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User Guide. Introduction
Software lifecycle and update policy
Information security of Axxon One
Description of Axxon One
- Basic principles of building a security system based on Axxon One
- Axxon One features: reference information
- Functions of the distributed security system
- Axxon One architecture
- Network Topologies of Axxon One
- Characteristics of Axxon One
- Implementation requirements for Axxon One
- Interface of Axxon One
- Ports used by Axxon One
- Configuring the Server ports
- Requirements for Personnel Quantity and Qualifications
Installing Axxon One
Licensing of the software product
Starting and stopping Axxon One software
- Starting Axxon One
- Stop Axxon One
- Quick user switching
- Quick connection to another server
- Automatic server restart
Configuration of Axxon One
- General information on system configuration
- Devices
- Configuring domains
- Searching, adding, configuring, and removing IP devices
- Configuring system objects for devices
- Server
- Camera
- Configuring video stream settings
- Configuring a privacy mask
- Putting a text over the Surveillance window
- Bulk application of settings
- Configuring fisheye cameras
- Connecting and configuring cameras over standard protocols
- Configuring connection of video cameras with dynamic IP addresses
- Configuring virtual cameras
- Restoring default camera settings
- The IP Server object
- Channel
- Input
- Output
- Microphone
- PTZ
- Speaker
- Email notifier
- Embedded storage
- Configuration of the export agent
- Specifics of device configuration
- Features for tracking moving objects
- Receiving events from external systems
- Configuring video camera groups
- Automatic copying of data from local Servers to a centralized Server
- Configuring the group of cameras
- Аrchive
- General information about server archives
- Creating archives
- Creating a local archive
- Creating a remote archive
- Creating a cloud archive
- General information about a cloud archive
- Configuring an archive volume based on the Microsoft Azure solution
- Configuring an archive volume based on the Amazon solution
- Configuring an archive volume based on the Seagate Lyve Cloud solution
- Configuring an archive volume based on the Wasabi solution
- Configuring an archive volume based on the MinIO solution
- General information about the Round-robin algorithm
- Creating an archive based on existing archive volumes
- Editing archives
- Configuring archives
- Configuring recording to an archive
- Configuring the default archive
- Configuring a write limit on an archive volume
- Configuring access restrictions to an archive
- Configuring data replication
- Encrypting a volume of an object archive
- Extending the space of an archive volume
- Saving an archive when replacing a video signal device
- Protecting video recordings from FIFO overwriting
- Statuses of archive volumes
- Removing archive volumes
- Removing archives
- Detectors
- General information about detectors and their sub-detectors
- Processors used for detector operation
- Hardware requirements for GPU-based video decoding
- Installing DetectorPack add-ons
- Configuring detectors and their sub-detectors
- Metadata database
- Neural analytics
- General settings of the detectors
- Standard sub-detectors
- General information on the standard sub-detectors
- Video stream and scene requirements for the standard sub-detectors
- Image requirements for the standard sub-detectors
- Configuring Line crossing
- Configuring Loitering in area
- Configuring Stop in area
- Configuring the Track masking
- Configuring Motion in area
- Configuring Entrance in area
- Configuring Exit from area
- Configuring Multiple objects
- Configuring Move from area to area
- Category: Trackers
- Abandoned object detector VI
- Functions of the Abandoned object detector VI
- Video stream and scene requirements for the Abandoned object detector VI
- Image requirements for the Abandoned object detector VI
- Licensing of the software module for the Abandoned object detector VI in Windows OS
- Licensing of the software module for the Abandoned object detector VI in Linux OS
- Configuring the Abandoned object detector VI
- Abandoned object detector VI (Street)
- Functions of the Abandoned object detector VI (Street)
- Video stream and scene requirements for the Abandoned object detector VI (Street)
- Image requirements for the Abandoned object detector VI (Street)
- Licensing of the software module for the Abandoned object detector VI (Street) in Windows OS
- Licensing of the software module for the Abandoned object detector VI (Street) in Linux OS
- Configuring the Abandoned object detector VI (Street)
- Neural tracker
- Object tracker
- Human tracker VL
- Functions of the Human tracker VL
- Video stream and scene requirements for the Human tracker VL and its sub-detectors
- Image requirements for the Human tracker VL and its sub-detectors
- Activating the license for the Human tracker VL in Windows OS
- Activating the license for the Human tracker VL in Linux OS
- Configuring the Human tracker VL
- Stopped object detector
- Motion detector
- Privacy masking
- Motion in area detector VI
- Functions of the Motion in area detector VI
- Video stream and scene requirements for the Motion in area detector VI
- Image requirements for the Motion in area detector VI
- Licensing of the software module for the Motion in area detector VI in Windows OS
- Licensing of the software module for the Motion in area detector VI in Linux OS
- Configuring the Motion in area detector VI
- Movement in prohibited direction VI
- Functions of the Movement in prohibited direction VI detector
- Video stream and scene requirements for the Movement in prohibited direction VI detector
- Image requirements for the Movement in prohibited direction VI detector
- Licensing of the software module for the Movement in prohibited direction VI detector in Windows OS
- Licensing of the software module for the Movement in prohibited direction VI detector in Linux OS
- Configuring the Movement in prohibited direction VI detector
- Line crossing VI
- Functions of the Line crossing VI detector
- Video stream and scene requirements for the Line crossing VI detector
- Image requirements for the Line crossing VI detector
- Licensing of the software module for the Line crossing VI detector in Windows OS
- Licensing of the software module for the Line crossing VI detector in Linux OS
- Configuring the Line crossing VI detector
- Abandoned object detector VI
- Category: Face
- Face detector VL
- Functions of the Face detector VL
- Hardware requirements for the Face detector VL and its sub-detectors
- Video stream and scene requirements for the Face detector VL and its sub-detectors
- Image requirements for the Face detector VL and its sub-detectors
- Optimizing the operation of the Face detector VL on GPU in Windows OS
- Optimizing the operation of the Face detector VL on GPU in Linux OS
- Configuring the Face detector VL
- Mask detector VL
- Face detector VA
- Functions of the Face detector VA
- Manual for switching from the Face detector TV to Face detector VA
- Hardware requirements for the Face detector VA and its sub-detectors
- Video stream and scene requirements for the Face detector VA and its sub-detectors
- Image requirements for the Face detector VA and its sub-detectors
- Optimizing the operation of the Face detector VA on GPU in Windows OS
- Optimizing the operation of the Face detector VA on GPU in Linux OS
- Configuring the Face detector VA
- Mask detector VA
- Checking in lists of faces
- FaceCube+ external face recognition system
- Face detector TV
- Functions of the Face detector TV
- Hardware requirements for the Face detector TV and its sub-detectors
- Video stream and scene requirements for the Face detector TV and its sub-detectors
- Image requirements for the Face detector TV and its sub-detectors
- Optimizing the operation of the Face detector TV on GPU in Windows OS
- Optimizing the operation of the Face detector TV on GPU in Linux OS
- Configuring the Face detector TV
- Mask detector TV
- Face detector VL
- Category: Vehicle
- License plate recognition BRS
- License plate recognition IV
- Functions of the License plate recognition IV
- Hardware requirements for the License plate recognition IV
- Video stream and scene requirements for the License plate recognition IV and its sub-detectors
- Image requirements for the License plate recognition IV and its sub-detectors
- Activating the license for the License plate recognition IV in Windows OS
- Activating the license for the License plate recognition IV in Linux OS
- Configuring the License plate recognition IV
- License plate recognition RR
- Functionality of License plate recognition RR
- Hardware requirements for License plate recognition RR
- Camera requirements for License plate recognition RR and its sub-detectors
- Optimizing the operation of License plate recognition RR on GPU in Windows OS
- Optimizing the operation of License plate recognition RR on GPU in Linux OS
- Configuring License plate recognition RR
- License plate recognition RR—Search in archive
- Functionality of License plate recognition RR—Search in archive
- Hardware requirements for License plate recognition RR—Search in archive
- Camera requirements for License plate recognition RR—Search in archive and its sub-detectors
- Optimizing the operation of License plate recognition RR—Search in archive on GPU in Windows OS
- Optimizing the operation of License plate recognition RR—Search in archive on GPU in Linux OS
- Configuring License plate recognition RR—Search in archive
- License plate recognition RR—Parking
- Functionality of License plate recognition RR—Parking
- Hardware requirements for License plate recognition RR—Parking
- Camera requirements for License plate recognition RR—Parking and its sub-detectors
- Optimizing the operation of License plate recognition RR—Parking on GPU in Windows OS
- Optimizing the operation of License plate recognition RR—Parking on GPU in Linux OS
- Configuring License plate recognition RR—Parking
- Vehicle recognition RR
- Functionality of Vehicle recognition RR
- Hardware requirements for Vehicle recognition RR
- Camera requirements for Vehicle recognition RR and its sub-detectors
- Optimizing the operation of Vehicle recognition RR on GPU in Windows OS
- Optimizing the operation of Vehicle recognition RR on GPU in Linux OS
- Configuring Vehicle recognition RR
- License plate recognition VT
- Functions of the License plate recognition VT
- Hardware requirements for the License plate recognition VT
- Video stream and scene requirements for the License plate recognition VT and its sub-detectors
- Image requirements for the License plate recognition VT and its sub-detectors
- Optimizing the operation of the License plate recognition VT on GPU in Windows OS
- Optimizing the operation of the License plate recognition VT on GPU in Linux OS
- Licensing of the software module for the License plate recognition VT in Windows OS
- Licensing of the software module for the License plate recognition VT in Linux OS
- Configuring the License plate recognition VT
- License plate recognition XR
- Functions of the License plate recognition XR
- Hardware requirements for the License plate recognition XR
- Video stream and scene requirements for the License plate recognition XR
- Image requirements for the License plate recognition XR
- Licensing of the software module for the License plate recognition XR in Windows OS
- Configuring the License plate recognition XR
- Installing and configuring Vaxtor License Server using Docker for License plate recognition XR
- Checking in lists of LPs
- Category: Poses
- Human pose detector
- Person-based privacy masking
- Category: Production Safety
- Audio classification IV
- Neural classifier
- Fire detector
- Equipment detector
- Functions of the Equipment detector
- Video stream and scene requirements for the Equipment detector and its sub-detectors
- Image requirements for the Equipment detector and its sub-detectors
- Example of providing a list of valid equipment at the facility for the Equipment detector
- Configuring the Equipment detector
- Smoke detector
- Water level detector
- Glow detector
- Equipment detector VL
- Functions of the Equipment detector VL
- Video stream and scene requirements for the Equipment detector VL and its sub-detectors
- Image requirements for the Equipment detector VL and its sub-detectors
- Example of providing a list of valid equipment at the facility for the Equipment detector VL
- Activating the license for the Equipment detector VL in Windows OS
- Activating the license for the Equipment detector VL in Linux OS
- Configuring the Equipment detector VL
- Category: Retail
- Category: Service
- Audio loss detector
- Noise detector
- Signal detector
- Video clarity detector
- Detector of atypical changes in the scene VI
- Functions of the Detector of atypical changes in the scene VI
- Video stream and scene requirements for the Detector of atypical changes in the scene VI
- Image requirements for the Detector of atypical changes in the scene VI
- Licensing of the software module for the Detector of atypical changes in the scene VI in Windows OS
- Licensing of the software module for the Detector of atypical changes in the scene VI in Linux OS
- Configuring the Detector of atypical changes in the scene VI
- Category: Other
- Category: Embedded
- General information about embedded detectors
- Embedded IVA analytics
- Embedded ONVIF analytics
- Adding the ONVIF Profile M embedded detection tools
- Embedded license plate recognition detectors
- Embedded vehicle speed measurement radar
- Embedded temperature detector
- Face detection and temperature control with Mobotix M16 TR cameras
- AxxonSoft Tracker in Axis devices
- Multi-camera tracker
- Programming
- General information about macros
- Configuring macros
- Configuring start conditions
- Starting the Event rules macros based on statistical data
- Configuring macros when working with lists of faces
- Parameters that specify the conditions for starting a macro when recognizing a face
- Configuring macros when working with lists of license plates
- Parameters that specify the conditions for starting a macro when recognizing a vehicle
- Examples of macros
- Wait for events
- Control alarms
- Control archive
- Control devices and outputs
- Notifications
- Control camera
- Play audio
- Execute queries and actions
- Control layouts
- Text templates in the action settings
- Examples of Cycle rules macros
- Examples of macros used when working with lists of faces
- Examples of macros used when working with lists of license plates
- Examples of macros used for barcode detection
- Users
- Configuring a layout
- Creating and deleting layouts
- Rename Layouts
- Layouts grouping
- Reorder Layouts
- Layout copying
- Editing layouts
- Switching to layout editing mode
- Selecting a layout for editing
- Configuring layout cells
- Configuring Surveillance windows
- Selecting default functions for Surveillance windows
- Selecting the default video stream for all cameras on the layout
- Selecting the default video mode for a camera
- Moving input and output icons in the Surveillance window
- Configuring default digital zoom (the Fit screen function)
- Configuring pan/tilt angle for cameras with Immervision lenses in 180 degrees Panorama display format
- Configuring display of water level sensor
- Adding links to other cameras to the Surveillance window
- Configuring information boards
- Configuring Alarms Panel on a layout
- Exiting Layout Editing mode
- Configuring layouts
- Share Layouts
- Configuring special layouts
- Configuring custom slideshows
- Setting the default layout
- Setting a layout ID
- Configuring Video wall
- Configuring the interactive map
- Options
Working with Axxon One
- Main Elements of the User Interface
- Video surveillance
- Video surveillance modes
- Functions available in all video surveillance modes
- Scaling the Surveillance window
- Digital video zoom
- Video image processing
- Video image rotation
- Object tracking
- Displaying information from a detector (mask)
- Operator comments
- Viewing titles from POS terminals
- Partial decompression of video signal
- Switching to other camera via a link in the Surveillance window
- Live video surveillance
- Switching to Live mode
- Video surveillance functions available in Live mode
- Arming and disarming a camera
- Selecting video stream quality in a Surveillance window (GreenStream)
- Autozoom
- Controlling a PTZ сamera
- Managing output
- Displaying the input status
- Automatic replacement of the camera on layouts
- Freeze frame
- Viewing events from the detectors of the selected camera
- Removing a camera from a layout
- Video surveillance in the Alarm management mode
- Video surveillance in the Archive mode
- Switching to the Archive mode
- Functions of video surveillance available in the archive mode
- Selecting an archive
- Viewing a combined archive
- Synchronized playback of archives
- Compressed playback of archives (TimeCompressor)
- Viewing external archive
- Deleting archive fragment
- Navigating in the archive
- Displaying the causes for the Scene analytics detector to generate an event
- View the results of a saved search query
- Manual archive replication
- Video surveillance in the Archive Search mode
- Switching to Search in archive
- Interface of the Archive Search mode
- Video surveillance functions available in the Archive Search mode
- Search in archive
- Setting a search interval
- Thumbnail search
- Events search
- Line crossing
- Motion in area
- Loitering
- Multiple objects
- Move from area to area
- Bookmarks search
- Search by titles
- Search by LPs
- Vehicle search
- Face search
- Search by barcode
- Search by tampering type
- Meta search
- Working with search results
- Switching between search results
- Saving search queries
- Heat map
- Comments search
- Working with fisheye cameras
- Vehicle license plate recognition and search
- Face recognition and search
- Temperature screening
- Working with information boards
- Layouts management
- Monitor management
- Audio Monitoring
- Working with the interactive map
- Macros control
- Event control
- Export
- Exporting Video Recordings
System log
- Filter, searching for events and viewing search results
- Events in the system log
- Go to the archive video of a specific event
- Refreshing the results of the event search
- Exporting the results of the event search
Working with Axxon One through the Web client
- Web-Сlient overview
- Hardware and software requirements for the Web-Client operation
- Starting and logging in to the Web-Сlient
- Web-Client GUI
- Web-Client configuration
- Searching for video cameras in the Web-Client
- Working with layouts in Web-Client
- Summary of how to work with layouts in Web-Client
- Selecting and searching for a layout
- Creating a new layout in the Web-Client
- Editing and deleting layouts in Web-Client
- Selecting the default layout in Web-Client
- Copying layouts in the Web-Client
- Sharing layouts in the Web-Client
- Creating a temporary layout in the Web-Client
- Real-time video surveillance in the Web-Client
- Controlling PTZ cameras through the Web-Client
- Viewing video archives through the Web-Client
- Archive position selection panel for the Web-Client
- Archive search in the Web-Client
- Viewing events from camera detection tools in the Web-Client
- Running macros in Web-Client
- Viewing and processing alarms in the Web-Client
- Listening to a camera's microphone via the Web-Client
- Digital video zoom in the Web-Client
- Export in the Web-Client
- Viewing camera and archive statistics
- Working with bookmarks in the Web-Client
- Working with interactive map via the Web-Client
Working with Axxon One Through the Mobile Clients
Configuring Failover VMS
- General information about a failover system
- Ports used by the failover system
- Supervisor Web-Interface
- Creating a cluster
- Failover database
- Configure a Failover System Cluster
- Set up access to a supervisor
- Configuration backup and restore for failover VMS
- Transferring configuration from common server to failover server
- Monitoring the status of a cluster
- Connecting to a Node and Configuring of an Axxon domain
- Configuring automatic connection to nodes
- Updating cluster servers
- Setting network interfaces for system nodes operation
- Changing ports in the nodes of the failover system
- Connecting the Client to the Failover Server behind NAT
- Changing logging levels for the Consul and Nomad processes in a failover system
Self-diagnostics service
- General information about the self-diagnostics service
- Starting and stopping the self-diagnostics service
- View metrics in the self-diagnostics service
- Viewing self-diagnostics metrics using third-party Grafana | Prometheus software
Axxon One utilities
- Tray Tool utility
- Network settings utility
- Watermark checker utility
- Backup and restore utility
- Gathering system information utility
- Log management utility
- POS terminal data collection utility
- Console utility for working with archives (vfs_format.exe)
Appendices
Overview
Content Tools