Will Big Data Give Each of Us a Pop-Tarts Moment?

June 17, 2013

One of the under-appreciated points about Big Data is that as consumers we also act as producers. In each transaction, we contribute bits of analyzable data to the corporate information stockpile. Data hungry companies then draw non-obvious connections by mining zillions of data points. For example, if you are Walmart, you’ve learned that stores in the path of a hurricane often see a spike in demand for Pop-Tarts.

Walmart’s response after spotting this correlation is to now always make sure affected outlets are well stocked in advance with this easy-to-prepare food item. Data mining has been a powerful business decision tool for big box stores, but what about everyone else: can we as consumers directly benefit from all the data we’ve helped to create?

Online retailers and social media sites have led in this area. They have returned to the consumer some of their insights by providing customer-specific recommendations that are based on a global analysis of behaviors. Special collaborative filtering algorithms hunt through the data to find similarities between your own purchasing patterns and larger groups or clusters. These statistically-based recommendations are at the heart of Amazon’s book and Netflix’s movie suggestions.

But outside of e-commerce, companies have generally been reluctant to share their Big Data.

This lack of transparency was taken up in an article recently in The New York TimesIf My Data Is an Open Book, Why Can’t I Read It? The writer tells about the frustrations in getting detailed data about cell phone and electric usage from each of her respective providers. She was hoping to see the geo-location data her carrier records (and, by the way, does make available to third-party marketers), but was told that the company doesn’t share customers’ own location logs with them without a subpoena. Her energy utility had similar reservations.

One of the stumbling blocks mentioned in the Times article is that old-economy companies feel they play the role of a benevolent data owner that shares just enough data to be a little helpful. It turns out that consumers are also uncomfortable with the idea that their long-time vendors might be analyzing, categorizing, and sharing conclusions from their personal data.

But attitudes are changing for both consumers and corporate data collectors.

For example, many of us have probably engaged in on-line banking through third-party applications, using desktop software to pay bills and analyze spending trends. Recently my stodgy bank began to offer direct online bill paying—yours probably has done the same long before mine– and so I transitioned to their cloud-based software.

I lost some of the convenience of instant analysis that I had when I was accessing my data on mydesktop computer. But then I noticed the bank was adding modest features—alerts that could be configured when my balance reached certain limits. I suspect there’ll be more features and reporting capabilities in the near future in their cloud-based service.

And in the equally conservative credit card space, start-ups have emerged to analyze millions of transactions for fraudulent charges. The key innovation here was to borrow a cue from Amazon’s book reviews: crowdsource vendor evaluation based on feedback from the service’s subscribers. I count myself as a customer of one of these credit card fraud detection services. It was clear in the terms of service that I was allowing my credit card data to be used in a collective fashion to help spot fraudsters.

The key mindset change for companies is that they have to recognize that consumers own their data, and consumers must realize that they are granting access to their data with (hopefully) suitable guarantees of privacy.

Once these data ownership understandings are formalized and accepted by both parties, it won’t be long before consumers have their own Pop-Tarts realizations as they reap benefits from Big Data.


Big data: a retailer’s guide to likes, tweets, reviews, customer data, and basically everything else (infographic)

November 20, 2012

When it comes to retailers, big data is perhaps a little too big.

Half of retailers can’t aggregate all their data in one place to make detailed reports and conclusions. 45 percent don’t use available data to personalize marketing communications, and another 42 can’t link data together at the individual customer level.

That is perhaps understandable, because 90 percent of the data that’s ever been created has been created in the last two years, and it’s growing fast.

Read more at http://venturebeat.com/2012/11/19/big-data-a-retailers-guide-to-likes-tweets-reviews-customer-data-and-basically-everything-else-infographic/#DoJMDx85f3svhhPH.99

Thanks to http://www.venturebeat.com


Using Search Analytics To See Into Gartner’s $232B Big Data Forecast

October 16, 2012

By combining search analytics and the latest Gartner forecast on big data published last week, it’s possible to get a glimpse into this areas’ highest growth industry sectors.  Big data is consistently a leading search term on Gartner.com, which is the basis of the twelve months of data used for the analysis.

In addition, data from Gartner’s latest report, Big Data Drives Rapid Changes in Infrastructure and $232 Billion in IT Spending Through 2016 by Mark A. Beyer, John-David Lovelock, Dan Sommer, and Merv Adrian is also used.  These authors have done a great job of explaining how big data is rapidly emerging as a market force, not just a single market unto itself.  This distinction pervades their analysis and the following table showing Total IT Spending Driven by Big Data reflects the composite market approach.  Use cases from enterprise software spending, storage management, IT services, social media and search forecasts are the basis of the Enterprise Software Spending for Specified Sub-Markets Forecast.  Social Media Analytics are the basis of the Social Media Revenue Worldwide forecast.

Additional Take-Aways

  • Enterprise software spending for specified sub-markets will attain a 16.65% compound annual growth rate (CAGR) in revenue from 2011 to 2016.
  • Attaining a 96.77% CAGR from 2011 through 2016, Social Media Revenue Is one of the primary use case catalysts of this latest forecast.
  • Big Data IT Services Spending will attain a 10.20% CAGR from 2011 to 2016.
  • $29B will be spent on big data throughout 2012 by IT departments.  Of this figure, $5.5B will be for software sales and the balance for IT services.
  • Gartner is projecting a 45% per year average growth rate for social media, social network analysis and content analysis from 2011 to 2016.
  • Gartner projects a 20 times ratio of IT Services to Software in the short term, dropping as this market matures and more expertise is available.
  • By 2020, big data functionality will be part of the baseline of enterprise software, with enterprise vendors enhancing the value of their applications with it.
  • Organizations are already replacing early implementations of big data solutions – and Gartner is projecting this will continue through 2020.
  • By 2016 spending on Application Infrastructure and Middleware becomes one of the most dominant for big data in Enterprise Software-Specified Sub Markets.

  • $232B is projected to be sold in total across all categories in the forecast from 2011 to 2016. From $24.4B in 2011 to $43.7B in 2016, this presents a 12.42% CAGR in total market growth.

Search Analytics and Big Data

Big data is continually one of the top terms search on Gartner.com, and over the last twelve months, this trend has accelerated.  The following time series graph shows the weekly number of inquiries Gartner clients have made, with the red line being the logarithmic trend.

Banking (25%), Services (15%) and Manufacturing (15%) are the three most active industries in making inquiries about big data to Gartner over the last twelve months.  The majority of these are large organizations (63%) located in North America (59%) and Europe (19%).

What unifies all of these industries from a big data standpoint is how critical the stability of their customer relationships are to their business models.  Banks have become famous for bad service and according to the American Customer Satisfaction Index (ACSI) have shown anemic growth in customer satisfaction in the latest period measured, 2010 to 2011.  The potential for using big data to becoming more attuned to customer expectations and deliver more effective customer experiences in this and all services industries shows great upside.

Bottom line: Companies struggling with flat or dropping rankings on the ACSI need to consider big data strategies based on structured and unstructured customer data.  In adopting this strategy the potential exists to drastically improve customer satisfaction, loyalty, and ultimately profits.

Thanks to http://softwarestrategiesblog.com


IBM Report Highlights the Power of Predictive Analytics

October 4, 2012

This morning I read an important guide by IBM, Making Critical Connections: Predictive Analytics in Government, Improve Strategic and tactical decision-making. The guide highlights the benefits of predictive analytics in government and shows how data can provide insight and guide decision making for government agencies. I’d encourage you to take a look at the report, and consider how predictive analytics can help transform your agency.

 

Today, government collects more data than ever before. There are countless examples, whether data is coming from social media, photo sharing, business operations, customer service, HR, health data, research studies, there are dozens of examples of how much data is collected. With all this data now readily available, the challenge becomes how to manage, store and drive action based on data. Predictive analytics has become a potential way to unlock data driven decisions for agencies. In discussions with government employees, here are some of the common challenges related to predictive analytics:

 

Defined Mission

Just like any kind of implementation of technology, it is important to consider what exactly is trying to be solved by using predictive analytics. Any successful program has clear metrics that the organization is aiming to reach. For example, if an agency desires to reduce call center volumes, predictive analytics can be used to identify challenges and issues that customers are facing. If there is a common thread or theme seen through the data, an agency can solve the problem, and the center may receive less calls.

 

Data Management

Predictive analytics is all about data. In order to truly capitalize on predictive analytics, agencies need to identify what data they are collecting, where it is housed, who has access, how data is currently being used, and what kind of data they may need to look at to solve the problem they identified.

 

Who else is Using Predictive Analytics? How can we use predictive analytics?

There are a lot of agencies using predictive analytics, and there are many great ways that agencies have implemented predictive analytics into their agency. Recently, I wrote about the Blue CRUSH program in the City of Memphis, as a great example of using predictive analytics to fight crime in our neighborhoods. GovLoop also hosted a webinar that discusses the Blue CRUSH program, which you can access here.

 

Another great resource comes from Frank Stein, Director of IBM’s Analytics Solution Center, also provided some great examples of using big data in his post Big Weather, Big Data.Further, the IBM guide further identifies some ways agencies have used predictive analytics, stating:

 

  • Law enforcement agencies look for patterns in criminal behavior and suspicious activity. This enables them to deploy personnel more effectively and to identify possible motives and suspects.
  • Auditors of tax returns and Medicare/Medicaid claims compare information across cases to understand normal activity patterns. In this way, they can identify cases that deviate from the norm and, therefore, warrant further investigation.
  • Disease management analysts study events that led to favorable outcomes across time and patient populations, in order to develop optimal treatment protocols.
  • Public health authorities monitor syndromic information from various sources, looking for elevated levels of certain symptoms that signal a widespread disease outbreak. This accelerates the process of uncovering the cause of the outbreak.
  • Network analysts protect the security of computer and communications systems by detecting “cyber threats.” These include unauthorized access and the release of computer worms or viruses.

 

Identifying Value

There are many reasons why agencies decide to use predictive analytics. IBM provides an extensive list of the benefits below. In today’s climate for government employees, predictive analytics can help conquer some of the most pressing challenges for government. For instance, predictive analytics has successful lead to a reduction in costs, identifying new efficiencies, and improved safety, and managing risk. IBM expands on these themes in their report:

 

  • Reduce costs while improving resource allocation. Facing an increasing backlog of collections, an agency develops a collection prioritization plan that leverages its limited resources and aligns operations with new strategic goals. By focusing its collection efforts, the agency achieves a higher success rate, resulting in additional annual revenue.
  • Reduce fraud, waste and abuse. A Medicaid fraud detection office predicts which claims are likely to be fraudulent, so that auditors can concentrate on the right claims and recoup lost revenue more cost effectively.
  • More efficiently protect public safety and security. Analysts at a U.S. metropolitan police department review and analyze crime data, identify trends and patterns, and develop predictive models that are then made available to operational personnel through an intranet. Command staff can evaluate real-time conditions and send police units where they are most likely to be needed.
  • Better manage risk. Government agencies are alerted to anomalies
in the reported number of cases of a particular illness. As a result, medical personnel in the affected area can be notified in a timely fashion.
  • Streamline processes. Millions of pieces of data from microarray experiments, such as genetic factors underlying malignant brain tumors in children, are analyzed to discover the most effective therapies, thereby extending or saving lives.
  • Increase job effectiveness. Recruiters are able to improve their efficiency at filling jobs by focusing on the few candidates among hundreds of leads that are most likely to respond favorably.

 

The complexity of data and the challenges faced by government today require new ways of thinking, new technology and for agencies to continually learn how to provide improved services more efficiently. As pressures continue to grow on agencies to improve service delivery, while budgets and resources decrease, predictive analytics is one way agencies can find new and innovative ways to transform their agency with data drive decisions.


Mastering Big Data

October 3, 2012

Date: Thursday, November 1, 2012
Time: 14:00 – 15:00 GMT

Big data analytics has already turned entire industries on their heads. To date, many big data analytics are associated with “machine generated” data like trade information, location data, etc. However, 80% of organizational data lives on file servers, NAS devices and email systems in the form of spreadsheets, presentations, audio files, video files, blueprints and designs—human generated content.

Learn how big data analytics helps organizations better leverage, manage, and protect their human generated content:

  • Identify areas of high risk
  • Optimize workflows
  • Connect disparate teams and data sets
  • Discover new patterns, flag potential abuse
  • Enhance data access control, ownership, classification, entitlements and authorization processes

Please see link below to the webinar

http://www.varonis.com/partner/uk/promo/1?utm_source=VAR-C24-UK


Big Data – An Infographic Perspective

September 3, 2012

CSC is one of the pioneers in the rapidly growing field of big data.As most of us already know, ”big data” is changing dramatically right before our eyes – from the amount of data being produced to the way in which it’s structured (or not) and used. One million time as much data is lost each day than is consumed. This trend of big data growth presents enormous challenges, but it also presents incredible business opportunities (Monetization of Data). This big data growth infographic helps you visualize some of the latest trends.


Integrate Data into Products, or Get Left Behind

July 9, 2012

Over the last several years, interest in and excitement about analytics/big data/data mining has grown exponentially. Count me among its biggest enthusiasts, as I firmly believe the potential for the “this changes everything” discoveries are real!

I’m just as excited about “informationalization,” a concept that’s been around for a whilebut has been gaining speed in recent years. The basic idea is simple: Make existing products and services more valuable to your customers by building in more data and information.

Read More


BrainPad Accelerates Multiple Web Analytics Systems on Less Hardware : fusion-io

July 6, 2012

BrainPad, Inc. provides Web-based data mining, business analytics, operational research, and mathematical solutions for businesses. Its L2Mixer service provides business intelligence on end-user pay-per-click behavior, allowing companies to optimize product pricing. BrainPad’s Rtoaster service provides end-users product recommendations based on a behavioral analysis of their browsing patterns.

As both customer base and product line expanded, so did the load on both systems’ databases, which threatened to slow performance. BrainPad needed to increase processing speeds of its L2Mixer solution, increase analysis times of its Rtoaster system, and do both with reduced costs and maintenance. Tsuyoshi Inoue, BrainPad’s Chief Engineering Architect, was impressed with the way Fusion ioDrives resolved all three problems.

Tsuyoshi said, “One batch job [on the PostgreSQL system], which used to take over four hours to complete, ran in less than 30 minutes. The ioDrives also doubled the number of threads we could run in parallel. Performance is high enough that we can now meet the most demanding customer SLAs.”

Shifting the L2Mixer databases from hard disks to the ioDrives cut I/O wait time by more than half, resulting in 29 time faster aggregate data calculation and 10 times faster summary data reports. Moving the Rtoaster’s PostgreSQL database from disks to ioDrives sped batch job processing by 30 times.

“Before adding Fusion-io,” Tsuyoshi explained, “we had to run database maintenance tasks once a week or more just to avoid a serious performance degradation. Now, we can eliminate these tasks altogether, which is quite significant. Our new system is more simpler, more flexible, and easier to modify and improve.”

Want to see more astounding results BrainPad achieved with its Fusion Powered system? Read the BrainPad case study.


More Data, More Problems? Enterprise Data Protection in the Era of Big Data

July 2, 2012

The explosion of data available today has been both a blessing and a curse to enterprises in all verticals. The ability to collect, store, mine, and analyze huge quantities of data has changed the way that companies do business, providing a competitive advantage to those companies that can best leverage their big data. According to a report by Mckinsey Global Institute, “a retailer using big data to the full could increase its operating margin by more than 60 percent.” Such an advantage is hard to ignore. Yet the increased storage and use of this data increases the complexity associated with securing that data.

As concerns around data security grow apace with the adoption of big data mentality, some companies struggle to find the balance between collecting enough data to compete and ensuring that their business is not threatened by the likelihood of a compromise. Data protection remains a vitally important element. In fact as more data is collected and stored, data protection should become a more prominent concern for enterprises.

Big data can contain many different categories of sensitive data – customer data, corporate information, and even intellectual property. The vast majority of the data is in semi-structured or unstructured format. Both the quantity and the structure of the data bring with it concerns about security and close on its heels, performance. However, performance doesn’t need to be an issue when considering theencryption of big data. Technological innovations, such as IBM’s AES-NI, can help companies have their data and use it, too.

 

Big Data, it is all about it at the moment

June 18, 2012

The IT industry has a penchant for inventing new buzz words for topics that have been around for years in one form or another and perhaps Big Data is another example.

Yet just this week Capgemini announced the findings of a report (“The Deciding Factor: Big Data & Decision Making”) which showed that, in a study of over 600 C-Level execs, 9 out of 10 leaders believe data is as fundamental to their business as people and capital.

With the amount of data being generated reaching astronomical levels (and accelerating) buzz word or not, Big Data is a problem all business leaders need a strategy for.

Ever wondered just how much information is created? Domo produced an eye-opening infographic which you might be interested in.


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