Unit 4 Seminar/Unit 5 Review Case Study: ABC Valve Plant Al Dauser, CPP, CFI Adjunct Professor.
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Transcript of Unit 4 Seminar/Unit 5 Review Case Study: ABC Valve Plant Al Dauser, CPP, CFI Adjunct Professor.
Unit 4 Seminar/Unit 5 Review Case Study: ABC Valve Plant
Al Dauser, CPP, CFIAdjunct Professor
Tonight’s Question
• In this week’s seminar, be prepared to discuss surveillance devices including cameras, closed-circuit television, and alarm systems as described in your readings.
Unit 5 Case Study
• We will also use part of the class to go over the ABC Valve Plant case study that is due during Unit 5.
As we discuss:
• What type of CCTV system do you have where you work?
• What type of access control?• Has your system been recently upgraded?
Were you part of the process? Help select/test/etc?
Keying Devices and Systems
• Warded locks– the keyway is open and can be seen through
• Disc tumbler locks– Used as desk locks, files locks, and padlocks
• Pin tumbler– keyway, which is irregular in shape, and the key, which
is grooved on both sides – can be master keyed
• Lever locks– used in safe deposit boxes and are for all practical
purposes pickproof
Keying Devices and Systems
• Warded locks– the keyway is open and can be seen through
• Disc tumbler locks– Used as desk locks, files locks, and padlocks
• Pin tumbler– keyway, which is irregular in shape, and the key, which
is grooved on both sides – can be master keyed
• Lever locks– used in safe deposit boxes and are for all practical
purposes pickproof
Removable Cores
• Used where locks are changes often• Made to be removed if necessary
with a core key, allowing a new core to be inserted
Keying Systems• The change key
– One key to a single lock within a master-keyed system• The submaster key
– Will open all the locks within a particular area or grouping in a given facility
• The master key– Where two or more submaster systems exist, a master
key system is established• The grand master key
– One that will open everything in a system involving two or more master-key groups
Other Operating Mechanisms for Access Control
• Combination locks– have three dials that must be aligned in
the proper order before the lock will open
• Code-operated locks– opened by pressing a series of
numbered buttons in the proper sequence
• Card-operated locks– presenting a card and code to open lock
Advantages of Access Control Systems
• a. Security staff no longer need to spend hours rotating key cores and keeping detailed logs.
• b. Card keys can be programmed to function in a variety of ways.
• c. Lost cards can be deactivated in a matter of seconds.
• d. The systems often allows the hotel to keep track of the time and number of entries at a given site
Types of Card-Operated Systems
• Magnetic coded cards– contains a flexible magnetic sheet sealed between two sheets
of plastic• Wiegan Effect cards
– short-length magnetic wires embedded within the card• Optical coded cards
– contain bar codes• Proximity cards
– send a code to a receiver via magnetic, optical, or ultrasonic pulses
• Radio Frequency Identification (RFID)– radio frequency identification
Types of Card-Operated Systems (cont.)
• Biometric systems – designed to recognize biological features
• Fingerprint recognition systems – optically scan a chosen fingerprint area and compare
the scanned area with a file
• Signature recognition systems– no two people write with the same motion or pressure
• Hand geometry recognition systems – use the geometry of the hand
Types of Card-Operated Systems (cont.)
• Speaker verification systems – Uses the uniqueness of voice patterns to determine
identification and control admittance
• Eye retina recognition – systems analyze the blood vessel pattern in the retina of
the eye
• Padlocks – detachable, portable locks that have a shackle adapted
to be opened for engagement through a hasp or chain
Types of Card-Operated Systems (cont.)
• High-security locks• iButton – an extension of the “smart card”
technology being used by the banking industry
– contains a hermetically sealed computer chip in a stainless steel container
Locking Devices
• Electromagnetic locking devices – hold doors closed by magnetism
• Double-cylinder locking devices – installed in doors that must be secured from both sides,
requiring a key to open them from either side– most common application is in doors with glass panels
• Emergency exit locking devices – panic-bar installations
Locking Devices (cont.)• Recording devices
– provide for a printout of door use by time of day and by the key used
• Vertical throw devices – lock into the jamb vertically instead of the usual horizontal bolt
• Electric locking devices – activated remotely by an electric current that releases the
strike and thus permits entrance • Sequence locking devices
– designed to ensure that all doors covered by the system are locked
Effective Surveillance Systems
• Should produce an identifiable image of persons engaging in criminal behavior
• Sequence cameras record still pictures at regular intervals
• Motion picture cameras using high-speed 16 mm film and fast shatter speeds can be set up to take pictures in normal light
• CCTV systems coupled with recording equipment or computers should be used
Technological Advances In CCTV
• Reduced size of the camera• Reduced price of color cameras• Improved reliability of color cameras• “Starlight” cameras – allow for good video reproduction in low
light situations
Replacing CCTV Camera’s
• Variables to be considered during a site survey– Is the camera to be visible and used as a deterrent to
crime or hidden and used in civil or criminal prosecutions?
– What effect, if any, will the sun have on the operation of the system?
– Where is the best location for a camera?– Should the placement of the camera be high?– What type of lighting is in use?
Old Construction
• Difficulties– exterior fire escapes– old and frequently badly worn locks– common walls– roof access from neighboring buildings– unused and forgotten connecting doors
New Construction
• Modern construction creates offices that are essentially open-top boxes
• Any given floor of a building has a crawl space that runs from exterior wall to exterior wall
The ABC Valve Plant
• Assess the potential risks and provide solutions for the ABC Valve Plant.
• Each proposed change should be supported in terms of why it is needed.
• Include references to the security systems and procedures you referenced in the course.
• Do not attempt to redraw the facility. (Do not cut and paste the diagram into your case study).
ABC Valve Plant• Some students in the past have found this to be a difficult project. • The key is to use the textbook as your guide since it touches on all
the problems listed on the assignment. • Physical security, locks, lighting, card access, alarms, guards, fire,
hiring, visitor control, CCTV, shipping/receiving, etc. • Do not cut and paste the site plan into your case study. • A suggestion is to follow a good/better/best format. The problem
with consultants is that they do not necessarily have a budget to follow.
• Does the cost of the upgrades outweigh the benefit of implementing them??
• Do you get a return on your investment (ROI) in a short period of time (3 years??) Also do not forget to mention controls for raw materials, finished goods, and tools.
The ABC Valve Plant
• Three to five page in length (this does not include title and reference pages)
• The paper should contain a cover page and a list of references in APA format.
• All internal citation of outside sources plus the listing of all references should also adhere to APA format.
• All text pages should be double-spaced and in 12-point font.
The ABC Valve Plant
•What questions do you have?