Good to read, “A Nova Scotia teenager has won the right to remain anonymous in a court battle against a cyberbully, but the Supreme Court of Canada rejected her request for a publication ban on some details of her case.“
“The critical importance of the open court principle and a free press has been tenaciously embedded in the jurisprudence. In this case, however, there are interests that are sufficiently compelling to justify restricting such access: privacy and the protection of children from cyberbullying.
Recognition of the inherent vulnerability of children has consistent and deep roots in Canadian law and results in the protection of young people’s privacy rights based on age, not the sensitivity of the particular child. In an application involving cyberbullying, there is no need for a child to demonstrate that he or she personally conforms to this legal paradigm. The law attributes the heightened vulnerability based on chronology, not temperament.
While evidence of a direct, harmful consequence to an individual applicant is relevant, courts may also conclude that there is objectively discernable harm. It is logical to infer that children can suffer harm through cyberbullying, given the psychological toxicity of the phenomenon. Since children are entitled to protect themselves from bullying, cyber or otherwise, there is inevitable harm to them — and to the administration of justice — if they decline to take steps to protect themselves because of the risk of further harm from public disclosure. Since common sense and the evidence show that young victims of sexualized bullying are particularly vulnerable to the harms of revictimization upon publication, and since the right to protection will disappear for most children without the further protection of anonymity, the girl’s anonymous legal pursuit of the identity of her cyberbully should be allowed.”
Yesterday, City of Edmontonannounced it “will become the first major municipal government in Canada to use Google email and other office technology apps for all City employees“. Google Enterprise stated, “While Edmonton may be the first city in Canada to go Google, it’s in great company with other city governments in North America ─ like Pittsburgh, Orlando and Zapopan, Mexico─ that have already made the move.” It is only natural for people in Calgary, Toronto, and other cities to ask and find out if there are anything we can learn from Edmonton?
In a video interview with Chris Moore, Chief Information Officier of City of Edmonton, Moore said all 6 departments, 31 branches, 10,000+ people, will move to use Google Apps for Government. The press release states, “The change will be phased in over the next few years with Google email and calendar put in place in late 2012, into 2013 and the other apps available for employees to use late next year.“
In fact, Moore told me a few hundred employees are already in pilot projects using Google Apps. (note: While the police services will stay on their separate system, the city’s fire services, parks & recreations, waste management/day-to-day garbage pickup, tax department, etc are part of this move.) In a phone interview with Dr. Jonathan Schaeffer, University of Alberta Vice Provost and Associate Vice President (Information Technology) responsible for moving the university to Google Apps for Education, he said U of A has successfully transition 125,000 people and have 3,000 people to go in a phased migration. The U of A project started in March 2011 and is expected to be completed in early fall 2012.
According to city of Edmonton manager Simon Farbrother, “This move supports our City Vision, The Way Ahead, to use the most innovative technologies available. We will now have a more inclusive work environment where all employees will have access and be able to share and collaborate in real time on the same document whenever they want, in any location, and on any device such as smartphones and laptops.“
By going to a cloud-based solution, Moore explained the city is moving away from the old model of software licenses installed on desktops and laptops, with upgrades every year or every other year, to the concept of iterative changes which people have already experiencing in their use of technologies at home.
According to Moore, 3.2 million dollars is the estimated up front cost for moving to Google Apps (e.g. implementation, training, documentation, etc). The cost savings over five years is about 9.2 million dollars, Read the rest of this entry »
“The Harper government says laws are needed to respond to the rapidly changing online world. Ontario Information and Privacy Commissioner Ann Cavoukian tells Steve Paikin why she is concerned that Bill C-30 goes too far.”
As a journalist, documentarian, … I live my online life pretty openly. At the same time, I am very conscious that we now live in unchartered territories in terms of privacy, and many other online perils. Any powerful enough tools (G+, Facebook, etc) can be used for good and bad (“evil”). It is totally up to us to monitor these tools and to ensure they are used correctly by its property rights owner.
This may sound strange to my economist friends but I believe the traditional economic definition of “property rights” is currently being massaged/redefined.
I saw the above photo from my Google+/blog friend Grant McCracken where he felt assured of quality control and flew the plane back to NYC (safely of course).
To me, I actually felt not at all safe when I saw the photo. I wrote, “Visual inspection this far away from the wing or engine, etc? Yikes.” Mind you, if I were Grant, I probably would still had flown the plane. Basically, I would be relying on the fact that if anything goes seriously wrong, the pilot and the crew will go down with me! So the pilots should have, since they do this everyday, made sure the flight is safe before take off.
Of course, sometimes, like today looking at the photo, I do wonder if I am trusting the pilots and crews way too much. Hope not. :)
P.S. By the way, I am liking this Google+ thing. Although I don’t like the idea of surrendering even more of my personal information and private data to Google, which is a US company that is subject to US laws which, when push comes to shove, will likely override Google’s obligations re Canadian privacy law. Oh well, thats for another day.
1. Why does Apple collect and compile this location data? Why did Apple choose to initiate tracking this data in its iOS 4 operating system?
2. Does Apple collect and compile this location data for laptops?
3. How is this data generated? (GPS, cell tower triangulation, WiFi triangulation, etc.)
4. How frequently is a user’s location recorded? What triggers the creation of a record of someone’s location?
5. How precise is this location data? Can it track a user’s location to 50 meters, 100 meters, etc.?
6. Why is this data not encrypted? What steps will Apple take to encrypt this data?
7. Why were Apple consumers never affirmatively informed of the collection and retention of their location data in this manner? Why did Apple not seek affirmative consent before doing so?
8. Does Apple believe that this conduct is permissible under the terms of its privacy policy? See Apple Privacy Policy at “Location-Based Services” (accessed on April 20, 2011), available at http://www.apple.com/privacy
9. To whom, if anyone, including Apple, has this data been disclosed? When and why were these disclosures made?
“”Apple has made it possible for almost anybody – a jealous spouse, a private detective – with access to your phone or computer to get detailed information about where you’ve been,” said Pete Warden, one of the researchers.
Only the iPhone records the user’s location in this way, say Warden and Alasdair Allan, the data scientists who discovered the file and are presenting their findings at the Where 2.0 conference in San Francisco on Wednesday. “Alasdair has looked for similar tracking code in [Google's] Android phones and couldn’t find any,” said Warden. “We haven’t come across any instances of other phone manufacturers doing this.“
Simon Davies, director of the pressure group Privacy International, said: “This is a worrying discovery. Location is one of the most sensitive elements in anyone’s life – just think where people go in the evening. The existence of that data creates a real threat to privacy. The absence of notice to users or any control option can only stem from an ignorance about privacy at the design stage.” [...]
The iPhone system, by contrast, appears to record the data whether or not the user agrees. Apple declined to comment on why the file is created or whether it can be disabled. Read the rest of this entry »
Lawrence: There are some shows like Modern Family or American Idol where lightening strikes. Otherwise, you have two options. First, you build word-of-mouth.
THR: And the second?
Lawrence: Keep your loyal fans interested by giving them as much access, content and interaction as possible. That’s what I like as a TV viewer. For me, every show that I’ve felt like, “Wow, they actually care what the fans think” or “they’re actually writing for somebody,” I’m more loyal to. On Scrubs, we gave our fans extra content and access to the cast and writers. And in return, we could count on them to find the show on a network that moved the show about 20 times. Read the rest of this entry »
Facebook is moving to address concerns raised by Canada’s privacy commissioner and will soon implement measures that give users better control over their personal information. [...]
Facebook said it intends to satisfy the commissioner’s concerns with its proposed plan.
“From our many discussions … it is clear that we share the same goals of ensuring people have control over their information and that they are able to make informed choices about privacy,” the California-based company said in a statement.
“Many of the recommendations in their report provide an excellent opportunity to clarify and enhance our privacy practices in a way that is consistent with our company’s values and our users’ expectations.”
Will see the exact details of the plan at the end of month.
During the past decade, rapid developments in information and communications technology have transformed key social, commercial, and political realities. Within that same time period, working at something less than Internet speed, much of the academic and policy debate arising from these new and emerging technologies has been fragmented. There have been few examples of interdisciplinary dialogue about the importance and impact of anonymity and privacy in a networked society. Lessons from the Identity Trail: Anonymity, Privacy and Identity in a Networked Society fills that gap, and examines key questions about anonymity, privacy, and identity in an environment that increasingly automates the collection of personal information and relies upon surveillance to promote private and public sector goals.
This book has been informed by the results of a multi-million dollar research project that has brought together a distinguished array of philosophers, ethicists, feminists, cognitive scientists, lawyers, cryptographers, engineers, policy analysts, government policy makers, and privacy experts. Working collaboratively over a four-year period and participating in an iterative process designed to maximize the potential for interdisciplinary discussion and feedback through a series of workshops and peer review, the authors have integrated crucial public policy themes with the most recent research outcomes.
I’ve taken a quick look of the report and have a few questions,
It seems unclear how long will the license plate numbers be stored? For those that have paid, it should be deleted in days. For those that have outstanding/unpaid parking tickets, they should only be kept until after the fines have been cleared/paid.
In [49], why is credit card data set to be kept for 24 months? Even they are encrypted, I see no reason for keeping them beyond the time need to process them. The shorter the time vast number of credit card numbers are stored, the less tempting for thieves to try to hack the systems to steal these numbers. Or in case of human errors and these credit card numbers are left unsecure in an unencrypted form in a hard drive somewhere by mistake.