The Full Wiki



More info on Personal Telco

Personal Telco: Wikis

  

Note: Many of our articles have direct quotes from sources you can cite, within the Wikipedia article! This article doesn't yet, but we're working on it! See more info or our list of citable articles.

Encyclopedia

Updated live from Wikipedia, last check: June 04, 2012 06:15 UTC (40 seconds ago)

From Wikipedia, the free encyclopedia

The Personal Telco Project (or PTP) is a wireless community network project in Portland, Oregon. It was founded by Adam Shand in November 2000 after he read a Slashdot article about the Consume The Net project in London.

PTP currently has about 100[1] wireless hotspots offering free Internet access at locations around Portland including Pioneer Courthouse Square, three public parks, and several restaurants and coffee shops.[2] PTP is currently involved in a grant-funded project to bring free wireless Internet to an entire neighborhood in North Portland, along N. Mississippi Avenue.[3]

PTP is a non-profit organization in the state of Oregon, and received its 501(c)(3) status (a federal tax exemption granted to charitable organizations) in early 2003.

PTP made US news in August 2002 when their hotspot at Pioneer Courthouse Square was blocked by a for-fee hotspot at a nearby Starbucks coffee shop. The problem was resolved amicably when the for-fee hotspot moved their connection to another channel.[4]

On March 4, 2003, a study was published stating Portland had more wireless hotspots per capita than any other U.S. city. This was due in part to PTP's advocacy.[5]

References

  1. ^ Personal Telco Node Map
  2. ^ Ballard, Nigel, Wi-Fi for Everyone!, BlueOregon, April 7, 2005
  3. ^ Willamette Week, Mississippi Wi-Fi'ing, April 6, 2005
  4. ^ Slashdot, Starbucks Clashes With WiFi Hobbyists Over Airwaves, August 20, 2002
  5. ^ Dundas, Zach, Free For All, Willamette Week, June 9, 2004

External links








Got something to say? Make a comment.
Your name
Your email address
Message
Please enter the solution to case below
70+12=