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On Tuesday, the European court of justice, Europe’s supreme court, lobbed a grenade into the cosy, quasi-monopolistic world of the giant American internet companies. It did so by declaring invalid a decision made by the European commission in 2000 that US companies complying with its “safe harbour privacy principles” would be allowed to transfer personal data from the EU to the US. This judgment may not strike you as a big deal. You may also think that it has nothing to do with you. Wrong on both counts, but to see why, some background might be useful. The key thing to understand is that European and American views about the protection of personal data are radically different. We Europeans are very hot on it, whereas our American friends are – how shall I put it? – more relaxed.

Given that personal data constitutes the fuel on which internet companies such as Google and Facebook run, this meant that their exponential growth in the US market was greatly facilitated by that country’s tolerant data-protection laws. Once these companies embarked on global expansion, however, things got stickier. It was clear that the exploitation of personal data that is the core business of these outfits would be more difficult in Europe, especially given that their cloud-computing architectures involved constantly shuttling their users’ data between server farms in different parts of the world. Since Europe is a big market and millions of its citizens wished to use Facebook et al, the European commission obligingly came up with the “safe harbour” idea, which allowed companies complying with its seven principles to process the personal data of European citizens. The circle having been thus neatly squared, Facebook and friends continued merrily on their progress towards world domination. But then in the summer of 2013, Edward Snowden broke cover and revealed what really goes on in the mysterious world of cloud computing. At which point, an Austrian Facebook user, one Maximilian Schrems, realising that some or all of the data he had entrusted to Facebook was being transferred from its Irish subsidiary to servers in the United States, lodged a complaint with the Irish data protection commissioner. Schrems argued that, in the light of the Snowden revelations, the law and practice of the United States did not offer sufficient protection against surveillance of the data transferred to that country by the government.

The Irish data commissioner rejected the complaint on the grounds that the European commission’s safe harbour decision meant that the US ensured an adequate level of protection of Schrems’s personal data. Schrems disagreed, the case went to the Irish high court and thence to the European court of justice. On Tuesday, the court decided that the safe harbour agreement was invalid. At which point the balloon went up. “This is,” writes Professor Lorna Woods, an expert on these matters, “a judgment with very far-reaching implications, not just for governments but for companies the business model of which is based on data flows. It reiterates the significance of data protection as a human right and underlines that protection must be at a high level.”

Now, as the Internet revolution unfolds, we are seeing not merely an extension of mind but a unity of mind and machine, two networks coming together as one. Our smaller brains are in a quest to bypass nature's intent and grow larger by proxy. It is not a stretch of the imagination to believe we will one day have all of the world's information embedded in our minds via the Internet.

BCI stands for brain-computer interface, and Jan is one of only a few people on earth using this technology, through two implanted chips attached directly to the neurons in her brain. The first human brain implant was conceived of by John Donoghue, a neuroscientist at Brown University, and implanted in a paralyzed man in 2004. These dime-sized computer chips use a technology called BrainGate that directly connects the mind to computers and the Internet. Having served as chairman of the BrainGate company, I have personally witnessed just how profound this innovation is. BrainGate is an invention that allows people to control electrical devices with nothing but their thoughts. The BrainGate chip is implanted in the brain and attached to connectors outside of the skull, which are hooked up to computers that, in Jan Scheuermann's case, are linked to a robotic arm. As a result, Scheuermann can feed herself chocolate by controlling the robotic arm with nothing but her thoughts.

Mind meld But imagine the ways in which the world will change when any of us, disabled or not, can connect our minds to computers.

As it had previously threatened, the OpenSolaris Governance Board (OGB) has now resigned. The dissolution motion was proposed and passed unopposed in a fourteen minute long meeting of the OGB. The motion cited the fact that Oracle had ignored requests to see a liaison appointed to work with the OGB and had distributed an internal email terminating the OpenSolaris project. Another part of the dissolution motion stated, "The desire and enthusiasm for continuing open development of the OpenSolaris code base has clearly passed out of Oracle's (and thus this community's) hands into other communities" before resolving that the members of the OGB collectively resigned.

It's developed a core technology platform, known as Watson, which is a cloud-based system of services that not only identifies words but interprets meaning and context to deliver more accurate results. The system itself is built on servers that model and compare speech to recorded voices. Watson is an evolving platform that with more data is able to adapt and learn so that it continues to improve accuracy and also cross reference data to use speech as input for getting to all kinds of communication and data. "We are really on the cusp of a technology revolution in speech and language technology," said Mazin Gilbert, executive director of speech and language technology at AT&T Labs. "It's no longer about simply trying to get the words right. It's about adding intelligence to interpret what is being said and then using that to apply to other modes of communication, such as text or video."

The system is designed to get more accurate over time as it learns the speech patterns of large numbers of users.

Abstract Since 1999 the W3C has been working on a set of Semantic Web standards that have the potential to revolutionize web search. Also known as Linked Data, the Machine-Readable Web, the Web of Data, or Web 3.0, the Semantic Web relies on highly structured metadata that allow computers to understand the relationships between objects. Semantic web standards are complex, and difficult to conceptualize, but they offer solutions to many of the issues that plague libraries, including precise web search, authority control, classification, data portability, and disambiguation. This article will outline some of the benefits that linked data could have for libraries, will discuss some of the non-technical obstacles that we face in moving forward, and will finally offer suggestions for practical ways in which libraries can participate in the development of the semantic web.