This week, IBM announced its new line of x86 servers, and included among the usual incremental product improvements is a performance game-changer called eXFlash. eXFlash is the first commercially available implantation of the MCS architecture announced last year by Diablo Technologies. The MCS architecture, and IBM’s eXFlash offering in particular, allows flash memory to be embedded on the system as close to the CPU as main memory, with latencies substantially lower than any other available flash options, offering better performance at a lower solution cost than other embedded flash solutions. Key aspects of the announcement include:
■ Flash DIMMs offer scalable high performance. Write latency (a critical metric) for IBM eXFlash will be in the 5 to 10 microsecond range, whereas best-of-breed competing mezzanine card and PCIe flash can only offer 15 to 20 microseconds (and external flash storage is slower still). Additionally, since the DIMMs are directly attached to the memory controller, flash I/O does not compete with other I/O on the system I/O hub and PCIe subsystem, improving overall system performance for heavily-loaded systems. Additional benefits include linear performance scalability as the number of DIMMs increase and optional built-in hardware mirroring of DIMM pairs.
■ eXFlash DIMMs are compatible with current software. Part of the magic of MCS flash is that it appears to the OS as a standard block-mode device, so all existing block-mode software will work, including applications, caching and tiering or general storage management software. For IBM users, compatibility with IBM’s storage management and FlashCache Storage Accelerator solutions is guaranteed. Other vendors will face zero to low effort in qualifying their solutions.
IBM launched on January 9, 2014 its first business unit in 19 years to bring Watson, the machine that beat two Jeopardy champions in 2011, to the rest of us. IBM posits that Watson is the start of a third era in computing that started with manual tabulation, progressed to programmable, and now has become cognitive. Cognitive computing listens, learns, converses, and makes recommendations based on evidence.
IBM is placing big bets and big money, $1 billion, on transforming computer interaction from tabulation and programming to deep engagement. If they succeed, our interaction with technology will truly be personal through interactions and natural conversations that are suggestive, supportive, and as Terry Jones of Kayak explained, "makes you feel good" about the experience.
There are still hurdles for IBM and organizations, such as expense, complexity, information access, coping with ambiguity and context, the supervision of learning, and the implications of suggestions that are unrecognized today. To work, the ecosystem has to be open and communal. Investment is needed beyond the platform for applications and devices to deliver on Watson value. IBM's commitment and leadership are in place. The question is if IBM and its partners can scale Watson to be something more than a complex custom solution to become a truly transformative approach to businesses and our way of life.
Forrester believes that cognitive computing has the potential to address important problems that are unmet with today’s advanced analytics solutions. Though the road ahead is unmapped, IBM has now elevated its commitment to bring cognitive computing to life through this new business unit and the help of one third of its research organization, an ecosystem of partners, and pioneer companies willing to teach their private Watsons.
As the new year looms, thoughts turn once again to our annual reading of the tea leaves, in this case focused on what I see coming in server land. We’ve just published the full report, Predictions for 2014: Servers & Data Centers, but as teaser, here are a few of the major highlights from the report:
1. Increasing choices in form factor and packaging – I&O pros will have to cope with a proliferation of new form factors, some optimized for dense low-power cloud workloads, some for general purpose legacy IT, and some for horizontal VM clusters (or internal cloud if you prefer). These will continue to appear in an increasing number of variants.
2. ARM – Make or break time is coming, depending on the success of coming 64-bit ARM CPU/SOC designs with full server feature sets including VM support.
3. The beat goes on – Major turn of the great wheel coming for server CPUs in early 2014.
4. Huge potential disruption in flash architecture – Introduction of flash in main memory DIMM slots has the potential to completely disrupt how flash is used in storage tiers, and potentially can break the current storage tiering model, initially physically with the potential to ripple through memory architectures.
I recently had a meeting with executives from Tech Mahindra, an Indian-based IT services company, which was refreshing for the both the candor with which they discussed the overall mechanics of a support and integration model with significant components located half a world away, as well as their insights on the realities and limitations of automation, one of the hottest topics in IT operations today.
On the subject of the mechanics and process behind their global integration process, the eye opener for me was the depth of internal process behind the engagements. The common (possibly only common in my mind since I have had less exposure to these companies than some of my peers) mindset of “develop the specs, send them off and receive code back” is no longer even remotely possible. To perform a successful complex integration project takes a reliable set of processes that can link the efforts of the approximately 20 – 40% of the staff on-site with the client with the supporting teams back in India. Plus a massive investment in project management, development frameworks, and collaboration tools, a hallmark of all of the successful Indian service providers.
From a the client I&O group perspective, the relationship between the outsourcer and internal groups becomes much more than an arms-length process, but rather a tightly integrated team in which the main visible differentiator is who pays their salary rather than any strict team, task or function boundary. For the integrator, this is a strong positive, since it makes it difficult for the client to disengage, and gives the teams early knowledge of changes and new project opportunities. From the client side there are drawbacks and benefits – disengagement is difficult, but knowledge transfer is tightly integrated and efficient.
Over the past few years, IBM has certainly copped its fair share of criticism in the Asian media, particularly in Australia. Whether this criticism is deserved or not is beside the point. Perception is reality — and it’s led some companies and governments to exclude IBM from project bids and longer-term sourcing deals. On top of this, the firm’s recent earnings in Asia Pacific have disappointed.
But I’ve had the chance to spend some quality time with IBM at analyst events across Asia Pacific over the past 12 months, and it’s clear that the company does some things well — in fact, IBM is sometimes years ahead of the pack. For this reason, I advise clients that it would be detrimental to exclude IBM from a deal that may play to one of these strengths.
IBM’s value lies in the innovation and global best practices it can bring to deals; the capabilities coming out of IBM Labs and the resulting products, services, and capabilities continue to lead the industry. IBM is one of the few IT vendors whose R&D has struck the right balance between shorter-term business returns and longer-term big bets.
Every client (especially every government client) who says I’ll never use cloud services with highly secure data needs to hear this story. In no more sensitive a place than law enforcement is just such a value proposition playing out.
Police departments in 18 states in the US, and soon Canada, are dramatically increasing the efficiency of commercial use of highways through a disruptive SaaS solution that costs a fraction of the incumbent service and mixes well with their permitting and inspection databases.
If you drive toll roads or bridges you know the value of Drivewyze. In rush hour, you can wait 10-25 minutes to pay your toll with cash or you can sign up for an electronic toll system that lets you breeze past. Drivewyze does the same for commercial trucks and fleets but not at toll booths but weigh stations, that take much longer to get through. And in the trucking business every minute lost at a weigh station can cost thousands of dollars in lost delivery time. For law enforcement the value is even higher as any time lost inspecting a safe truck is time not spent stopping an unsafe one.
The system works by helping known-good drivers and trucks register with the weigh station wirelessly as they approach it on the highway, get an all-clear, then drive right by. Trucks send their credentials to the weigh stations using any mobile device they happen to have – iPhone, Android, Blackberry. Anything with a cellular connection will do the trick. At the weigh station, they receive the information about the driver over whatever equipment they have – aging PCs and laptops are most common. The system checks each driver and truck against long-standing databases of safety records, expired licenses, past weigh station checks and other information that would indicate an unsafe driving circumstance.
The app economy is blurring the lines and opening up new opportunities, with a lot of new entrants in the mobile space, be it with mobile CRM and analytics, store analytics, dedicated gaming analytics, etc. A bunch of players have raised more than $250+ million among the likes of Flurry, Urban Airship, Crittercism, Kontagent, Trademob, Apsalar, App Annie, and Localytics, to name a few. Expect a lot of innovation and acquisitions in that space once mobile is more naturally integrated into digital marketing strategies.
On average, mobile now represents more than 20% of overall traffic to websites. For some companies, including many in media, more than half of all visits come via mobile devices. In some countries, such as India, mobile has surpassed PC traffic. Marketers are integrating mobile as part of their marketing mix, but too many have not defined the metrics they’ll use to measure the success of their mobile initiatives. Many lack the tools they need to deeply analyze traffic and behaviors to optimize their performance.
Thirty-seven percent of marketers we surveyed do not have defined mobile objectives. For those who do, goals are not necessarily clearly defined, prioritized, and quantified. Half of marketers surveyed have neither defined key performance indicators nor implemented a mobile analytics solution! Most marketers consider mobile as a loyalty channel: a way to improve customer engagement and increase satisfaction. Marketers must define precisely what they expect their customers to do on their mobile websites or mobile apps, and what actions they would like customers to take, before tracking progress.
For the past ten years, the major IT initiative within Chinese organizations has been service oriented and/or process driven architecture. The pace of change has been slow for two reasons: 1) From an end user perspective, related business requirements are not clear or of high priority; 2) more importantly, solutions providers have not been ready to embrace technology innovation and meet emerging technology requirements through new business models.
Times are changing. IBM and other major ISV/SI in China (as well as end users) are driving momentum around emerging technology, such as cloud and enterprise mobility. I recently attended the IBM Technical Summit 2013 in Beijing from July 11 to 12. Here’s what I learned:
Telecom carriers supported by technology vendors will accelerate cloud adoption by SME. Contributing to more than 60% of total GDP in China, small and medium enterprises (SMEs) have always sought to simplify their IT operation as much as possible, and at the same time scale it up when business expands as quickly as possible. IaaS solutions appear to be a perfect match for SMEs; however IT professionals have concerns about the security and data privacy over the operations by other companies.
Q: Is this a private cloud? AWS said it doesn't believe in private clouds.
A: Yes, despite AWS' protests to the contrary, this is a private cloud. According to the documents that have thus far been made public from this proposal, the CIA is looking for a cloud service (an Infrastructure as a Service) offered on a dedicated set of resources isolated to a specific customer and deployed on CIA-owned resources from within a government owned and operated facility.
Q: Would this be AWS' first private cloud?
A: Yes and no. Yes, it would be the first implementation of the AWS services atop a customer-owned infrastructure and facility asset base. But no, it would not be the first time AWS has delivered an isolated environment offering its services. AWS's GovCloud is also a private cloud for the greater US Government. FedCloud is operated from an AWS-owned facility on AWS owned assets.
Q: Is this a community cloud? What's the difference between that and a private cloud?
Yesterday Intel had a major press and analyst event in San Francisco to talk about their vision for the future of the data center, anchored on what has become in many eyes the virtuous cycle of future infrastructure demand – mobile devices and “the Internet of things” driving cloud resource consumption, which in turn spews out big data which spawns storage and the requirement for yet more computing to analyze it. As usual with these kinds of events from Intel, it was long on serious vision, and strong on strategic positioning but a bit parsimonious on actual future product information with a couple of interesting exceptions.
Content and Core Topics:
No major surprises on the underlying demand-side drivers. The the proliferation of mobile device, the impending Internet of Things and the mountains of big data that they generate will combine to continue to increase demand for cloud-resident infrastructure, particularly servers and storage, both of which present Intel with an opportunity to sell semiconductors. Needless to say, Intel laced their presentations with frequent reminders about who was the king of semiconductor manufacturingJ