OpenEye VMS

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Native Integration Available

This integration requires a Class 2 License and a OpsLink Server. Please contact your account manager for more details.

 

Native Integration: Supported Features

  • Live Video
    Note: Long running Live Video OpenEye connections can experience latency where the video stream begins to lag behind real time live.
  • Live Video Quality Control
  • PTZ Control
  • PTZ Preset GoTo
  • Camera Playback
  • PreAlarm Recording (SureView Response Pro Tier Only)
  • Sync
  • Alarms

Native Integration: Requirements

Version Requirements

N/A - Connects to Open Eye Cloud

 

License Requirements


N/A - No manufacturer license required

Network Requirements

IMPORTANT: The network requirements below apply to all network adapters on the OpsLink Server. If any network adapter does not have access to the list below (or general Internet access) the OpenEye will not be able to connect to cameras. Unused Network Adapters should be disabled rather than left disconnected.

 

From To Port Description
OpsLink Server restapi.gp4f.com 443 (TCP) Communication with API services and branding portal
OpsLink Server *.api.gp4f.com 443 (TCP) Communication with API services and branding portal
OpsLink Server activateapi.gp4f.com 443 (TCP) Communication with licensing service
OpsLink Server ows.openeye.net 443 (TCP) OWS login portal
OpsLink Server stun.u5fgb.com 3478 (UDP) LAN Smart Forwarding (LSF)
OpsLink Server *.*.u5fgb.com 443 (TCP) Relay connection for all regions
OpsLink Server lsf.u5fgb.com 443 (TCP) LAN Smart Forwarding (LSF)

 


Permission Requirements

Requires an OpenEye user with access to the required cameras and devices (including camera PTZ control)

 

Alarm receipt requires the Open Eye HTTPS alert Push URL API Token (details in alarm setup section below)

 

Native Integration: Sync Configuration

The integration can Sync the following device types:

  • Cameras
  • Alarm Points (based on Cameras)
  • DVRs (Network Video Recorders)

Using the SureView Advanced Device Setup go to the Sync Tab and add OpenEye VMS as a new Sync System including the following fields

Host https://restapi.gp4f.com
Important: This must match the above URL exactly (including the https://)
Port 443
Username Openeye VMS Username
Password OpenEye VMS Password
ExtraValue

stun=stun.u5fgb.com;externalid=xxxx;

 

externalid=xxx is the the API token used for the Alarm Receiver (see alarm setup). This value is specified on the OpenEye platform when setting up the integration.

 

Note: If Alarms are not required than you only need to includ the stun value

stun=stun.u5fgb.com

 

Native Integration: Area Sync

Once you have saved your Sync Configuration (described above) you can then add the individual Area Syncs to synchronise March Cameras against individual Areas in SureView.

  1. Go to the  Sureview "Syncs" tab (when adding or editing your Sync System)
  2. Click Add Area Sync
  3. Complete the Area Sync Fields
Field Value
Title The friendly name for the Area Sync
Area Which SureView Area should the sync use when adding doors/alarms etc
Identifier

This is the identifier that you want to sync your Open Eye items against. You can group this in two different ways depending on how you have organised your Open Eye assets

DeviceName=xxx
CameraName=xxxx

Note: Leaving the identifier blank will cause sync to bring in all Open Eye items.

Each of these can synchronise on absolute values or make use of the * wildcard e.g.

 

CameraName=*-Entrance

 

Would synchronise against all readers that started with "Entrance-" e.g.

 

Front-Entrance

Side-Entrance

Back-Entrance

Interval How often should the system sync into SureView?
default: 24 hours
Enabled

Enable or Disable the automatic Sync

default on

Allow Update Area Allows the sync to automatically move synced cameras/alarms to a different area

Default off

recommended to keep off
Allow update Device Settings

Allows the sync to automatically update the cameras/alarm settings

Default off

 

recommended to keep off

 

 

Native Integration: Setup Alarms

Alarms are received into SureView via the Open Eye HTTPS Alert Integration.  

  1. As a web services administrator: Login to Open Eye VMS Web Interface
  2. Go to Management > Integrations
    Integrations Dropdown.png
  3. Click the Add New Integration button
    Add New Integration button.png
  4. Select the Integration Alert Feed  (Type: Monitoring) from the list of Integrations and press Next
    Integration List Alert Feed.png
  5. In the General Settings tab, the Enable Alert Feed integration will already be checked by default. Leave it checked.
    Manage_Integrations_General_Settings.png

  6. Select the Alert Feed Tab.
  7. Under HTTPS Alert Push Integration - Enter a Name e.g.  "SureView Alarms"
  8. In the "Address? field" enter
    https://us.sureviewops.com:443/OpenEyeAlarmReceiver
    or
    https://eu.sureviewops.com:443/OpenEyeAlarmReceiver
    (depending on if you are a US or EU hosted customer)
    Manage_Integrations_HTTPS_Alert_Alert_Feed_tab.png
  9. Click Generate New Token to generate the API token / "externalid" that is used in the SureView Open Eye "Extra Value" filed
  10. Click Save

 

Native Integration: Alarm Types

Event Code Event Title
0 NVR Abnormal restart
1 NVR Smart Pred Drive Failure
2 NVR Not Reporting
3 NVR Reporting
4 NVR Video Loss
5 NVR Video Return
6 Motion On
7 Motion Off
8 Sensor On
9 Sensor Off
10 Stateless Motion
11 Stateless Sensor
12 NVR Hard drive Missing
13 Service Abnormal Restart
14 NVR Raid Event
70 Area Armed
71 Area Disarmed
72 Area Late to Alarm
75 Door Open
78 Timeout Device (Panel Disconnected)
79 Panel Connected
80 Zone Alarm
81 Zone Alarm Fire
82 Zone Alarm Burglary
83 Zone Alarm Supervisory
84 Zone Alarm Panic
85 Zone Alarm Emergency
86 Zone Restore
88 Door Forced Open
89 Door Held Open
90 Access Location Locked Denied
91 Access Invalid Location
92 Access Invalid  Time
93 Access Passback Violation Denied
94 Access Invalid PIN
95 Access Invalid Level
97 Zone Alarm Day
98 Zone Alarm Night
99 Zone Alarm Exit
100 Analytic Tampering Started
101 Analytic Tampering Ended
102 Analytic Fog Detection Started
103 Analytic Fog Detection Ended
104 Analytic Passing Started
105 Analytic Passing Ending
106 Analytic Intrusion Started
107 Analytic Intrusion Ended
108 Analytic Entering Started
109 Analytic Entering Ended
110 Analytic Exited Started
111 Analytic Exiting Ended
112 Analytic Appearing Started
113 Analytic Appearing Ended
114 Analytic Loitering Started
115 Analytic Loitering ended
116 Analytic Gunshot Started
117 Analytic Gunshot Ended
118 Analytic Scream Started
119 Analytic Scream Ended
120 Analytic Explosion Started
121 Analytic Explosion Ended
122 Analytic Glass Break Started
123 Analytic Glass Break Ended
124 Analytic Audio Detection Started
125 Analytic Audio Detection ended
126 Analytic Face Detection Started
127 Analytic Face Detection Ended
128 Analytic Defocus Detection Started
129 Analytic Defocus Detection Ended 
133 Analytic Queue1 Started
134 Analytic Queue1 Ended
135 Analytic Queue2 Started
136 Analytic Queue2 Ended
137 Analytic Queue3 Started
138 Analytic Queue3 Ended
141 Analytic Person Detected
142 Analytic Person Detect Ended
143 Analytic Vehicle Detected
145 Analytic Vehicle Detect Ended
146 Analytic Thermal
149 Analytic License Plate Detected
150 Analytic Gun Detected
151 Analytic Gun Detect Ended
153 Analytic Scenario Started
154 Analytic Scenario Ended
512 Camera Status Images
1500 Environmental Health Index
1501 Environmental AQI
1502 Environmental PM25
1503 Environmental TVOC
1504 Environmental  CO2CAL
1505 Environmental NO2
1506 Environmental Humidity
1507 Environmental Temperature F
1508 Environmental Help
1509 Environmental Masking
1510 Environmental Aggression
1511 Environmental Gunshot
1512 Environmental Tamper
1513 Environmental Vape
1514 Environmental THC


Native Integration: Troubleshooting

Live Cameras are Timing Out

The Open Eye SDK automatically scans all network adapters each time a connection is attempted. Any network adapter that does not meet the Network Requirements (or doesn't have internet access) will cause the scan to timeout (resulting in live video connection timeouts in sureview)

To resolve this please ensure that all network adapters on the OpsLink Server meet the network requirements or disable any network adapters that should not be used.

The commands netsh interface show interface or wmic nic get AdapterType, Name in an administrator powershell window on the OpsLink Server may help identify adapters that are causing delays.

 

Live Camera streams are lagging behind real life / PTZ controls take a long time to action

OpenEye VMS SDK has a known Live Video Latency limitation that can impact long running live connections. The longer a live camera stream is kept open the further behind "live" the video will be.

This is most noticeable when using PTZ controls as the commands themselves will be actioned very quickly but this may not be shown on the live video until the stream catches up with "real time"

 

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