DataPortability

Chris Saad, cofounder and chair of the nonprofit ­DataPortability Project, notes that many current methods of transferring data expose users to huge security risks. For example, it's a common practice for social sites to ask users to submit the usernames and passwords for their Web-based e-mail accounts when they first sign up; an automated service can then search the network for people listed in their address books. "The door is open right now for any application that scrapes your Gmail address book to go ahead and scrape your shopping cart as well, or scrape your searches, or keep your username and password and pretend to be you," says Saad. "It's a nightmare of security, and it's something we need to solve sooner rather than later."

Data Availability supports the OpenSocial REST specification for the Person resource for retrieving the user’s data and the friends of the user.

Would a service like Matchmine fall prey to Strands’ do-it-yourself approach to providing specific ways in which individuals can use their own data portability information? Not likely. Data portability, even with the help of Strands, will still take some time to permeate online social media. And services like Matchmine will continue to evolve, and will likely find peripheral ways in which to further monetize the underlying social behavior that goes into the very use cases towards which data portability will be applied.

The scuffle today between Facebook and Google has very little to do with user privacy and everything to do with user control. A huge battle is underway between Google, MySpace and Facebook around control of user profiles and, therefore, users themselves. And their three new products, Data Availability, Facebook Connect, and Friend Connect, are all designed to further that goal.

Ultimately I hope that I can keep my identity, friend list, photographs, videos and everything else that constitutes the (de)Centralized Me at any service provider that I trust (meaning I trust them to protect that data, but never go against my wishes and try to keep it to themselves if that isn’t what I want), and just tell sites like Facebook and everyone else where to grab it.

This paper sets out to describe a version of infrastructure or foundation for VRM (Vendor Relationship Management) based on an alternative view on sharing information online between individuals and of online identity. It sets out to explain the strategy and tactics for design, development and adoption of tools - the Mine! and FeedMe (see glossary) - and creation of an infrastructure for other solutions - VRM (relationships with individuals and vendors, transactions), self-defined identity, authentication, data portability and hopefully many more. The aim is to equip individuals with tools to take charge of their data (content, relationships, transactions, knowledge), arrange (analyse, manipulate, combine, mash-up) them according to their needs and preferences and share them on their own terms whilst connected and networked on the web.

The bigger downside of Friend Connect is that Websites using it cannot mash up the data with their own to make compelling new applications. Glazer confirmed that the data will be sent to third party sites via an iframe rather than directly through a set of APIs (as Michael speculated on Friday). However, Glazer also says that he wouldn’t be surprised if eventually Google or somebody else makes it possible for Websites to combine the Friend Connect data with their own.

MySpace is essentially making key user data, including (1) Publicly available basic profile information, (2) MySpace photos, (3) MySpaceTV videos, and (4) friend networks, available to partners via their (previousy internal) RESTful API, along with user authentication via OAuth.

Existing participatory systems are designed to separately invite online user contributions in one capacity, and to aggregate collective value in another, but few environments attempt to holistically address the production of useful outcomes by moving participation towards meaningful and intelligent results. This determined focus on how best to design participatory environments to solve problems is particularly relevant given the world’s abundance of complex and urgent problems to be addressed. Methods for solving them collectively online have only begun to be explored.

The Google Contacts Data API allows client applications to view and update Contacts content in the form of Google Data API feeds. Your client application can request a list of a user's contacts, edit or delete content in an existing contact, and query the content in an existing contact. Here are some of the things you can do with the Contacts Data API: Synchronize Google contacts with contacts on a mobile device Maintain relationships between people in social applications Give users the ability to communicate directly with their friends from external applications using phone, email, and IM

if you're familiar with XFN think of findmeon like this: findmeon can let your 'xfn rel="me"' items be anchored to a digital signature. you can then either publish the public key, so that everyone knows for sure that those xfn relations are legit and not spoofed-- or you can not publish the key and have multiple circles/networks of 'xfn rel="me"' documents which are only brought together when someone is provided with a shared public key.

At Mahalo we just rolled out rolled out Microformats for relevant search result pages. So what does this mean, and what are Microformats? Well, they are data classes that help machines and people identify and export information. Data such as contacts and address information is much easier to manage, search engines can also better catalog the info. Yes a little bit of the semantic web of tomorrow….today!

A lot of you emailed me asking where to find more videos, so I'm delivering the goods. I've expanded the previous list from a paltry 17 to a remarkable 302, and I've included podcasts this time! There were so many videos I had to break them up into different categories for easier skimming. There are no duplicates, however I did place some videos into more than one category when I felt it was appropriate. This list is monstrous, enjoy.

Early adopters of the Web rolled up their sleeves to demonstrate what was possible on their own sites (even before animated gifs came along), so perhaps advocates of things like the Web of Data, opening the social graph and DataPortability should begin at home too…

As an example, the Dataportability movement has framed the problem in terms of Data and Portability. This brings to mind exporting and importing “my” data from vendor to vendor. That’s a start toward liberating users from vendor silos. However, I think the real win is in user-centric services, where the location of the “data” is essentially irrelevant–even as it is hosted under the control of the user–and all user-authorized vendors can access the data through approved services.

Gartner analysts at the Gartner Symposium/ITxpo in Las Vegas discussed what they believe will be the most disruptive technologies through 2012. Disruptive technologies are those that force changes in industry models, business processes, vendor types, products and services, as well as the all-important user model. Take a look at this list and tell us whether you think something has been omitted—or just plain doesn't belong. This list is ranked in order from least disruptive to most disruptive.

XRDS-Simple provides a format and workflow for the discovery of resources metadata, and other linked resources. As web services continue to grow, applications utilize a wider range of web services and resources across multiple providers. XRDS-Simple allows providers to document their resources in a machine-readable way, which can be automatically discovered by consumer applications.

As you might know I attended the London DataPortability Lunch last week and met cool people like Chris Saad, Julian Bond, John Breslin, Tom Morris and others. Among other things we have been discussing the maybe first use case to tackle for Data Portability which is Discovery. As you also might know there was some discussion about how to approach the DataPortability problem space and one of the ideas which came out of that was my idea of dividing it into fields and levels. Now this general discovery use case nevertheless makes much sense because it seems to be a general starting point for every field we might address. So how does it work?

I always say that you have to manage you online indentity and that you have to put effort in gaining online authority. This because the online world is getting more and more integrated with the real world and as a person you have to have an online authority to become popular in networks. But there are so many social networks and it takes so much time. Well possible dataportability may help to manage all your profiles online! Just watch the video.