1. Presented By: Rick Cox
National Account Executive
Video and Sound Service Inc.
Volunteer – McHenry County EMA
Volunteer – McHenry County SAR

2.  Intro of company and presenter
 Basics ofVideo Surveillance
 Camera Considerations
 Servers and Storage
 Software/Analytics
 Optional Hardware
 BasicAccess Control
 Scheduling/Time of Day
 Access
 EnhancedAccess Control
 Lockdown
 Case Study – Education
 Case Study – Security

4.  Analog still has utility in a DigitalWorld
 Low Megapixels versus High Megapixels
 Wide Dynamic Range
 IR or Low Light capabilities
 Thermal capabilities
 Multi-Sensor Cameras
 License Plate Capture or Recognition

5.  Inexpensive
 Analog to Digital Encoders extend usefulness in a digital
world.
 LimitedCapabilities

6. Do you need to know if someone enters an area, or specifically who entered it?

7. 640px X 480px
VGA Camera
coverage
2592px X 1944px
5 MP Camera
coverage
6576px X 4384px
29 MP Camera
coverage

8.  WDR (Wide Dynamic Range) cameras are engineered to deal
with significant light condition changes.
 Important for cameras positioned in foyers, entrances, and
similar locations.

9.  Cameras that can see when the Human eye cannot
 IR Illuminators help improve the captured data

10.  No light required, camera displays differences in heat
 Works in full light as well

11.  Can be used to identify actions from shoplifting to suicide-
bombers

12.  Multi-Sensor Cameras – multiple views from a single point
 Typically a single license covers all the sensors

13.  Once again, megapixels do matter, the question is: How much
do you need?

14.  High MegapixelCameras can fill a lot of storage space and
require significant network bandwidth
 Server size must be appropriate to the numbers and types of
cameras you will utilize
 Length of time data must be saved is also a factor
Bandwidth (Mbits) = FrameSize (Kb) * 1024 * 8 * FPS * Cameras / 1000000
Storage Space (GB) = FrameSize (Kb) * 1024 *FPS * Cameras * Days * 24 * 60 * 60*Activity * / 1000 000 000

15.  Provides viewing and remote viewing capabilities
 Provides the analytics capabilities
 Can enable disparate cameras to provide video

16.  Video Content Analysis (VCA) is the capability of
automatically analyzing video to detect and determine
temporal events not based on a single image.As such, it can
be seen as the automated equivalent of the biological visual
cortex.
 Many different functionalities can be implemented inVCA.
Video Motion Detection is one of the simpler forms where
motion is detected with regard to a fixed background scene.

17.  Based on the internal representation thatVCA generates in
the machine, it is possible to build other functionalities, such
as identification, behavior analysis or other forms of situation
awareness.
 VideoAnalytics and Smart CCTV are commercial terms for
VCA in the security domain.
 (Sourced from videoanalytics.com)

18.  Geo-Fencing – a tool to provide notification if a person or
vehicle crosses a specific point or line. Incoming or outgoing,
either could be of use

19.  Encoders take signal from analog cameras a makes it digital.
 Depending on the manufacturer, one Encoder can handle up
to 4 analog cameras and only require one license.

20.  POE = Power Over Ethernet
 POE Injectors extend the
distance between the POE
Switch and the camera.

21.  Keycards or Keyfobs provide access
 Requiring a password as well increases your security
 Can be tied into video surveillance

22.  Biometrics for Maximum Security
 LockdownTechnology
0-15 Seconds
1.Alert law enforcement
2.Initiate alert over PA system
3.Lock electronic door access
4.Access camera feeds
5.Send lockdown notification to all mobile & PC users
6.Request staff check ins, locations, and student count
7.Two-way communication with incident commander
8.Access virtual floor plans
9.Customizable alerts for everyday use

23.  HighTech intercom plus access control with door release and
video surveillance capabilities.
 Can be incorporated into Emergency Call Boxes.

24.  Hardee County (Fla.) School District had issues with
vandalism, fighting, theft and drug use.
 Over 10 years, the district relied on video systems comprised
of analog cameras and DVRs to monitor and investigate these
issues.
 In theory, the high camera counts — anywhere from 150 to
more than 200 — at each school should have provided
excellent coverage.

25.  However, 10 to 20 percent of the cameras were non-functional at any given time and the
nine DVR systems had been failing on an almost monthly basis.
 Even with all systems 100 percent operational, the analog cameras’ poor image quality
often made it difficult to identify individuals or get a clear view of incidents, seriously
hindering investigations.
 The school district also implemented an analog DVR-driven management system, but it
provided minimal camera control.The junior high and senior high each have one or two
on-campus school resource officers (SROs) affiliated with the Hardee County Sheriff’s
Department, and they can access video to aid with investigations. However, the schools’
video systems were not interconnected, and each of the systems had to be accessed
individually.This proved to be a time-consuming and cumbersome process limited by the
lack of a video management system (VMS) to search for images associated with specific
incidents.

26.  84 IP megapixel cameras, on-site servers and OnSSI’s Ocularis
VMS.
 Budgetary restraints didn’t allow for all the analog cameras
and DVRs to be replaced, but the DVR drives began to fail.
Consequently, a plan for incorporating analog cameras
through video encoders from the junior and senior high
schools into Ocularis using the schools’ existing servers was
instituted.

27.  The IP based solution provides high-quality video, multi-site
coverage across the school district, and centralized remote video
access and management.
 TheVMS enables users to quickly and easily search and view video
of specific incidents from multiple sites using a single intuitive and
user-friendly interface.
 http://www.campussafetymagazine.com/article/small_school_dis
trict_solves_big_problems_with_upgraded_video_system/Access
_Control%2c_Lockdowns%2c_Risk_Assessment%2c_School_Sec
urity%2c_Training

28.  DuPageAirport – Security Issues
 Loose Security – Pedestrians could enter at will. Vehicle
access was controlled by the equivalent of garage door
openers.
 Airport management and security staff had no idea who was
entering, leaving, or present on the property.

29.  All gates equipped with proximity readers and keypads
 All tenants provided with proximity cards and PINs
 All other access controlled by airport personnel

30.  Vastly improved security!
 "They can monitor the gates and capture data when a
proximity card is presented and pin number punched in,"
Butler notes. "The access control system can print a log. For
example, it can tell you who accessed what gates within a
specified time period."
 http://www.airportimprovement.com/article/dupage-airport-
secures-its-borders

31.  The following resources may be of interest to you:
 http://www.campussafetymagazine.com/docs/details/guide_t
o_video_surveillance_deployment_integration_trends

32. Video and Sound Service, Inc.
40 West Lake Street
Northlake IL 60164
Phone: 708-562-6316
Web-site www.videosoundinc.com
Rick Cox
National Account Executive
630-514-8656