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To security systems engineers, integration reflects the seamless
interface and operation of two systems manufactured by different
companies. Therefore, to design a reliable video management
solution the engineer must fully understand the requirements
of each sub system.
That is why LenSec has put their many years of experience
into the design of their digital video management system.
This integrated suite of enterprise-level video surveillance
software provides not only the password protection layer
for secure, browser-based access but also includes a user
friendly interface for the server, cameras, archival system
and the
physical
communications structure that ties them together.
LenSec's system is designed
to control thousands of surveillance servers and cameras
from one intuitive map based interface. The Map page resembles
a
fire-escape floor plan, and provides a visual reference for
all the cameras installed at your sites. The simple act of
rolling your mouse over a camera provides a “popup” view
of live video at that location.
Today's security systems rarely operate in isolation
and architecting an integrated security solution is a complex
task. Experienced users expect instant access to all
security systems data, regardless of which system generated
the information.
That is why many companies have looked to LenSec’s
integration experts to provide their multi-facility / multi-system
solutions.
Conflicts often exist between the video surveillance system,
access control, intrusion detection and fire detection systems.
Designing the 'right' solution can be affected by many factors
including networked communications structure and planning
for the inevitable changes and additions that will put the
architecture to test. LenSec’s approach to multi-system
integration incorporates the use of industry standard applications
and interface layers to provide the routing, and the seamless
integration of database management functions.
Fortunately, LenSec has the experience to provide the insight,
methodologies and best practices for tight integration
of these systems into a seamless interface.
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