Electronic Countermeasures Presented by: Antenna Systems and - - PDF document

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Electronic Countermeasures Presented by: Antenna Systems and - - PDF document

Electronic Countermeasures Presented by: Antenna Systems and Solutions Co. 931 Albion Avenue Schaumburg, Illinois 60193 Phone: 847-584-1000 Fax: 847-584-9951 www.antennasystems.com Agenda Definition Methodology Frequency Bands


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SLIDE 1

Electronic Countermeasures

Presented by:

Antenna Systems and Solutions Co. 931 Albion Avenue Schaumburg, Illinois 60193 Phone: 847-584-1000 Fax: 847-584-9951 www.antennasystems.com

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SLIDE 2

Agenda

 Definition  Methodology  Frequency Bands  Legal Considerations  Applications  Correctional Facilities  Crisis Negotiators  IED Countermeasures  Antenna Systems Products  Q & A

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SLIDE 3

Definition

 Technique to limit the

effectiveness of an

  • pponents

communications and / or detection equipment.

 A device used in electronic

warfare to inhibit or halt the transmission of signals.

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SLIDE 4

Jamming Methodology

 Methods of Operation

 Disable Cell Site

 Advantage: None.

All traffic within the cell site coverage is disabled including including friendly traffic.

 Disable Handset

 Advantage: Only

handsets within jammer range is

  • affected. Friendly

traffic outside jammer range continues.

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SLIDE 5

Jamming Methodology

 How it works

 Jammer continuously transmits

noise on handset receive frequency

 Handset cannot receive

control data from cell site

 Handset is disabled. Will not

detonate

 Jammer Frequency Bands

 CDMA  860 MHz – 885 MHz  GSM  925 MHz – 965 MHz  DCS, PHS, PCS  1800 MHz – 1950 MHz

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SLIDE 6

Jamming Methodology

 3G

 2100 MHz – 2200 MHz

 Custom

 FRS (460 MHz)  Paging (900 MHz)  Garage door (300 MHz)  Wi-Fi (2.4 & 5.8 GHz)  Satellite Phone  GPS L1  Custom / Customer

Specified

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SLIDE 7

Legal Considerations

 State / Municipal

 FCC  Patriot Act  National Response Plan

 Federal

 NTIA  Patriot Act  National Response Plan

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SLIDE 8

Legal Considerations

 FCC Communications Act of

1934

 Patriot Act of 2004

 Signed by Commissioner

Powell 2004 on behalf of the FCC

 National Response Plan  Homeland Security Act of

2002

 Robert T. Stafford Disaster

Relief & Emergency Assistance Act

 The Public Health Security &

Bioterrorism Preparedness & Response Act of 2002

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SLIDE 9

Jammer Applications

Security

Assassination Attempts

Department of Defense Facilities

High Risk Hostage Negotiations

Bomb Squads

Nuclear Power Plants

Prisons

Troop and Supply Transport

Border Security

Privacy

Department of Defense Facilities

Conference Rooms

Design / Manufacturing Facilities

Religious Centers

Educational Facilities

Laboratories

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SLIDE 10

Correctional Facilities

 Application

 Control Inmate

communication

 Inmates are encouraged to

use D.O.C. provided pay phones.

 Inmates are restricted from

conducting “business transactions” during incarceration.

 Inmates are restricted from

contacting each other during coordinated uprisings.

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SLIDE 11

Correctional Facilities

 Entry of Communication

Devices

 Smuggling

 Visitor Body Cavities  Facility Personnel  Packages

 Theft

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SLIDE 12

SOLUTIONS

 SEARCHES

 Continuous  Man hours required

 DETECTORS

 Effectiveness?

 JAMMERS

 If the cell phones don’t

  • perate, there is no demand
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SLIDE 13

DESIGN

 OBJECTIVE: Efficiently jam selected areas without effecting

  • utside areas

 METHOD:

 Detailed Sketch  Prelim Engineering Plan

 Antenna types, Power levels

 Site Survey

 Spectrum analysis  Building construction

analysis

 Site Test with Jammer

 Spectrum analysis  Map out jammer coverage

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SLIDE 14

Correctional Facilities

 Considerations

 Technologic

 Central / Decentralized

Distribution

 One high power unit

 Fiber / Coax

 Remote Controlled

 Remote switching

 Interference

 Public Safety 800 MHz

Trunked

 Wireless Door Entry Systems  Wireless Backup Alarms  Wireless Panic Buttons  Wireless Inmate Tracking

Systems

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SLIDE 15

Crisis Negotiation

 Application

 To control communication

from perpetrator to outside.

 Keeps perp. from knowing

SWAT / Police actions and locations.

 Forces perp. to use “drop

phone” to negotiate release.

 Keeps perp. from calling

media to gain recognition.

 Keeps perp. from calling

victim(s) family and placing demands.

 Keeps perp. from calling or

receiving calls from accomplices.

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SLIDE 16

Crisis Negotiation

 Deployment

 CJ7A, CJ9A, CJ10A

 Remove equipment

from case

 Erect tripod  Mount and point

antenna

 Connect cabling  Power on

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SLIDE 17

CRISIS NEGOTIATIONS

 DEPLOYMENT

 PCJ7A, PCJ8A, PCJ9A

 Open case  Aim  Flip one switch

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SLIDE 18

The IED Threat

 IEDs

 Designed to cause injury or death

using

 Explosives, toxic chemicals,

biological toxins or radiological material

 They’re produced in various sizes,

functioning methods, containers, and delivery methods

 They can be almost anything with

any type of material and initiator

 The IED Challenge consists of

 Convoy Protection & Explosive

Ordinance Disposal

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SLIDE 19

Cellular Bomb Detonation

“After tragedies, cellular networks are typically jammed with calls from people checking on friends and family. Wireless companies say they need to consider the interests of paying customers but ultimately would comply with a government request to go dark. But a shutdown could also hinder emergency personal and government officials, many of whom rely on wireless phones and pagers.” – Wall Street Journal August 12, 2005, Dionne Searcey

In Israel, government officials recently have been less inclined to shut down entire networks as they

increasingly rely on jamming devices designed to block communications over a short range, according to security

experts.” – Wall Street Journal August 12, 2005, Dionne Searcey

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SLIDE 20

IED Characteristics

 IEDs share a common set of

components and consist of the following:

 An initiation system or fuse  Explosive fill  A detonator  A power supply for the detonator  A container

 These commonalities allow for

the creation and deployment

  • f effective countermeasures
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SLIDE 21

BOMB SQUAD

 Deployment

 CJ7A, CJ9A, CJ10A

 Remove equipment

from case

 Connect cabling  Power on

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SLIDE 22

JAMMER PRODUCT LINE

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SLIDE 23

CJ7 / CJ8 / CJ9 CELL PHONE JAMMER

FEATURES:

  • Covers all cell Phone frequencies
  • 12 or 28 VDC Operation
  • 110 VAC adapter available
  • One switch operation
  • Small rugged package
  • Omni directional or directional
  • Police radio filters available
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SLIDE 24

PCJ7 / PCJ8 / PCJ 9 PORTABLE CELL PHONE JAMMER

FEATURES:

  • Fully portable. Battery operated
  • Just open, aim, & flip one switch
  • Directional antenna in lid
  • 6 hour battery life
  • All features of CJ Series
  • 110VAC plug for operation & charge
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SLIDE 25

SCIF JAMMER

FEATURES:

  • Covers entire buildings
  • Weather proof
  • Locked for security
  • Remote monitoring
  • 20 MHz to 12 GHz
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SLIDE 26

RF JAMMER

Features:

  • One Switch Operation
  • Continuous Power Monitoring
  • Instant On – Solid State Design
  • Quick disconnect Power Source
  • Removable filters
  • Tread Plate Top for Safety
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SLIDE 27

IRJ INTELLIGENT JAMMER

FEATURES:

  • Field or Depot Programmable
  • Remote Control
  • Transportable
  • Upgradable
  • Shock Resistant
  • Front Panel Operation
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SLIDE 28