Project - V

Video Surveillance Platform
Keystone Electronic Solutions identified the need for a video surveillance platform that could deploy an augmentation to the existing Keystone remote monitoring and management solutions such as the RSM Remote Site Monitoring system . The video surveillance solution, Project V, is aimed at providing centrally managed video surveillance either through event / alarm triggered video streaming or through a video on demand interface. The platform should provide for DVR archiving either on the central Project V server or at the remote site. Integration with customer systems such as network management systems, access management systems, trouble ticket management and reporting tools needs to be provided for through an open integration API.
 
The Project V Architecture consists of remote site equipment in the form of the Keystone RSM Remote Site Monitoring system unit and a central surveillance platform which is deployed in a central data centre. All user access to the central surveillance platform is through a web user interface which is accessible through a standard web browser, thus no user side  applications need to be rolled out or maintained.
 

Contact us at support@kses.net for more information about more about Project V.

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Architectural Overview

Project V consists of remote site equipment in the form of Keystone’s Remote Site Monitoring (RSM) unit and a central surveillance platform, which is deployed in a central data centre. All user access to the central surveillance platform is provided through a web user interface. This is accessible via a standard web browser without the need to install or maintain any user applications.

Video Streaming

The video surveillance platform provides a framework for routing incoming video streams and events to the other server components, a DVR subsystem to store and archive incoming video streams, and a web interface for users.

Remotely, the on-site components include the management of the incoming video streams from connected IP cameras. It also includes the RSM IO management system that collects and manages the IO inputs and outputs which serves as alarm and event triggers for the IP cameras.

A permanently connected, bidirectional, command and event pipe (CnE) exists between the Project V server and the  RSM  on-suite unit. The CnE provides robust communication and network backhaul over a GSM connection.

 

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Record keeping:

Certain video triggers can be set up to either start or stop the video recording and/or streaming.  

Security:

Real-time streaming makes it possible for security teams to determine how to respond to a security incident. For example, in the event of an intruder detection alarm, security teams will be alerted and will be able to see live video streaming. They can then more effectively judge how to respond to the particular event

Bandwidth:

The bandwidth can be selected on each on-site unit. Depending on the selected bandwidth, the audio/video (AV) video will either be streamed to the Project V server or recorded locally on the board. In both cases the alarm events will be transmitted across the CnE over the network. Operators can also request AV streams/recording from the web graphical user interface (GUI).

Audio visual:

The RSM unit is permanently connected to the available IP cameras and will pull available AV streams from the cameras depending on the alarm/event triggered. Streams can be stored locally or be pushed up to the Project V server, for remote recording or viewing of the stream.

NMS Backhaul:

The video surveillance platform allows for the backhaul of the CnE  pipe and AV streams, either across an Ethernet WAN interface or the on-board 3G GSM modem.

Camera integration:

The platform integrates with any IP camera. Additionally, any I/O interface that a camera might provide (such as zone or movement triggers) can be integrated with the platform as part of the site security profile.

Scalability:

The platform has been designed to be highly scalable from an interface point of view. The number of I/Os available to the system is easily scaled from a standalone device to a large installation by adding further RSM IO modules.

 

 

 
 

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