Opening the Key to Opening the Key to

Hi-Tech Video Surveillance Hi-Tech Video Surveillance

& &

Intelligent Video Analytics with Intelligent Video Analytics with

Video Management SoftwareVideo Management Software

Opening the Key to Opening the Key to

Hi-Tech Video Surveillance Hi-Tech Video Surveillance

& &

Intelligent Video Analytics with Intelligent Video Analytics with

Video Management SoftwareVideo Management Software

SATMAC INFOSYS LTD.

Saugaato RayDirector & CEO

IP Monitoring Introduction

Security & Technology Markets MergingSecurity & Technology Markets MergingSecurity & Technology Markets MergingSecurity & Technology Markets Merging

Security Function

Surveillance / SecurityIT Function

Communication Networks

IT marketSecurity Market

Merged IT Security Operations

What is IP Monitoring?

Video monitoring system using the IP network ?

IP CameraIP Camera Server / StorageServer / StorageMonitoringMonitoring

An IP camera converts video images into IP form for transmission over standard networks including the Internet. Audio, alarms and camera control signals can all be carried as IP traffic over the same network, too.

What is an IP Camera?A network camera can be described as a camera and a computer combined.

A network camera has its own IP address and built-in computing functions to handle network communication.

Outgoing video, audio and alarm data is encoded (digitized), and incoming command data decoded, by the camera.

It is connected directly to the network as any other network device and it has built-in software for a Web server, FTP server, FTP client and e-

mail client. It also includes alarm input and relay output as well.

More advanced network cameras can also be equipped with many other value-added functions such as motion detection and an analog video output.

Analog Camera

Computer

IP Camera

Backup device

NetworkViewing/recording

software

IP camera

IP camera

Generic IP Based Camera System Configuration

RJ-45 Cable

RJ-45 Cable

IP Video Surveillance Architecture

Server PC with RAID array for Recording

IP/Ethernet

Monitoring

Components of IP Monitoring:

#1 Network Camera.#2 Network connectivity (LAN Cable, Wi-Fi)#3 PC with IE for Viewing.#4 PC with HDD storage space for recording. ( RSM s/w installed) Or Network Video Recorder System.#5 Housings for outdoor use.

IP System Analog System

COST Simple Installation

- Can use existing Network

- Single UTP Cable can carry, video audio and control signals.

Operation Free - HDD Storage, central - Storage via Network

-Central maintenance & Operation

-Can easily shift location of camera or control unit.

Easy expansion- Simply Add IP cam to the NW in place

Tough Installation- Separate cables for video, audio and control.

- Tough & expensive Installation

Operation Fee- Local Recording

- Tape Recording

- Maintenance & operation at the each site

-Tape Media exchange, Cost for tape

Difficult to expand - Large scale installation to

expand system.

Scalability Wide Area coverage with one system

-1 to as many camera in the wide area network

Easy future expansion

Site by Site. MUX Connection

Benefits of going to IP

IP SYSTEM Analog SystemLocation free Client Access Remote Viewing of Live

video or images from anywhere via NW

No remote access Monitor at the site within the closed local circuit.

Easy operation & management Remote Monitoring form any where Remote Recording via Network (HDD,NAS)

No remote monitoring or administration Video tape recording and need to exchange cassette at the each site.

Quality Images digitized at camera, hence no transmission losses. Valuable as DB. Digital Images are searchable Long distance transmission with less loss

Recorded video is deteriorated. Quality loss if long cable is used. (Signal drop).

Intelligence Various features of IP cameras.

-Motion Detection at camera.

-Alarm Buffer memory, I/O.

-Ftp, Email, schedules, tours.

N/A

– The arrival of end to end digital IP based systems offers a fundamental advance in the development of event based recording techniques through intelligent analysis capabilities.

– However, the implementation of such solutions has been hampered by an inefficient workflow dictated by legacy system architecture.

– Mimicking age old human security organizations, these systems consolidate intelligence on the back end.

– This creates workflow bottlenecks that limit capabilities, drive up costs, and create systems that continue to press beyond the limits of human attention.

– Distributed Enhanced Processing Architecture (DEPA) is a fundamental advance in system design

– DEPA divides up processing tasks by placing analysis capabilities in 1st generation network cameras matched with back end processing capabilities.

– This workflow innovation enables a new generation of systems that are inherently more efficient and effective and that better respect the boundaries of human attention.

– The arrival of DEPA marks a new stage in the development of security systems akin to the shift from centralised mainframe based corporate computing to today’s de centralised networked PC environment.

The Pain The Pain KillersThe Pain The Pain Killers

– Security System Design enhancing Human Intervention• With intelligent video analysis, a system can be tuned to send an alert

based on highly specific conditions appropriate to the individual cameras’ role within an installation.

• The system designer can create highly customised installations where each camera is set to deliver a range of alarms to signal when various events occur so that operators can respond appropriately.

• Fine tuned system with a high degree of filtering makes efficient use of the operator’s attention. They do not have to watch multiple screens simultaneously.

• Images that are selected and presented are looked at carefully. • Intelligent video analysis that makes better use of operator attention

produces greater accuracy in monitoring with faster response times. • Enables greater number camera to be monitored by less operators

– Quick Search• In recording mode• From archival

Benefits of IVSBenefits of IVSBenefits of IVSBenefits of IVS

– Efficient Recording Improves Storage Capacity Management

– Shortcomings of “Back End Heavy” Consolidated Image Analysis

– Issues Inherent to Centralised, Back End Heavy Processing• High Cost• Limitations to Post Recording Search

Benefits of IVSBenefits of IVSBenefits of IVSBenefits of IVS

Features of IVSFeatures of IVSAdvantages of IVSAdvantages of IVS• Low ‘Total Cost of Ownership’ (TCO)• Video Analysis with Accuracy• Proper Real Time Frame Relay

• Easy Analysis and Search of Archive• Compressed Storage• Centralized controlling & monitoring Benefits of IVSBenefits of IVS• Alert Based and Human Attention Drawer• Uses same data network structure• Intelligent Quick Search• Efficient Low Cost Storage 

IP Camera

Internet

Analog Camera

The Trend On IP Connectivity Is Growing Rapidly In Recent Years

End..