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Sep 22
2011

CIO Insight: Business Intelligence & Analytics are Top IT Apps in 2012

Posted by: We Are Cloud

We Are Cloud

CIO Insight recently published a slideshow about application adoption trends over the next year. According to a recent survey from SnapLogic, of which over 110 CIOs and other top execs took part, CIOs and other senior tech executives continue to pursue BI, analytics, productivity/collaboration, financial, sales and social media tools, as they strive to integrate IT with their organization’s strategic objectives.

This is yet further proof that the BI/analytics space is hot right now, and more and more companies are realizing that business performance can be largely improved by leveraging these tools.

“BI, for certain, remains hot. But so are other apps, such as those that are Saas/cloud-driven.”

Sep 20
2011

Aberdeen Research: A Snapshot of the State of SaaS BI for BI Deployment

Posted by: We Are Cloud

We Are Cloud

Aberdeen Research are one of the research firms that have been following the SaaS Business Intelligence trend for a while now. They recently published a paper called “SaaS Business Intelligence: Driving Agility through Self-Service“. The paper ultimately recognizes the fact that the increased adoption of SaaS in the business intelligence field validates that it is increasingly becoming a viable option for BI deployment in all types of organizations.

Instead of giving you a long-winded written summary of the report, we’ve decided to pick out some of the more interesting numbers!

fastfacts1 Aberdeen Research: A Snapshot of the State of SaaS BI for BI Deployment

Sep 02
2011

#DF11 – Dreamforce ’11: Day Two…Reborn Social!

Posted by: We Are Cloud

Tagged in: Technology , social , Salesforce , internet , event , Dreamforce , CRM , conference , Cloud Computing , cloud , business

We Are Cloud

While I was writing this post, I had the B52s (screaming) in the background. The DJ was playing one of their songs, they weren’t actually here in real life… although this wouldn’t have been unrealistic, seeing as during the opening Keynote of M.Benioff there were, amongst others, Neil Young and MC Hammer, who actually testified as being Salesforce users (Salesforce helped them during their tours, for example).

When Prince uses Bime to analyze the opportunity cost in banning the publishing of videos on Youtube… that will be the day icon smile #DF11   Dreamforce 11: Day Two...Reborn Social!

Aug 26
2011

SaaS Companies: Run By The People Who Get the Web

Posted by: We Are Cloud

Tagged in: Technology , SaaS , internet , Cloud Computing , cloud , business

We Are Cloud

2 days ago I stumbled across a great article by Derek Singletonat syscon.com.

The article, entitled “Cloud Computing: It’s Not About the Web Browser“, discusses the new class of SaaS
(or cloud) application vendors and why they are racing ahead at great speed while the rest of the enterprise apps market ambles along with limited growth.

The author covers many of the common benefits of a SaaS solution, including multi-tenant architecture and the ability to be able to scale easily, the positive changes in which software is now evaluated and purchased (e.g. transparent pricing, free trials, flexible licensing etc.) and better UIs and UXs (user interfaces and user experiences).

Aug 25
2011

Do you have a typical SaaS adopter profile? Forrester BI Users Survey

Posted by: We Are Cloud

We Are Cloud

Business Intelligence (BI) is one of the most rapidly evolving and changing industries. Here at Bime HQ we are observing a paradigm shift as users discard more traditional forms of BI for new players, more agile and more cost effective solutions such as Bime. We are seeing changing user habits whereby many users are turning to SaaS solutions for the lightweight infrastructure, flexibility and scalability. More generally, BI has now become a viable economic option for many more SMBs where it may not have been before, allowing small companies to unlock their large amounts of data!

Forrester Research are some of the best in the business for keeping check of this rapidly changing industry and providing market leading BI analysis and insight. They recently conducted a survey of BI vendors (in which we participated) and now they conducting asurvey of BI users in which you can express your expectations and your plans for implementing BI.

Forrester state the objective of the survey is “to help our clients understand business intelligence software vendor pricing and licensing differences, as well as attempt to see if there are some clear patterns in the total cost of ownership between different vendor products.”

Jul 13
2010

An Internet 100 times as fast

Posted by: Derrick Lee

Derrick Lee

A new network design that avoids the need to convert optical signals into electrical ones could boost capacity while reducing power consumption.

The heart of the Internet is a network of high-capacity optical fibers that spans continents. But while optical signals transmit information much more efficiently than electrical signals, they’re harder to control. The routers that direct traffic on the Internet typically convert optical signals to electrical ones for processing, then convert them back for transmission, a process that consumes time and energy. 


In recent years, however, a group of MIT researchers led by Vincent Chan, the Joan and Irwin Jacobs Professor of Electrical Engineering and Computer Science, has demonstrated a new way of organizing optical networks that, in most cases, would eliminate this inefficient conversion process. As a result, it could make the Internet 100 or even 1,000 times faster while actually reducing the amount of energy it consumes.

One of the reasons that optical data transmission is so efficient is that different wavelengths of light loaded with different information can travel over the same fiber. But problems arise when optical signals coming from different directions reach a router at the same time. Converting them to electrical signals allows the router to store them in memory until it can get to them. The wait may be a matter of milliseconds, but there’s no cost-effective way to hold an optical signal still for even that short a time.

Chan’s approach, called “flow switching,” solves this problem in a different way. Between locations that exchange large volumes of data — say, Los Angeles and New York City — flow switching would establish a dedicated path across the network. For certain wavelengths of light, routers along that path would accept signals coming in from only one direction and send them off in only one direction. Since there’s no possibility of signals arriving from multiple directions, there’s never a need to store them in memory.

Reaction time

To some extent, something like this already happens in today’s Internet. A large Web company like Facebook or Google, for instance, might maintain huge banks of Web servers at a few different locations in the United States. The servers might exchange so much data that the company will simply lease a particular wavelength of light from one of the telecommunications companies that maintains the country’s fiber-optic networks. Across a designated pathway, no other Internet traffic can use that wavelength.

In this case, however, the allotment of bandwidth between the two endpoints is fixed. If for some reason the company’s servers aren’t exchanging much data, the bandwidth of the dedicated wavelength is being wasted. If the servers are exchanging a lot of data, they might exceed the capacity of the link.

In a flow-switching network, the allotment of bandwidth would change constantly. As traffic between New York and Los Angeles increased, new, dedicated wavelengths would be recruited to handle it; as the traffic tailed off, the wavelengths would be relinquished. Chan and his colleagues have developed network management protocols that can perform these reallocations in a matter of seconds.

In a series of papers published over a span of 20 years — the latest of which will be presented at the OptoElectronics and Communications Conference in Japan next month — they’ve also performed mathematical analyses of flow-switched networks’ capacity and reported the results of extensive computer simulations. They’ve even tried out their ideas on a small experimental optical network that runs along the Eastern Seaboard. 

Their conclusion is that flow switching can easily increase the data rates of optical networks 100-fold and possibly 1,000-fold, with further improvements of the network management scheme. Their recent work has focused on the power savings that flow switching offers: In most applications of information technology, power can be traded for speed and vice versa, but the researchers are trying to quantify that relationship. Among other things, they’ve shown that even with a 100-fold increase in data rates, flow switching could still reduce the Internet’s power consumption.

Growing appetite

Ori Gerstel, a principal engineer at Cisco Systems, the largest manufacturer of network routing equipment, says that several other techniques for increasing the data rate of optical networks, with names like burst switching and optical packet switching, have been proposed, but that flow switching is “much more practical.” The chief obstacle to its adoption, he says, isn’t technical but economic. Implementing Chan’s scheme would mean replacing existing Internet routers with new ones that don’t have to convert optical signals to electrical signals. But, Gerstel says, it’s not clear that there’s currently enough demand for a faster Internet to warrant that expense. “Flow switching works fairly well for fairly large demand — if you have users who need a lot of bandwidth and want low delay through the network,” Gerstel says. “But most customers are not in that niche today.”

But Chan points to the explosion of the popularity of both Internet video and high-definition television in recent years. If those two trends converge — if people begin hungering for high-definition video feeds directly to their computers — flow switching may make financial sense. Chan points at the 30-inch computer monitor atop his desk in MIT’s Research Lab of Electronics. “High resolution at 120 frames per second,” he says: “That’s a lot of data.”






















May 20
2010

Less Software Awarded Best Supply Chain Solution by SIIA's CODiE Awards

Posted by: Floyd Tucker

Tagged in: Supply Chain , SIIA , SaaS , Mike Flanagan , Less Software , internet , end-to-end , Codie , cloud

Floyd Tucker

Los Angeles, CA, May 20, 2010 --(PR.com)-- The Software & Information Industry Association (SIIA) Selects Supply Chain Management On–Demand from Less Software as Best Supply Chain Solution

Less Software’s On-Demand, Software as a Service application helps customers Acquire, Manage, and Sell their products more efficiently.

Less Software Inc. (www.lesssoftware.com) today announced that their Supply Chain On-Demand Application was selected by the SIIA as best Supply Chain Solution for 2010.

"The CODiE Awards represent excellence in the software and digital information industries. By providing recognition of the best new technology products and services, SIIA proudly advances the important role participating companies play in the digital economy," noted SIIA President Ken Wasch. "CODiE Award winners are a testament to the power of technology to deliver innovative solutions to businesses and consumers. SIIA warmly congratulates all of the winners and nominees of the CODiE Awards, whose innovation is essential for continuing America's leadership in the global knowledge economy," Wasch continued.

For more information about the CODiE Awards, visit www.siia.net/codies.
“Less Software is very proud to be part of the best of the best that represents the achievement of a CODiE award for our products” said Mike Flanagan, CEO of Less Software, adding, “this is a fabulous validation of our innovative approach for building easy to use but yet sophisticated enterprise applications.”

The Software & Information Industry Association (SIIA) is the principal trade association for the software and digital content industries. SIIA provides global services in government relations, business development, corporate education and intellectual property protection to 500 leading software and information companies. For more information, visit www.siia.net
Less Software provides sophisticated supply chain management solutions for businesses delivered in the Software as a Service subscription model, and can be accessed from anywhere via a browser and Internet connection. From supplier management to inventory management to order fulfillment, Less Software’s supply chain management applications save customers time and money while delivering a completely streamlined end-to-end solution.

For more information about Less Software’s supply chain management applications, please contact Mike Flanagan at 866.603.1454 or via email at mike.flanagan@lesssoftware.com. Visit Less Software online at www.lesssoftware.com.

For Original Article click here

Apr 21
2010

For Video Delivery, It's Not About a 'Distributed vs. Non-Distributed' Network

Posted by: Derrick Lee

Tagged in: Video , internet , content , CDN , Akami

Derrick Lee

For as long as I can remember, there has been this long standing debate inside the content delivery industry regarding which network architecture is better, one that is distributed or non-distributed. While many have opinions on the subject, to me, it's the content owner that decides which is best and not the vendor. Over the years I've spoken to hundreds of customers about the topic and frankly, I think it's time for the industry to redefine what it means to have a "distributed" network and the real metrics should be used when comparing one network to another.

Fifteen years after some of the first CDNs started delivering video, many of the CDNs still want to use their network architecture as a key selling point. While that's natural of any CDN to do, the problem is the way some go about doing it. Today, customers don't ask how many servers a content delivery network has and I can't remember the last time any content owner asked me how many servers any CDN has. While Akamai (AKAM) has spent the last ten years trying to convince everyone that a distributed network is the only way to properly deliver content, the market has shown us that there are now many different ways to deliver video with the a very good level of QoS.

In prior year's, Akamai's distributed network mantra was accurate. When CDNs first started to crop up in the market, they would start off with a few POPs and call themselves a CDN, even though they had very little coverage or capacity. But today, times have changed. The real questions customers ask are about capacity, coverage locations, quality of service and peering, not the number of servers. Those are the details content owners want to know and, as long as a CDN can deliver a good user experience, it doesn't matter to the customer if the network is distributed or non-distributed. How a CDN sets up their network is up to the CDN and most content owners don't care how they do it, only that the service they buy works with their expected level of quality.

Mar 23
2010

Barriers to high speed internet ubiquity hurts SaaS and Cloud Computing

Posted by: Derrick Lee

Tagged in: SaaS , internet , Cloud Computing , broadband , adoption

Derrick Lee

A recent article in the NY Times by Yochai Benkler, discusses some of the issues we in the US face with regards to cheap, fast and reliable broadband internet.  The issue it seems isn't surrounding the availability of broadband internet, but the costs we take for granted to have it. According to Benkler, the US lags behind other developed nations when it comes to promoting high speed internet ubiquity through competition in the marketplace.  In San Francisco, the majority of small business are stuck with just a small handful of options when it comes to internet connectivity for their business.  This impedes the adoption of SaaS and Cloud Computing and will ultimately put a damper on innovation advancement of technology in the US.  We've been saying for a long time, that one of the biggest barriers to widespread adoption of SaaS and Cloud Computing is inexpensive and reliable internet speeds matching those of on-site servers at a price that Mom and Pop on Main Street can afford...

Read the article below: 

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