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Julie Lindsay

Certification | Common Sense Media - 1 views

www.commonsensemedia.org/...certification

digitalcitizenship certification education

shared by Julie Lindsay on 22 Oct 13 - No Cached
  • Julie Lindsay on 22 Oct 13
     
    Read about Common Sense Signature Schools and Educators Program: Digital Citizenship Certification 2013-2014
Kelby W

Privacy Tips - 0 views

www.truste.com/...privacy_tips

digital_privacy digital_access privacy tips

shared by Kelby W on 24 Oct 12 - No Cached
  • Kelby W on 24 Oct 12
     
    Not all websites are trust worthy. Here are some tips to help be a little more safe with your privacy online. "TIP #1: Do Some New Year's (Data) House Cleaning Get New Passwords: Use different, strong passwords for each of your online accounts so if one is compromised the rest are safe. Strong passwords contains letters, numbers, different cases, and symbols. Check your password's strength here. Close Old Online Accounts: Unused online accounts are a liability. Hackers could use them to infiltrate your more important accounts . Get rid of them. If you can't remember where you have old accounts search your email inbox with queries like "registered", "confirm" or "your account" to find email records of old accounts. Cull Your Friends List: You put a lot of information about yourself on social networks. Would you want that friend of a friend you met once, two years ago to be carrying around a physical copy of all that information? Probably not. Keep the people you know and trust. Delete the rest. Go Paperless: Still receiving bank statements and doctors' invoices by mail? You don't need your Social Security number floating around in your trash can on the curb outside. Call your bank, doctor, credit card company etc. to find out if you can go paperless and manage your records via a secure online portal. You'll save a tree and protect your privacy. Shred Sensitive Documents: Those credit card and health savings account statements you don't need that have been sitting in that folder in your desk? They're a privacy liability. Get rid of them (securely, using a shredder). Privacy Tips Browser Privacy  Back to top Web browsers have evolved into highly customizable software platforms capable of controlling and protecting much of the information that flows between you and the parties you interact with online. Modern browsers have an impressive array of privacy enhancing capabilities and options. They can, for example, warn you before you visit suspicious or fraudul
Christine Davis

untitled - 1 views

www.gulf-daily-news.com/Story.asp

digital_literacy elementary

shared by Christine Davis on 26 Oct 08 - Cached
  • CHILDREN in Bahrain are to get 'driving lessons' - in cyber-space. They are to be taught how to navigate their way around the electronic world of computers and the Internet under a GCC-wide scheme. Children aged up to 12 in schools across the country are to be included in the free International Computer Driving Licence (ICDL) digital literacy certification scheme. The scheme's governing body, the ICDL GCC Foundation, is offfering free ICDL certification to thousands of children across the region. The initiative, which started in September this year, aims to develop computer literacy at an early age, to prepare Arab youngsters to use information technology as a tool for education.
Brody C

Safety and Security on the Internet - 0 views

www.nwnetworks.com/sands.htm

digital_safety

shared by Brody C on 05 Oct 09 - Cached
  • Why Should I Worry About Security? The Internet is a global collection of Interconnected Networks that facilitate information exchange and computer connectivity. The Internet is comprised of many different computers, all of which fall into two categories: servers (also known as "hosts") and clients (also known as "guests") -- technically, everything on the Internet can be considered a "host," but for this discussion, we'll use "hosts" and "guests." Guest machines send bursts of computer data called "packets" which are analyzed by the server belonging to the guest's Internet service provider. If the data is located locally (on the ISP's machine), the ISP's server will return the packets. If the information sought is not local (on another machine), the ISP's server hands off the packets to a router, which then sends the packets to the server containing the information. Once the information is located, it is sent back to the guest machine. There are many different types of computers that fill these two categories: mainframes, minicomputers, PCs, Macintosh, Unix and others. Despite the many varieties of computers that combine to form the Internet, every computer connected to the Internet needs to be able to communicate with every other computer -- without this ability, there is no Internet. All of these computers are able to communicate because in a sense they can all speak the same language -- TCP/IP. TCP/IP actually isn't a language; it is in computer terms what is known as a "protocol." A protocol is simply a standard for transmitting and receiving bits of information. As long as all of the interconnected computers follow the same protocol, they can exchange information. Unfortunately, when data is sent from one computer to another on the Internet, every other computer in between has an opportunity to see what's being sent. This poses an obvious security problem.
  • Say you decide to purchase concert tickets on the Web. To do so, you need to fill out an electronic form with your name, address and credit card number. When you submit the form, your information passes from computer to computer on its way to the concert ticket web server. It is possible that someone could be watching the data passing through one of the computers that is in between your computer and the concert ticket server. No one knows how often this happens, but everyone concedes it is technically possible. And its also possible off the web, too -- E-mail can be captured (and read, if not encrypted), as can file transfers via unsecure FTP. If someone wanted to, it wouldn't be too difficult to connect a capture device to someone's phone line (assuming they use a modem to connect to the Internet) and steal an electronic copy of the data exchanged on the Internet. Even if you make your purchase on a secure web site supporting the latest security features, it has been recently shown that secure sites can cause Internet Explorer (and other browsers) to send sensitive information to a non-secure server in plain text format.
  • The point is, there are a lot of security issues related to a network such as the Internet. No FAQ could possibly cover them all. That is why this FAQ concentrates on Internet Explorer. Because there are millions of people who use Microsoft Windows family products, and because those millions have the ability to blend Internet Explorer with these products, the seriousness about security should be of paramount importance to everyone. Remember,  software products are only as secure as the environment in which they operate.
  • ...2 more annotations...
  • What Security Features does Internet Explorer Have? Internet Explorer is a safe browser in many ways. The latest version of IE supports Secure Socket Layer (SSL) 2.0/3.0, Private Communication Technology (PCT) 1.0, CryptoAPI, and VeriSign certificates, and one version employs 128-bit encryption, one of the strongest forms of encryption that's commercially available for use over the Internet. To see if you have the 128-bit version of Internet Explorer, go to the Wells Fargo Bank site and take their browser test. "Secure Socket Layer (SSL) is a Netscape-developed protocol submitted to the W3C working group on security for consideration as a standard security approach for World Wide Web browsers and servers on the Internet. SSL provides a security "handshake" that is used to initiate the TCP/IP connection. This handshake results in the client and server agreeing on the level of security they will use and fulfills any authentication requirements for the connection. Thereafter, SSL's only role is to encrypt and decrypt the byte stream of the application protocol being used (for example, HTTP). This means that all the information in both the HTTP request and the HTTP response are fully encrypted, including the URL the client is requesting, any submitted form contents (such as credit card numbers), any HTTP access authorization information (usernames and passwords), and all the data returned from the server to the client." -- Microsoft's IIS 1.0 Features Tour. It has been reported, however, that SSL has been cracked. Private Communication Technology (PCT) is a Microsoft-developed security protocol available in IE only. According to their Internet draft, "The Private Communication Technology (PCT) protocol is designed to provide privacy between two communicating applications (a client and a server), and to authenticate the server and (optionally) the client. PCT assumes a reliable transport protocol (e.g., TCP) for data transmission and reception. The PCT protocol is application protocol-independent. A "higher level" application protocol (e.g., HTTP, FTP, TELNET, etc.) can layer on top of the PCT protocol transparently. The PCT protocol begins with a handshake phase that negotiates an encryption algorithm and (symmetric) session key as well as authenticating a server to the client (and, optionally, vice versa), based on certified asymmetric public keys. Once transmission of application protocol data begins, all data is encrypted using the session key negotiated during the handshake." IE also supports server and client authentication by using digital certificates to identify users to web servers. In addition, IE supports code signing with Authenticode, which verifies that downloaded code has not been modified. For more information on Authenticode, visit Microsoft's Authenticode page or the excellent Authenticode FAQ page. CryptoAPI 1.0 provides the underlying security services for the Microsoft Internet Security Framework. CryptoAPI allows developers to integrate cryptography into their applications. Microsoft has given a great deal of thought to the issue of security and it products, and Internet Explorer 4.0 is no exception. From "Security Zones" to continued support and refinement of Authenticode, IE4 promises to be one of the safest browsers of all time.  You can read all about the security available in IE 4 at http://www.microsoft.com/ie/ie40/?/ie/ie40/features/ie-security.htm. Also, check out what Microsoft is doing to keep transactions private with IE 4.
  • What are "Cookies?" Cookies are small text files that are sent to web browsers by web servers.  The main purpose of cookie files are to identify users and to present customized information based on personal preferences.  Cookie files typically contain information such as your name (or username), password information, or ad-tracking information.  There is a good body of literature on  the Internet about cookies.  Despite what you may have read or heard, most people, including myself, do not view cookies as any kind of a security threat.  However, because of the way cookies work (e.g., a web server storing a text file on someone's hard drive), Microsoft (and other browser manufacturers) have built options into their browsers that notify users when cookies are being passed to them, and give the user an option to prevent the cookie from being accepted.  I don't think this is a good idea.  By rejecting cookies, your browser may not display the entire page or the site may not function as intended. The reality is that cookies are text files -- they cannot contain viruses or execute applications, they cannot search your hard drive for information or send it to web servers, and most of the information they contain is simple tracking information designed to effect better customer service.
  • Brody C on 05 Oct 09
     
    safe things to do on the Internet and what to learn that is big
Molly S

Global Competence Definition | Asia Society - 0 views

asiasociety.org/20791

competence definition students

shared by Molly S on 29 Oct 12 - No Cached
  • What is Global Competence? Help us better define global competence. Send in your students' work. Be a part of a ground-breaking effort to assess student global competence. We are collecting samples of work that demonstrate student global knowledge and skills at various developmental levels. Once the work is published, it will help teachers strengthen instruction and better evaluate student work and provide examples for students to help them strive for greater achievement. With each submission, you will be entered into a regular drawing for $500 Staples gift certificates. Learn more and get involved (PDF download). A globally competent student can Investigate the World Recognize Perspectives Communicate Ideas Take Action Students investigate the world beyond their immediate environment. Students recognize their own and others’ perspective. Students communicate their ideas effectively with diverse audiences. Students translate their ideas and findings into appropriate actions to improve conditions. Students can: Generate and explain the significance of locally, regionally or globally focused researchable questions. Identify, collect and analyze the knowledge and evidence required to answer questions using a variety of international sources, media and languages. Weigh, integrate and synthesize evidence collected to construct coherent responses that is appropriate to the context of issues or problems. Develop an argument based on compelling evidence that considers multiple perspectives and draws defensible conclusions. Students can: Recognize and articulate one’s own perspective on situations, events, issues or phenomena and identify the influences on that perspective. Articulate and explain perspectives of other people, groups or schools of thought and identify the influences on those perspectives. Explain how the interaction of ideas across cultures influences the development of knowledge and situations, events, issues or phenomena. Articulate how the consequences of differential access to knowledge, technology and resources affect the quality of life and influences perspectives. Students can: Recognize that diverse audiences may perceive different meanings from the same information. Use appropriate language, behavior and strategies to effectively communicate, both verbally and non-verbally, with diverse audiences. Explain how effective communication impacts understanding and collaboration in an interdependent world. Select and effectively use appropriate technology and media to communicate with diverse audiences. Students can: Recognize one’s capacity to advocate for and contribute to improvement locally, regionally, or globally. Identify opportunities for personal and collaborative action to address situations, events, issues or phenomena in ways which can make a difference. Assess options for action based on evidence and the potential for impact, taking into account varied perspectives and potential consequences for others. Act creatively and innovatively to contribute to improvement locally, regionally or globally both personally and collaboratively.
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