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Glyn Moody

About Me

Glyn Moody is a Freelance Journalist, Author, and Speaker. His book, "Rebel Code," is the first and only detailed history of the rise of open source, while his subsequent work, "The Digital Code of Life," explores bioinformatics - the intersection of computing with genomics. He is a contributor to Ars Technica UK, Techdirt, The Guardian, The Daily Telegraph, The Financial Times, The Economist, Wired, New Scientist, and numerous computing titles. He has written over 1500 articles for Techdirt, and over 400 for Ars Technica UK, and 427 columns in the Computer Weekly.

 

Here’s how Internet of Things malware is undermining privacy

The Internet of Things (IoT) is increasingly part of our everyday lives, with so-called “smart” devices. But for all their undoubted technical merits, they also represent a growing threat to privacy. There are several aspects to the problem. One is that devices may be monitoring what people say and do directly. Another is the leakage of sensitive information from the data streams of IoT devices. Finally, there is the problem summed up by what is called by some “Hyppönen’s law“: “Whenever an appliance is described as being ‘smart’, it’s vulnerable”.

Open Science Means Open Source-Or, at Least, It Should

The open science revolution can be said to have begun with open access—the idea that academic papers should be freely available as digital documents. It takes the original idea to the next level, by making that information freely accessible to all. The internet can potentially give everyone with an online connection cost-free access to every article posted online. The same can be said of another important aspect of open science: open data. Before the internet, handling data was a tedious and time-consuming process. But once digitized, even the most capacious databases can be transmitted, combined, compared and analyzed very rapidly. 

By Jupyter-Is This the Future of Open Science?

People working in science potentially can benefit from every piece of free software code—the operating systems and apps, and the tools and libraries—so the better those become, the more useful they are for scientists. But there's one open-source project in particular that already has had a significant impact on how scientists work—Project Jupyter. Project Jupyter is a set of open-source software projects that form the building blocks for interactive and exploratory computing that is reproducible and multi-language.

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