Protecting Enterprises from External Threats …...ALARM SCENARIOS •Detect everything vs filtering...

Protecting Enterprises from External Threats through Intrusion Detection

TODAY’S SPEAKERS

Mark Brown

FLIR Systems, Director - FLIR Security and Surveillance

Ian Steele

PBX Engineering, Managing Principal and Professional Electrical Engineer

SESSION CONTENT

Designing and Specifying Perimeter Systems

Perimeter Detection

Site Challenges and Considerations

Concept of Operation Factors

Technologies –Thermal Cameras, Radar, and Integration Software

Questions

DESIGNING PERIMETER SYSTEMS

• Risk/threat assessment

• Setting coverage expectations

• Infrastructure vs. equipment costs

• Functional vs. technology

• Work to optimize design to meet the budget

PERIMETER DETECTION

• Multi-layered approach

• Automation

• Cost benefits, ROI

• Reliability (low false alarm rates)

SITE CHALLENGES AND CONSIDERATIONS

• Geometry

• Size and location

• Entry points

• Infrastructure location and availability

CONCEPT OF OPERATION FACTORS

• Differing threats and mandates

• Varied workflows

• Intelligent alarm and event management

ALARM SCENARIOS

• Detect everything vs filtering and automation (birds, rabbits at an airport)

• Utilize persistence in longer range radar applications where targets may appear/disappear (border surveillance)

• Directional detection - only detect targets coming from a certain direction (Dam buoy line)

PERIMETER TECHNOLOGIES/SYSTEMS

Session

Focus

PERIMETER TECHNOLOGIES/SYSTEMS

ASSESS RESPONDDETECT

EO/IR Wide Area Radar Command & Control

SURVEILLANCE RADAR

• Proven technology

• Different technologies to suit application (FMCW & Doppler)

• Variety of ranges (short, mid, long)

RADAR BENEFITS

• Detects movement

• Provides location/speed/heading

• Works rain or shine/day or night

• Detects, classifies and tracks multiple targets

• Low false alarm rate

DRONE DETECTION

• Significant threat

• Accessibility – cheap and simple

• Provides elevation data

• Classifies targets

• Camera tracking for assessment

• Integrate with countermeasures

THERMAL CAMERA TYPES

Uncooled – less range, less expensive Cooled – more range, more expensive

THERMAL CAMERA ADVANTAGES

24/7 operation in dark or low light areas

THERMAL CAMERA ADVANTAGES

Not affected by lighting conditions

THERMAL CAMERA ADVANTAGES

Superior contrast Superior analytics

DUAL-SENSOR THERMAL CAMERAS

DRONE SURVEILLANCE

• Access difficult locations

• Quickly deployable for incident response

• Automation – incident response, autonomous patrols

INTEGRATION SOFTWARE – OVERVIEW

• Combine technologies

• Scalable and flexible

• Mapping engine

• Response automation

INTEGRATION SOFTWARE - MAPPING

• Key interface element

• Static and dynamic GIS maps

• 2D and 3D support

• Configurable zones

• Icon animation

INTEGRATION SOFTWARE - AUTOMATION

• Filtering and re-classify targets based on zone, speed, heading, age, and schedule

• Support known tracks -blue force trackers, GPS, and AIS sources

• Camera groups, tracking priority

INTEGRATION SOFTWARE – DEVICE CONTROL

Advanced control examples:

Cameras:

• visible/thermal selection

• white hot/black hot

• NUC, autofocus

Radars:

• transmit on/off

• track icon display properties

Interface Example

System example of radar tracking and dual sensor cameras

QUESTIONS