User Manual

Siveillance Video 2019 8 SI SSP SH LPS COS Video
• Generic framework for receiving and storing
metadata from compatible devices and clients
• Route traffic between multiple connected
cameras and multiple clients requesting live view,
playback and export
• Multicast one video stream to all Siveillance Video
Clients. The infrastructure must support IGMP to
reach remote networks
• Multi-live streaming gives the possibility to define
multiple streams for live viewing with different
properties. It optimizes Siveillance Video Client
viewing performance according to the available
bandwidth and view layouts, which is ideal for
deployments with remote viewing
• A dedicated recording stream enables
optimization stream properties (resolutions,
encodings and frame rate) for video storage and
forensic usage
• Secure high-speed recording database holding
JPEG images or MPEG4, MPEG-4 ASP, MxPEG or
H.264 streams
• Flexible control of recording characteristics for
MPEG4/H.264 streams, making it possible to
toggle between recording key frames only or the
full stream
• Record more than 30 frames per second per
camera, limited only by hardware
• Recording quality depends entirely on camera and
video encoder capabilities with no software
limitations
• Possibility to import pre-event images recorded
locally in camera or video encoder
• Built-in, real-time, camera-independent motion
detection with the ability to generate motion
metadata for Smart Search
• Secure HTTPS camera connection on devices
supporting HTTPS
• Digital signing of the recording server’s video
database can be used to verify that recorded
video has not been modified or tampered with
while stored in the Siveillance Video system or
after export
• Remote Connect Services enable you to securely
connect remote cameras across different types of
private and public networks
High availability
•
Siveillance Video 300 offers two levels of
redundancy on the recording servers: Cold and
hot stand-by failover
• Both mechanisms offer fully automatic and user
transparent failover in the event of hardware or
system failure, with automatic synchronization at
system recovery
• Cold stand-by failover is a cost-efficient
redundancy solution where one, or a group of,
failover recording servers can act as backup to
one or multiple recording servers
• Hot Stand-by failover is a high-security
redundancy solution providing minimal
interruption in recording and live streams, where
a dedicated failover recording server is
preconfigured for a recording server
Pan-tilt-zoom (PTZ)
•
“Pass-through” control of manual PTZ operation
from clients with user priority
• 32,000 PTZ priority levels for control of rights
between different operators and automatic
patrolling schemes
• Execute rule-based go-to preset position on
events and patrolling
• Pause PTZ patrolling on event and resume
patrolling after manual session timeout
I/O and events
•
Support for devices with one or more input and
output ports
• Powerful rule processing engine for execution of
start and stop actions triggered by events or time
profiles.
• The recording server runs as a Windows service
under local system account or optional local
Windows user or Microsoft Active Directory
account with run-as-a-service privileges.