When a movement in this sector gets a name, then it gets momentum. The classic is Web 2.0; until Tim O’Reilly invented it, no one knew what the the trends they had been following for years was called. Similarly Big Data: now we can see it in the room we know what it is for and can approach it purposefully. And we know it is an elephant in this room, for no better reason than the fact that Doug Cutting called his management and sorting system for large, various, distributed, structured and unstructured data Hadoop – after his small boy’s stuffed elephant. And this open source environment, now commercialized by Yahoo, who developed it over the previous five years on top of Google’s open source MapReduce environment, is officially named HortonWorks, in tribute to the elephant from Dr Seuss who Hadoop really was. With me so far? Ten years of development since the early years of Google, resulting in lots of ways to agglomerate, cross search and analyse very large collections of data of various types. Two elephants in the room (only really one), and it is Big Search that is leading the charge on Big Data.

So what is Big Data? Apparently, data at such a scale that its very size is the first problem encountered in handling it. And why has it become an issue? Mostly because we want to distill real intelligence from searching vast tracks of stuff, despite its configuration, but we do not necessarily want to go to the massive expense of putting it all together in one place with common structures and metadata – or ownership prevents us from doing this even if we could afford it. We have spent a decade in refining and acquiring intelligent data mining tools (the purchase of ClearForest by Reuters, as it was then, first alerted me to the implications of this trend 5 years ago). Now we have to mine and extract, using our tools and inference rules and advanced taxonomic structures to find meaning where it could not be seen before. So in one sense Big Data is like reprocessing spoil heaps from primary mining operations: we had an original purpose in assembling discreet collections of data and using them for specific purposes. Now we are going to reprocess everything together to discover fresh relationships between data elements.

What is very new about that? Nothing really. Even in this blog we discussed (https://www.davidworlock.com/2010/11/here-be-giants/) the Lexis insurance solution for risk management. We did it in workflow terms, but clearly what this is about is cross-searching and analysing data connections, where the US government files, insurer’s own client records, Experian’s data sets, and whatever Lexis has in Choicepoint and its own huge media archive, are elements in conjecturing new intelligence from well-used data content. And it should be no surprise to see Lexis launching its own open source competitor to all those elephants, blandly named Lexis HPCC.

And they are right so to do. For the pace is quickening and all around us people who can count to five are beginning to realize what the dramatic effects of adding three data sources together might be. July began with WPP launching a new company called Xaxis (http://www.xaxis.com/uk/). This operation will pool social networking  content, mobile phone and interactive TV data with purchasing and financial services content with geolocational and demographic content. Most of this is readily available without breaking even European data regulations (though it will force a number of players to re-inforce their opt-in provisos). Coverage will be widespread in Europe, North America and Australasia. The initial target is 500 million individuals, including the entire population of the UK. The objective is better ad targetting; “Xaxis streamlines and improves advertisers ability to directly target specific audiences, at scale and at lower cost than any other audience -buying solution” says its CEO. By the end of this month 13 British MPs had signed a motion opposing the venture on privacy grounds (maybe they thought of it as the poor man’s phone hacking!).

And by the end of the month Google had announced a new collaboration with SAP (http://www.sap.com/about-sap/newsroom/press-releases/press.epx?pressid=17358) to accomplish “the intuitive overlay of Enterprize data onto maps to Fuel Better Business Decisions”. SAP is enhancing its analytics packages to deal with content needed to populate locational display: the imagined scenarios here are hardly revolutionary but the impact is immense. SAP envisage telco players analysing dropped calls to locate a faulty tower, or doing risk management for mortgagers, or overlaying census data. DMGT’s revolutionary environmental risk search engine Landmark was doing this to historical land use data 15 years ago. What has changed is speed to solution, scale of operation, and availability of data filing engines, data discovery schema, and advanced analytics leading to quicker and cheaper solutions.

In one sense these moves link to this blogs perennial concern for workflow and the way content is used within it and within corporate and commercial life. In another it pushes forward the debate on Linked Data and the world of semantic analysis that we are now approaching. But my conclusion in the meanwhile is that while Big Data is a typically faddish information market concern, it should be very clearly within the ambit of each of us who looks to understand the way in which information services and their user relevance is beginning to unfold. As we go along, we shall rediscover that data has many forms, and mostly we are only dealing at present with “people and places” information. Evidential data, as in science research, poses other challenges. Workflow concentrations, as Thomson Reuters are currently building into their GRC environments, raise still more issues about relationships. At the moment we should say welcome to Big Data as a concept that needed to surface, while not losing sight of its antecedents and the lessons they teach.


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1 Comment so far

  1. Phil Cotter on August 5, 2011 10:06

    Earlier this week there was an article in The Times that exposed how poorly equipped the NHS was in being able to respond to advances in medical science that will allow personalised treatments to be delivered to patients based on their individual DNA.

    I can not conceive of a more important Big Data initiative than this. The ability to collect, store, analyse and retrieve the details of an individuals genome and to use this for both preventative and palliative care represents the single biggest hurdle to exploiting the knowledge that genetics is providing.

    But think of the challenge, not only do you need to collect and store every persons genome. It needs to be analysed to determine what actions need to be taken to effectively manage the individuals health. Familial connections need to be mapped across several generations and potentially divergent branches of the family to identify potentially generation hopping diseases.

    The relative effectiveness of treatments for illnesses in people with similar DNA structures need to be monitored so that treatments can be refined over time.

    All this information needs to be stored and distributed securely and delivered at the point of consultation in a format that the physician and the patient can understand and use effectively.

    The challenges go on, how do you enable the patient to identify themselves when attending the doctor. Do they have a chip card with their DNA encoded on it, would a simple cheek swab allow the DNA to be analysed in real time and return the patients details. Do you proactively monitor the patients familial connections so that you can alert the individual when a situation arises that requires review with their doctor.

    It was once thought that the challenge for genetics would be decoding of the genome and understanding the information it contained. It’s now clear that the real challenge is harnessing this information to the benefit of mankind and that in my view will require the largest Big Data project that has ever been undertaken. Given the NHs ‘s track record of implementing technology projects, we can only pray it doesn’t fall to them to bring about this brave new world.