Physical Access Control Project: Difference between revisions

Latest revision as of 19:46, 4 April 2012

Leadership

   * Project Lead: Q

Members

   * Elliot
   * Nathan
   * Ash

Proposed Budget: $500.00 Status

   * Obtained: Medeco M3 cylinder (with tail piece) and 5 keys
   * Obtained: Electric Strike Plate

TO DO

   * Locate the M3 Core and Keys
   * Locate the multiple strike plates (I think 1 was defective)
   * Install the M3 Core as the backup locking mechanism
   * Give the 5 keys to trusted members who frequent the space
   * Install electric strike plate in the door jamb
   * Run wiring from the strike plate to both sides of the walls (inside/outside)
   * Implement an "outside" panel (HID R40 Multi-Protocol Reader)
   * Design a central controlling system for the "inside" to manage users

Abstract

The access control project, which has had many names over the past few weeks of its existence, is a project with two main goals in mind. The security of our space and the convenience of entry for all of our members. The project has been developed into two stages and contains the first stage of a revitalization of the mechanical locking mechanisms currently being used as well as an enhancement to the door frame and its underlying structure and the second stage being the development of a brand new electronic security system with improved access control.

If you would like to add ideas (or want to help) please do so on this page AND send a message to the members list stating your interest. If you do not have access to the members list, post it to the blabber. Stage One

   * Using longer, stronger screws in the door's frame to enhance the structural integrity
     *Replacing the crappy core cylinder that is currently in there with a new Medeco M3 series rim/mortise cylinder
     *Reinforcing the hinges and making sure they are all strong enough to handle a kick by the feds (joke, please no emails)
     *Either buying a new door knob or fixing the internals of the current, it was possible to lock yourself in when we first arrived.

Stage Two

Implementing a smart card reader system (contacted)
Installing the impeding mechanism
We may need a circuit in the middle of the impeding mechanism and the card reader to do perform some logic. It depends on how the reader we buy is setup, if there are usable pins on the unit we could piggy-back a connector and setup a small circuit (diode and tiny IC) to supply voltage to the impeding mechanism when user_card = accepted;
Writing all the access cards for members
Developing a PAX system for the backend to log entry data and control users access (helpful for janitor access)
Use the PAX system to develop alerts that can be broadcast over TCP

Wed, May 14, 2008

Andrew ("Q"), Ash, and Elliot have continued brainstorming. Posted up a link on the blog to discuss ways to go. Great suggestion (though it might have been a (brilliant) joke?) to make a DDR pad. Elliot's been messing around with the Parallax RFID board, and learning what it can/can't do, but he's new to RF stuff. Wed, June 5, 2008

So last night at open lab I disassembled the current locking mechanics and made sure everything would work when buying a regular mortise cylinder core from Medeco. Everything looks good to go, I think I'm going to use the existing backplate which should be fine as long as we get a tail on our new core. The door knob and internals are still really flaky, but they really aren't even necessary at this point. With the new core, (Medeco 10 series) we will have sufficient security and it will be 100x better than our current locks. -Q

@@ Line 1: / Line 1: @@
-[[Category:Projects]]
+Leadership
-[[Category:Ongoing Projects]]
-[[Category:Umbrella Projects]]
+    * Project Lead: Q
-Wed, May 14, 2008:
+Members
-Andrew ("Q"), Ash, and Elliot have continued brainstorming.
+    * Elliot
+    * Nathan
+    * Ash
-Posted up a link on the blog [http://hacdc.org/2008/05/14/door-unlockerator-project/] to discuss ways to go.  Great suggestion (though it might have been a (brilliant) joke?) to make a DDR pad.
+Proposed Budget: $500.00
+Status
-Elliot's been messing around with the [[Parallax RFID board]], and learning what it can/can't do, but he's terribly terribly new to RF stuff.
+    * Obtained: Medeco M3 cylinder (with tail piece) and 5 keys
+    * Obtained: Electric Strike Plate
+TO DO
+    * Locate the M3 Core and Keys
+    * Locate the multiple strike plates (I think 1 was defective)
+    * Install the M3 Core as the backup locking mechanism
+    * Give the 5 keys to trusted members who frequent the space
+    * Install electric strike plate in the door jamb
+    * Run wiring from the strike plate to both sides of the walls (inside/outside)
+    * Implement an "outside" panel (HID R40 Multi-Protocol Reader)
+    * Design a central controlling system for the "inside" to manage users
-Wed, May 21, 2008:
+Abstract
-Last night, we started looking at the door in question, realized that it only had a handle-lock on it, and realized that we're going to need a wholly new locking mechanism to do anything useful/secure with -- so that's going to be project #1 in terms of serious implementation.
+The access control project, which has had many names over the past few weeks of its existence, is a project with two main goals in mind. The security of our space and the convenience of entry for all of our members. The project has been developed into two stages and contains the first stage of a revitalization of the mechanical locking mechanisms currently being used as well as an enhancement to the door frame and its underlying structure and the second stage being the development of a brand new electronic security system with improved access control.
-    ''Added by Mark W, Thu, May 22, 2008:'' I think this is what you're looking for: [http://www.smarthome.com/5190s12.html Electric Door Strike]
+If you would like to add ideas (or want to help) please do so on this page AND send a message to the members list stating your interest. If you do not have access to the members list, post it to the blabber.
+Stage One
-Elliot demo'ed his knock-code routine and got some useful feedback.  Things like ambient noise and a relatively-long timeout period need improvement.
+    * Using longer, stronger screws in the door's frame to enhance the structural integrity
+      *Replacing the crappy core cylinder that is currently in there with a new Medeco M3 series rim/mortise cylinder
+      *Reinforcing the hinges and making sure they are all strong enough to handle a kick by the feds (joke, please no emails)
+      *Either buying a new door knob or fixing the internals of the current, it was possible to lock yourself in when we first arrived.
-Andrew suggested using a "Sonic Screwdriver" a la Doctor Who.  This opens up all sorts of fun/funny code mechanisms.  For instance, a keyfob with an ultrasonic speaker might be sweet.  Or use LEDs and blink out a code string into a light sensor.  And like the RFID scheme, we could have individual keys for individual peoples.
+Stage Two
+*Implementing a smart card reader system (contacted)
+*Installing the impeding mechanism
+*We may need a circuit in the middle of the impeding mechanism and the card reader to do perform some logic. It depends on how the reader we buy is setup, if there are usable pins on the unit we could piggy-back a connector and setup a small circuit (diode and tiny IC) to supply voltage to the impeding mechanism when user_card = accepted;
+*Writing all the access cards for members
+*Developing a PAX system for the backend to log entry data and control users access (helpful for janitor access)
+*Use the PAX system to develop alerts that can be broadcast over TCP
+Wed, May 14, 2008
-Thoughts: Smart cards can offer some nice crypto, but they'd require the purchase of additional hardware ([http://www.smartcardsupply.com/Content/Hardware/AC-KIT.htm a kit]) and are more expensive than RFID (around $2.50)
+Andrew ("Q"), Ash, and Elliot have continued brainstorming. Posted up a link on the blog to discuss ways to go. Great suggestion (though it might have been a (brilliant) joke?) to make a DDR pad. Elliot's been messing around with the [[Parallax RFID board]], and learning what it can/can't do, but he's new to RF stuff.
+Wed, June 5, 2008
-Another idea I had, and kinda like, is to have a computer connected to the internet and a SIP provider (as [http://onlineapps.newsvine.com/_news/2008/05/02/1466218-land-of-the-freeware-making-and-receiving-free-phone-calls-via-any-computer-or-internet-enabled-device-with-grandcentral noted] repeatedly, you can get free inbound calls via Google [http://grandcentral.com/ GrandCentral]). When a call is received, it could listen for an access code (prepend a few digits for user id if desired)  --[[User:NikolasCo|NikolasCo]] 09:27, 28 May 2008 (UTC)
+So last night at open lab I disassembled the current locking mechanics and made sure everything would work when buying a regular mortise cylinder core from Medeco. Everything looks good to go, I think I'm going to use the existing backplate which should be fine as long as we get a tail on our new core. The door knob and internals are still really flaky, but they really aren't even necessary at this point. With the new core, (Medeco 10 series) we will have sufficient security and it will be 100x better than our current locks. -Q
-how easy is it to forge phone number? because otherwise you could just have a database of member cellphones --[[phf]]
+[[Category:Physical_Access_Control]]

Physical Access Control Project: Difference between revisions

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Latest revision as of 19:46, 4 April 2012