even more applications)
Laptop Shell Failure
This might catch some people by surprise. I have had the keyboard, LCD screen, or some essential port/plug fail on my laptop. The disk drive and CDrom drive work fine, but unless you have another "laptop" to stick them into, they don't help you recover. This can also happen if the motherboard fails, or the battery is unable to hold a charge.
IBM provides a 24-hour turn around fix. Basically, IBM sends me a laptop shell, no drive, no CDrom, with instructions to move the disk drive and CDrom drive from your broken shell, to the new shell, then send the bad shell back in the same shipping box.
Here, again, I am thankful that I keep my key files on an USB key. Often I travel with other IBMers, and can borrow their laptop to make presentations, check my e-mail, or other work, until I can get my replacement shell. In you are travelling outside the US, you might be able to move your disk drive into a colleague's laptop, access the data, copy it to your USB key or burn a copy on CD or DVD.
In a data center, many outages are really "failures to access data", but the data is safe. For example, power outages, network outages, and so on, can prevent people from using their IT systems, but the data is safe when these are re-established.
At times, I have been temporarily separated from my laptop. Three examples:
A higher level executive had technical difficulties with his laptop, and usurped mine instead.
A colleague forgot his power supply for his laptop, and borrowed my laptop instead. (I wish there were a standard for laptop power plug connectors)
Customs agents confiscate your laptop, give you a receipt, and eventually you get it back.
In all cases, I was glad that no "recovery" was required, and that the few files I needed were on my USB key. A few times, I was able to get by on the machines available at the nearest Internet Cafe, in the meantime.
With some imagination, you can recognize that this scenario is similar to the previous one for laptop shell failure.Here is a good example that you can identify different scenarios, and then later discover they have similar properties in terms of recovery, and can be treated as one.
Laptops are stolen every day. Luckily, I've only had this happen twice to me in my career at IBM, and I managed to get a replacement soon enough. The key lesson here is to keep your USB key and recovery media in separate luggage.I know it is more convenient to keep all computer-related stuff in one place, but a thief is going to take your whole laptop bag, to make sure that all cables and power supplies are included, and is not going to leave anything behind. That would just slow them down.
In each case, some brainstorming, or personal experience, can help identify scenarios, identify what makes them unique from a recovery perspective, and plan accordingly. If you looking to create or upgrade your Business Continuity plan, give IBM a call, we can help!
ESG Analyst, Tony Asaro, talks about the many small storage startups having aBillion Dollar Impact on the storage system industry. Tony has counted over50 storage system vendors that are now in the marketplace. Is it really that many?Most of the time, the media only focus on the top seven major players, but I agree that big players like IBM should take trends about small startups like this seriously.
EMC Blogger Chuck Hollis suggests that this trend might be the start of a squeeze play, where top players and new upstarts squeeze out the middle playerslike Sun and HDS, in his postDesperate Times In Storage Land?
(His statement that IDC and Gartner have listed EMC as number one in "almost all"market segments is perhaps a bit misleading. IBM is number one in overall storage hardware, as wellas leading in tape drives, tape libraries, tape virtualization, and for that matter,disk virtualization. I don't know if IDC or Gartner count EMC Disk Library in the "tape virtualization" category, or if either analyst distinguishes between "cache-based" versus "switch-based" disk virtualization as separate categories.Perhaps Chuck should have qualified this to say "almost all of themarket segments that EMC does business in," which of course is better than the othervendors in the middle.)
I hope everyone enjoyed the French Open in Second Life! Here are some upcoming events:
Rational Software Development Conference comes to Second Life
As part of its commitment to the developer community, IBM is broadening the experience for conference visitors and avatars visiting IBM CODESTATION, in the virtual world of Second Life. During RSDC this year, visitors can view the General Sessions, catch Rational product demonstrations, interact with Rational experts, and learn about the first CODESTATION "Coder's Challenge" kicking off in July.
For Rational Software Development Conference (RSDC) information and registration, running June 10-14:here
Virtual Technical Briefing in Second Life: Web 2.0
Join IBM developerWorks in Second Life for a virtual Web 2.0 Briefing on June 21, 2007 at 12:30 pm EDT/ 9:30 am PDT. During this briefing from IBM developerWorks you'll see presentations on Web 2.0 technologies, a flash demo of associated hot technologies and have a chance to have your questions answered by IBM experts.
In the last two years Web 2.0 has created one of the most remarkable growth surges in Web application history. The transition of consumer Web sites from isolated information silos to sources of shared content and functionality, make the Web a true computing platform serving web applications to end-users. Now it's time to take the lessons learned from that success and see how it can bring value to you and your business.
Based on our success for our April 26 event, we decided to have the next event in September. More details to follow,but we plan to have it open to customers, analysts and business partners. If you are interested in participating, now is a good time to get your avatar in second life up and running. If you need "System Storage", "IBM Business Partner" logo clothing for your avatar, send me a note.
This week, I am presenting at the IBM Systems Technical University in Orlando, Florida, May 22-26, 2017. Here is my recap of the sessions on the morning of Day 5, the last day of the conference.
Integrating IBM Storage in Container Environments
Dr. Robert Haas, IBM CTO Storage for Europe, presented IBM Storage for Docker containers. These are different from containers in IBM Cloud Object Storage, and different from the Container Pools used in Spectrum Protect.
Robert gave an overview of IBM Spectrum Conductor, part of the IBM Software Defined Infrastructure (SDI) Spectrum Compute family of software products. The goal is to analyze large amounts of data, access these data efficiently, and protect the data, results and insights as intellectual property.
IBM Spectrum Compute comes in several offerings. IBM Spectrum LSF (Load Sharing Facility) manages long-running batch jobs for modeling, design and simulations. IBM Spectrum Symphony provides low-latency for risk analytics in the financial services sector. IBM Spectrum Conductor comes in two flavors. Conductor for Spark (CFS) manages Spark analytics. Conductor for Containers (CFC) handles Docker and Kubernetes containers.
Docker is the run-time platform. While there are other container run-time platforms like RKT and LXD, Docker is clearly the marketshare leader, growing 40 percent per year.
Statistics from the latest DockerCon2016 conference showed the most popular use cases and workloads for Docker. What can run in Docker: Lots of applications can be "containerized", including Redis, MongoDB, PostgreSQL, OracleDB, Java, to name a few. Docker is well established in enterprises, including service providers, healthcare, insurance and financial services, public sector, and technology firms.
Kubernetes, Mesos and Docker/Swarm are a layer above, as orchestrators. Spectrum Conductor for Containers uses Kubernetes and other open source tools to coordinate activity. Orchestrators restart failed applications, and can scale up or scale down the number of instances as needed. Orchestrators can manage groups of applications, across clusters on-premises and off-premises Cloud.
From a storage perspective, containers access storage like bare-metal operating systems, bypassing all of the layers normally associated with bloated Virtual Machine hypervisors. It also eliminates single root I/O virtualization (SR-IOV) that VMs use to compensate.
Persistent storage can be isolated, so that containers cannot see the files of other containers. This provides multi-tenancy.
Internal persistent storage (directory on host file system). However, if you move a container from one host to another, you may lose access to this internal storage.
External volume, manually mounted.
Volume driver plug-in REST API that automatically mounts it.
The fourth method is preferred. Plug-ins are available for IBM Spectrum Scale, GlusterFS, Portworx, Rancher Convoy, RexRay, and Contiv. The start-up Flocker have gone out of business last year.
The Docker hosts can attach to IBM Spectrum Scale in all of its supported offerings, including POSIX, NFS and SMB protocol. Containerized applications can move from one Docker host to another, and continue access the IBM Spectrum Scale namespace.
IBM has created the "Ubiquity Volume Service" that provides a consistent API for Docker and Kubernetes. This will use IBM Spectrum Control Base Edition to support IBM Spectrum Scale, Spectrum Accelerate, Spectrum Virtualize and DS8000 storage systems. For IBM Spectrum Scale, volumes are mapped to iSCSI volumes, filesets or directories. For other devices, volumes are mapped to block LUNs. Ubiquity is publicly available on GitHub.
Enterprise Applications for IBM Cloud Object Storage
Andy Kutner, IBM Cloud Architect, presented the various options available for NAS gateways that can front IBM Cloud Object Storage.
Ctera offers NAS gateways, and Endpoint agents for backup and Enterprise File Sync & Share (EFSS). This vendor targets Remote Office/Branch Office (ROBO) and small NAS consolidation that have less than 60 TB per office IBM is a reseller of Ctera, so you can get both Ctera and IBM COS from the same IBM sales rep.
Nasuni offers a global file system, accessible from any device, smartphone, tablet or desktop. They are focused on taking out EMC and NetApp NAS solutions. Performance at the edge, combined with capacity in the client's chosen Cloud (including IBM Cloud Object Storage or IBM Bluemix). Infinite snapshots replace backups, offering RPO of 1 minute for Disaster Recovery. Their global file system "UniFS" offers file locking.
Panzura focuses on Cloud Integrated NAS, File Distribution, and Collaboration. This can help eliminate "islands of storage". The File Distribution can be any type of file, but was originally designed for Media and Entertainment, such as videos. Collaboration employs EFSS features for workgroup shared file folders, such as CAD/CAM or engineering blueprints.
IBM Spectrum Scale can provide NFS and SMB access to files, and then move colder, less active data to IBM Cloud Object Storage, using Transparent Cloud Tiering feature. Spectrum Scale offers WAN caching across locations.
IBM COS now offers a native NFS v3 interface. This allows read/write NFS access, with S3 API read of the same content. Each file is mapped to a single object.
This is targeted for large scale archive, static-and-stable data, NFS-based backup software, and applications going through the transition from file-based to object-based. This is not intended for multi-site collaboration or primary NAS replacement. Regardless of the number of geographically dispersed IBM COS sites, the NAS can run on only one or two sites initially.
To provide NFS v3 support, IBM introduces new F5100 File Accessers, which talk to an IBM COS Accesser, which in turn acts on specific Vaults in the storage pools. The file-to-object mapping metadata is replicated on-premises across three File Accessers, and optionally replicated asynchronously to a second site for High Availability. S3 API can read access the file by file name, or by Object URI.
Initially, the "File Accesser" is only available as pre-built system, not as software-only.
There was not enough time to cover other solutions, including Avere, NetApp AltaVault, or Open Source S3FS.
This was a great event, just the right size, between 1,500 and 2,000 attendees. Similar IBM Technical University events coming up later this year:
The smart people at the University of Pittsburgh manage five campuses and over 33,000 students, andneeded to create an enterprise storage solution that would give it three key benefits. Of course, they turnedto IBM, the number one overall storage hardware vendor, to deliver.
A new storage infrastructure with the capacity to grow with the University of Pittsburgh as needed
Improved system reliability with reduced downtime, and availability 24/7/365
A significantly more manageable storage solution that could lower costs and provide better system efficiency through virtualization
As a result, IBM shipped its 25,000th high-end disk storage system, in this case two IBM System Storage DS8300 models, along with storage virtualization, and other related hardware, software and services, to provide a complete end-to-end solution.
Here is what Jinx Walton, Director of Computing Services and Systems Development at the University of Pittsburgh, had to say about it...
"The University of Pittsburgh supports large enterprise systems, and the number and complexity of new systems continue to grow. To effectively manage these systems it was necessary to identify an enterprise storage solution that would leverage our existing investments in storage, make allocation of storage flexible and responsive to project needs, provide centralized management, and offer the reliability and stability we require. The integrated IBM storage solution met these requirements"
Many of you have seen the Storage announcements that were made last month on February 20. I gave you all the skinny about the context of the technology shift and some resources to go deeper still in my blog post [IBM Storage Announcements for February 2018].
So, there’s a lot going on in IBM Storage right now. I’m looking forward to the upcoming IBM Systems Technical University in Orlando, Florida, from April 30 to May 4, 2018.
TechU’s are my favorite events to attend. This is a true event for techies! You get hands-on labs, demos, technical sessions, and birds of a feather (BOF) sessions and open technology discussions.
There are over 200 sessions on IBM Storage. I have the honor of sharing the latest in storage technology and strategy. Here are the topics I am scheduled to present:
IBM hybrid cloud storage solutions
Managing risks with data footprint reduction
Information lifecycle management: Why archive is different than backup
The seven tiers of business continuity and disaster recovery
Introduction to IBM Cloud Object Storage System (powered by Cleversafe)
The pendulum swings back: Understanding Converged and Hyperconverged Systems
Reporting and monitoring: How to verify your storage is being used efficiently