Home | About | All Things STL | Dev | Investing | iPad | Links | Site Search | StockInsight* | Twitter | USX China | Login | Register

Ads

RSS Feed for This PostCurrent Article

Internet Safety

Internet safety became an hot issue recently because incident the Craigslist Ad. and Boston Med student. Enough publicity has been given to that case, but here is another incident drawed my attention today (concertforkatherine; Background).


To Craigslist credit, Craigslist founder Craig Newmark helps memorialize Katherine Ann Olson.

This is not isolated to Craigslist, I remember last year, there was another high profile case involves MySpace, the hot social networking website. Incidentally, this one is more close to home.

So what’s my point, my point is similar to what been said in the video (above) by the artists and friends: one can never be too careful in this Internet world.

Trackback URL

del.icio.us

Save to del.icio.us

Ads

Google
 
Web www.stlplace.com

1 Trackback(s)

  1. From The dark side of the technology : stlplace | Jul 9, 2009

RSS Feed for This PostPost a Comment

// 最新推荐 Noteworthy
  • NBR at PBS (Oct 2009 through Sept 2010): Your Mind & Your Money
  • Bogle WSJ op-ed 01/08/2009: 6 Lessons for Investors
  • Buffett on Market 12/10/2001: Whats in the future for investors
  • JoelOnSoftware 04/06/2000: Things You Should Never Do, Part I
  • Google Ad

  • blog

  • China

  • Dev

  • finance

  • Links

  • Major

  • Saint Louis

  • Shanghai

  • Meta

  • Author作者

    "古人云,人不自信谁人信之." Others won't believe in you unless you believe yourself. --Chinese proverb

    Hello, world :-) I am not another stock expert. I am an ordinary guy who believes: by lifetime learning, indepenent analysis and disciplined investing, little guys can achieve great return.

    I grew up in China. Currently I am working toward CFA level II. Here I'm blogging about business, finance, stocks, other fun stuffs in the US and China. Comments and Email are welcome.

  • Disclaimer声明

    See Disclaimer Page
  • Valid XHTML 1.0 Transitional