To view a video showing the firmware upgrade process, click here.

1.1 Open Wisenet Device Manager from a computer connected to the same network as the camera.
1.2 Click on ‘Search’.

2.1 Select the device
2.2 Click on ‘FW’
2.3 Select ‘FW Upgrade’

3. Click on ‘File Open’

Note: You can also click the ‘Download’ button to have Wisenet Device Manager download the necessary firmware files.

4.1 Browse for the correct Firmware File.  Note that a downloaded firmware file is typically in a ZIP file.  You will need to first unzip the firmware file so that you can locate the .IMG file.
4.2 Click on ‘Open’

5. Click on ‘Upgrade’

6.1 Wait until the Status shows “Success” and the New version of the firmware is displayed.
6.2 Click on ‘Close’ to finish.

VMS & ONVIF Supported Device Firmware Version

1. VMS Supported Device Firmware Version

You can search a supported device list for 3rd party VMS through the below websites.

– Genetec: https://www.genetec.com/supported-device-list

– Milestone: https://www.milestonesys.com/support/tools-and-references/supported-devices/

– WAVE: https://wavevms.com/resources/compatible-devices/

And, in this kind of list, you may be noticed that some specific version of firmware are listed.

It looks that specific version of firmware only can support for the VMS, but it is not.

All Hanwha cameras are basically backward compatible, so you can think of them as Latest Firmware or Higher versions can support the VMS properly.

Please use the latest firmware, and let us know if you have any issues with the version.

How To Wisenet Firmware Update

2. ONVIF Supported Device Firmware Version

You can search ONVIF certification for our Wisenet Cameras through the below ONVIF website.

ONVIF: https://www.onvif.org/conformant-products/

The certified version on the list could be an older version when you are searching ONVIF certification.

In that case, please request a new ONVIF certification for the latest version of firmware.

How to Security Systems Firmware Upgrade: A Comprehensive Guide

Learn how to perform a security systems firmware upgrade with our step-by-step guide. Ensure your security systems are up-to-date and running smoothly.

Table of Contents

1. Introduction to Security Systems Firmware
2. Importance of Firmware Upgrades in Security Systems
3. Types of Security Systems That Require Firmware Upgrades
4. Understanding Firmware and Its Role in Security Systems
5. Preparing for a Firmware Upgrade
   • 5.1 Backing Up Your Security System
   • 5.2 Checking the Current Firmware Version
6. Steps to Perform a Security Systems Firmware Upgrade
   • 6.1 Downloading the Latest Firmware
   • 6.2 Uploading and Installing the Firmware
7. Post-Upgrade Procedures
   • 7.1 Verifying the Firmware Installation
   • 7.2 Restoring System Settings
8. Troubleshooting Common Issues During Firmware Upgrade
   • 8.1 Firmware Update Failed
   • 8.2 System Incompatibility Issues
9. Best Practices for Maintaining Security System Firmware
10. The Risks of Not Updating Security System Firmware
11. How Often Should You Update Your Security Systems Firmware?
12. Automated Firmware Updates: Pros and Cons
13. Choosing the Right Time for a Firmware Upgrade
14. FAQs on Security Systems Firmware Upgrade
15. Conclusion

1. Introduction to Security Systems Firmware

Firmware is the backbone of any security system, acting as the bridge between the hardware and software components. It controls the system’s fundamental operations and ensures that all parts function harmoniously. Understanding what firmware is and its significance is crucial before diving into the upgrade process.

2. Importance of Firmware Upgrades in Security Systems

Upgrading your security system’s firmware is not just about keeping up with technology; it’s about ensuring your system’s integrity, performance, and security. Firmware updates often come with patches for vulnerabilities, new features, and improved compatibility, making them essential for maintaining robust security.

3. Types of Security Systems That Require Firmware Upgrades

Various security systems, including surveillance cameras, alarm systems, access control systems, and home automation devices, require regular firmware updates. Each of these systems relies on firmware to operate efficiently and securely.

4. Understanding Firmware and Its Role in Security Systems

Firmware is embedded software programmed directly into the hardware of a security system. It dictates how the system behaves, processes data, and communicates with other devices. Without regular updates, firmware can become outdated, leaving your security system vulnerable to new threats and inefficiencies.

5. Preparing for a Firmware Upgrade

Before starting the upgrade process, preparation is key. This involves several steps that ensure the system is ready for the new firmware.

5.1 Backing Up Your Security System

Always back up your system settings and data before initiating an upgrade. This precautionary step ensures that you can restore your system to its previous state if something goes wrong during the update.

5.2 Checking the Current Firmware Version

Knowing the current firmware version helps you determine whether an upgrade is necessary. Most systems allow you to check the firmware version through the system’s interface or accompanying software.

6. Steps to Perform a Security Systems Firmware Upgrade

Upgrading the firmware of your security system can seem daunting, but following these steps can simplify the process.

6.1 Downloading the Latest Firmware

First, visit the manufacturer’s website or use the system’s software to download the latest firmware version. Ensure the firmware is compatible with your specific model.

6.2 Uploading and Installing the Firmware

Once downloaded, upload the firmware to your security system via a USB drive, SD card, or through a network connection. Follow the on-screen instructions to install the update, and avoid interrupting the process to prevent errors.

7. Post-Upgrade Procedures

After successfully installing the firmware, some post-upgrade steps ensure everything is running smoothly.

7.1 Verifying the Firmware Installation

Check the system’s firmware version again to confirm that the update was successful. If the new version is displayed, your upgrade is complete.

7.2 Restoring System Settings

If the upgrade reset any settings, restore them from your backup. This step ensures your system functions as expected with the new firmware.

8. Troubleshooting Common Issues During Firmware Upgrade

Sometimes, things don’t go as planned. Here’s how to troubleshoot common problems during a firmware upgrade.

8.1 Firmware Update Failed

If the update fails, restart the system and try again. Ensure that the firmware file is not corrupted and is compatible with your system.

8.2 System Incompatibility Issues

Incompatibility issues can arise if the wrong firmware version is installed. Double-check the firmware version and the model of your security system to avoid this issue.

9. Best Practices for Maintaining Security System Firmware

To keep your security system running optimally, follow these best practices for maintaining firmware.

• Regularly Check for Updates: Set a reminder to check for firmware updates every few months.
• Enable Notifications: Some systems allow you to enable notifications for new firmware releases.
• Test System After Update: Always test your security system after a firmware update to ensure all components are functioning correctly.

10. The Risks of Not Updating Security System Firmware

Failing to update your security system’s firmware can lead to several risks, including:

• Security Vulnerabilities: Hackers often exploit outdated firmware to gain unauthorized access.
• Reduced System Performance: Over time, outdated firmware can slow down your security system.
• Loss of New Features: Manufacturers often add new features to firmware updates, which you’ll miss out on if you don’t upgrade.

11. How Often Should You Update Your Security Systems Firmware?

There’s no one-size-fits-all answer, but as a rule of thumb, check for updates at least twice a year or whenever the manufacturer releases a new version. This ensures your system remains secure and up-to-date.

12. Automated Firmware Updates: Pros and Cons

Many modern security systems offer automated firmware updates, but this feature comes with both advantages and disadvantages.

Pros:

• Convenience: Updates are installed automatically without manual intervention.
• Timeliness: Your system stays updated without delay.

Cons:

• Lack of Control: You may not have the opportunity to back up settings before the update.
• Potential Downtime: Automated updates can occur at inconvenient times, potentially disrupting your system’s operation.

13. Choosing the Right Time for a Firmware Upgrade

Timing is crucial when performing a firmware upgrade. Choose a time when your security system’s downtime will have the least impact, such as during off-hours or when the premises are unoccupied.

14. FAQs on Security Systems Firmware Upgrade

1. What is firmware in a security system?

Firmware is a type of software embedded into the hardware of a security system, controlling its basic operations and functions.

2. How do I know if my security system needs a firmware update?

You can usually check for firmware updates via the system’s interface or the manufacturer’s website. If your system is experiencing performance issues, it might be time for an update.

3. Can I revert to the previous firmware version if something goes wrong?

Some systems allow you to revert to the previous firmware version, but this is not always possible. Always back up your system before upgrading.

4. Will a firmware upgrade affect my system’s settings?

In some cases, a firmware upgrade may reset your system’s settings. It’s important to back up your settings before performing an upgrade.

5. How long does a firmware upgrade take?

The duration of a firmware upgrade varies depending on the system, but it usually takes anywhere from a few minutes to an hour.

6. Are firmware upgrades free?

Most manufacturers provide firmware updates for free as part of their ongoing support for the product.

15. Conclusion

Upgrading the firmware of your security system is an essential task that ensures your system remains secure, efficient, and equipped with the latest features. By following the steps outlined in this guide, you can confidently perform a firmware upgrade and maintain the integrity of your security systems.

Overview

Video surveillance systems can sometimes be too expensive and difficult to maintain for general home users. By supporting webcam monitoring & recording, QNAP Turbo NAS offers an affordable and easy-to-use option for home and small office security. The Surveillance Station app on Turbo NAS is capable of 24/7 recording, taking screenshots, and allows you to remotely view live video streams and recorded files anytime, anywhere.

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Webcam surveillance requirements

You will need a webcam with a built-in UVC (USB Video Class) driver. You may refer to the following lists for compatible webcams:

Please note:

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How to use Webcam on Surveillance Station on QNAP NAS?

Read Also : Dahua XVR Remote Access Full Guide

Configure Surveillance Station for webcam recording

1. Connect a USB webcam

Connect a USB webcam to a USB port on the Turbo NAS. If the webcam is supported, it will be listed as a log showing a generic UVC camera in “Control Panel” > “System Settings” > “System Logs” on the NAS.

2. Install the QUSBCam QPKG from App Center (either Automatically or Manually)

Automatic installation: Install the QPKG from “App Center” > “Surveillance” > “QUSBCam” of the NAS.

Manual installation: Download the QUSBCam QPKG from the App Center on the QNAP website. Then you can install it by clicking the “Install Manually” button and by selecting the location of the QUSBCam QPKG to start installing.

3. Configure webcam in QUSBCam

First, open “QUSBCam”.

Video settings can be configured here.

4. Configure Surveillance Station

a. Install Surveillance Station

Please note: To ensure proper operations of Surveillance Station, we recommend rebooting the Turbo NAS after its installation is completed.

b. Configure the webcam on Surveillance Station with required settings: (Please check the detailed settings in QUSBCam, “HTTP URL” may vary by different situation.)

Please note: Before applying new settings, you can click “Test” on the right to check that the connection to your webcam is successful.

After you have added the USB webcam camera to your Turbo NAS, go to the “Monitor” page. If it is your first time accessing this page in your web browser, you will have to install an ActiveX control (QMon.cab) before using Monitor or Playback functions. Please follow the on-screen instructions to complete the installation. You can use Surveillance Station in Google Chrome, Mozilla Firefox and Microsoft Internet Explorer.

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Play Video Files from Surveillance Station

Click or to enter the playback page and follow the steps below to play video files on the remote Surveillance Station.

1. Drag and drop camera(s) from the server/camera tree to the respective playback window(s) to select the channel(s) for playback.

2. Select a playback date using  You can examine each channel to discover the time range when files were recorded using each camera. Blue cells indicate regular recording files. If it is blank, it means that no files were recorded at that time.

3. Click to begin playback. You can control the speed and playback direction by dragging the buttonto left or right of the shuttle bar.

4. Specify the time to play back the recording files. You can view a preview image on the timeline bar to search for the moment you want to play.

5. Click to control all the playback windows to play back the recording files. When this function is enabled, the playback options (play, pause, stop, previous/next frame, previous/next file, speed adjustment) will be applied to all of the playback windows.

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How to Use QUSBCam2 with USB Cameras?

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Overview

QUSBCam2 transforms USB cameras (webcam)(*1) into IP cameras with ONVIF compatibility and full support for the RTSP protocol. Its live view does not require any extra plug-ins in your browser, and it is a handy surveillance tool for homes and small offices.

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Requirements

How to View a Live Stream on QUSBCam2

1.Install USB Camera
After connecting the USB camera to the NAS, the USB camera appears on the USB Device page.

2.Set as channel
After installing the USB camera, go to Channel List and click “Create Channel” to create a QUSBCam2 channel.

Set the channel name and video or audio configuration.
Note: Only MJPEG format supports the live function.

3.Check the Channel List
Go to Channel List and check if the thumbnail image of the USB camera is available. If you see the  live button, it means that the camera supports the live function.

Configure Surveillance Station for Webcam Recording

Go to “Surveillance Station” > “Camera Configuration” and then click “Add”. Select “Search camera(s) automatically” and then click “Next”.

For Search type, select “ONVIF” and then select the QUSBCam2 camera. Click “OK”.

Surveillance Station automatically completes the camera information except for the user name and password. Use the same login credentials for the NAS that you are using.

Click  to launch the QVR client to see the live video and recording.

Additional Information

QNAP does not guarantee full compatibility with all USB cameras. For details on compatible USB cameras (webcam), refer to the following lists for UVC (USB Video Class):

Logitech UVC Webcam List
http://support.logitech.com/en_us/article/6471

Linux UVC Webcam List
http://www.ideasonboard.org/uvc/

The NVR features embedded 16x 802.3 at/af PoE ports to provide users easy and convenient IP camera installation, and also supports remote and mobile access via VIVOCloud and iViewer apps for both iOS and Android devices. The VIVOCloud app provides instant push notification and direct video playback functions when triggered by an alarm notification and provides users a flexible and intelligent NVR for seamless use in small to medium sized video surveillance applications.

Highlight Feature

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New Web UI Available for Plug-in Free Browser

Actively adopting current trends and simultaneously protecting your cybersecurity, VIVOTEK’s new web UI supports Chrome browsers without the need for web plugins. It lets users login and operate with ease, and solves issues related to system administrator authority, safety risks, browser, and OS updates. Furthermore, it now supports H.265 technology meaning that users can attain higher and more efficient image compression rates than previous H.264 systems while maintaining high image quality.

More

Smart VCA Event Search

The NVR supports alarm management and event search of VIVOTEK’s deep-learning video analytics technology, Smart VCA. The user can search by single or multiple event types, playback triggered events and then export these search results to video clips.

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PoE Management

Allow users to quickly troubleshoot problems and monitor power use for better operation. When overloaded, some PoE ports will auto power-off until system power is falls below the threshold for system protection.

Integration with Genetec Security Center

VIVOTEK NVR’s are not only fully integrated with our own VMS software – VAST 2, now they are also able to connect with Genetec Security Center via ONVIF, offering various functions including NVR search & add, video/audio display, video streaming configuration, edge playback, and NVR firmware upgrades. With the connection to Genetec Security Center, reliable video surveillance solutions can be delivered to address small, medium, and large surveillance implementations.

Customer Support

Customer support allows VIVOTEK technical support to rapidly debug your NVR, users only need to export logs by pressing one key and providing the logs to the technical support team to get customer support.
In addition, you can get an access ID while connected to the internet. By keeping the remote access button on and providing the access ID to the technical support team, we can remote access your NVR to analyze the cause of errors and then debug it.

Better Video Quality with Lower Bandwidth

With H.265 standard and VIVOTEK’s Smart Stream technology, VIVOTEK NVR is not only able to provide the high quality video, also save the usage of network bandwidth and recording capacity more than regular H.264 standard.

4K IP Camera Video Input and 4K Local Video Output

Supporting 4K IP camera video input and 4K local video output, VIVOTEK’s NVR can provide users extra high definition video resolution ensuring they will never miss a single detail in both video monitoring and recording.

VIVOCloud App & Portal for 24/7 Viewing

The free VIVOCloud app makes surveillance lightweight and portable, ensuring efficient operation. The latest P2P technology makes remote access even more convenient, by simply scanning the QR-code and installing the app, users can view live streams and play recorded clips with the intuitive interface anytime, anywhere. Armed with the Push Notification function, users will directly get an alert message on their Android/iOS mobile device and directly playback the video to check for any suspicious activity.

Vivotek NVR Linux based user guide

Read Also : Vivotek firmware DVR NVR IPC Software download

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What information of the ND/NV-Series NVR should I provide to contact technical support for help?

Please provide the following information while contacting technical support for help:

We might need the following information, but they are not compulsory:

[Linux-based NVRs] How to upgrade the ND-series NVR?

Enhancing the functionality and security of your ND/NV-Series NVR is crucial, and firmware upgrades play a pivotal role in this process. Please follow the steps below to upgrade the ND/NV-Series NVR:

Before starting the upgrade, it’s recommended to back up your current settings and data to prevent any potential loss.

Step 1. Search for your NVR model on the VIVOTEK official website: https://www.vivotek.com/.

Step 2. Click on the webpage of your specific NVR model.

Step 3. Select ‘Downloads’ to find and download the latest firmware version (for example, ND9425P, as shown in the picture).

Step 4. After downloading, unzip the file to find a .img file.

Step 5. To update the firmware, access the NVR and import the .img file via Settings > System > Maintenance > Update Firmware.

There are two ways to access the NVR: via a Web console or a Local console. Please choose the appropriate method for accessing your NVR.

Web console

Navigate to Settings > System > Maintenance > Update Firmware and follow the previously mentioned steps.

Local console

Firstly, place the .img file on a USB drive and insert it into the NVR.

Then, access the system settings by clicking on the gear icon in the local view.

Once in the ‘Settings’ interface, go to System > Maintenance > Update firmware and proceed as described earlier.  

How to export debug logs and enable remote access function from ND-Series NVR(Linux-based)?

Starts from firmware version v4.1 of ND/NV-Series NVR, VIVOTEK add remote access function on the customer support page.

Please follow the step below to export debug logs and enable remote access* function to get access ID:

There are two ways to access the NVR, please choose which one you access to NVR. 

Web console.

Local console.

Note 1:
1.Remember to provide MAC address of ND-Series NVR at the same time when providing the access ID.
2. Remote access has 14 days validity.

Note 2:
* Important Notice *
The ND9213P, ND9323P and ND9425P NVR remote access service for customer support will be temporarily stopped starting from Feb. 7th, 2022 until the middle of April, 2022 due to service maintenance and firmware tunning. After the proper changes have been done in the cloud platform and the firmware, VIVOTEK will release an statement informing the new NVR firmware v4.1 release and will resume the remote services for those specific models.
For ND9441. ND9541, ND9441P, ND9541P, ND9322P, ND9424P, ND9322P-v2 and ND9424P-v2, remote cloud service will NOT be supported. 

Web console.

• Go to setting>System>Customer support page
(A). Export debug logs.
(B). Enable remote access.(OFF->ON)
(C). Cope Access ID.

Local console.

• Go to setting>System>Customer support page
(A). Export debug logs.
(B). Enable remote access.(OFF->ON)
(C). Cope Access ID.

How to export the backup/configuration file of the ND/NV-Series NVR(Linux-based)?

The NVR backup file contains the device configuration files, usually this file is exported as a security measure in case the device needs to be reset to defaults and then be restored with a predetermined configuration or previous configuration. This file can also be used by VIVOTEK Technical Support in case they require to reproduce an issue (using the same configuration parameters). In order to export the backup file of the ND/NV-Series NVR please follow the next guide:

Chose your interface:
There are two ways to access the NVR, please choose which one you access to NVR. 

Note: If you are planning to provide the configuration file to Technical Support for analysis/troubleshooting please remember to provide the password of the admin account as well.
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Web console:

Step 1. Using a browser, access the NVR using the username and password.

Step 2. Click on the gear icon to access the NVR configuration page.

Step 3. Click on the “System” tab and select “Maintenance”.

Step 4. In the “Maintenance” interface click on the “Backup” button to export the backup/configuration file of the NVR. 

Step 5.When the download promp appears, click on “Save” to save the backup file to the computer.

Step 6.Be sure that the file was correctly stored.

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Local console:

Step 1. Prepare and insert the USB into the NVR USB port. You can use either the back panel USB and frontal panel USB ports (if any) to extract the files. 

Step 2. In the Live View interface, click on the gear icon to access the device configuration page. 

Step 3. Go to the system tab, select the maintenance section and click on the “Backup” button to copy the configuration file in the USB. 

How to know the MAC address, model name, firmware version and device pack version of the ND/NV-Series NVR(Linux-based)?

Please follow the steps below to check the MAC address, model name, firmware version, and device pack version of the ND/NV-Series NVR:

There are two ways to access the NVR, please choose which one you access to NVR. 

Web console.

Local console.

Web console.

1.MAC Address:
Please open the Shepherd on your PC to find the MAC address of NVR.
(Refer to How to get camera list with camera model name, firmware version and MAC addresses via Shepherd?)

2.Model name, Firmware version and Device pack version:
Go to setting>Information>Information

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Local console.

1.MAC Address:
Please find the MAC label on the top of cover or bottom cover of ND/NV-Series NVR.
If there are 2 MACs on the MAC label, please provide us 2 MACs.

2.Model name, Firmware version and Device pack version:
Go to setting>Information>Information

How to get camera list with camera model name, firmware version and MAC addresses via Shepherd?

Question

How to get camera list with camera model name, firmware version and MAC addresses via Shepherd?

Answer

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Step 1

From the Main Menu select Account

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Step 2

Select User ➞ Click on Add User to create a new Username and Password

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Note: You cannot modify the systems defaulted User Names.

Step 3

Create a Username and Password for your new account

Select the permissions you would like the account to access

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Step 4

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If successful, you should now see your new user listed below

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Audio Recording Setup

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From the Main Menu, go to Camera->Encode

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Click the More Settings option

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Click Audio on, Okay and then, Apply

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SCS Pro XVR full installation guide

Read More : Dahua NVR XVR Basic Setup Initial Setup

How to Setup Push Notifications via SCS Pro

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The following guide will apply to the SCS Pro App on the iOS App Store or Google Play Store.

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Start by opening the App. On the Home screen you will tap on the … next to the DVR/NVR you want to enable alerts on.

Then you will tap on Device Details.

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On the Device Details page you will tap on Multi-channel Alarm Subscription.

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Enable the alarm notifications by sliding the switch at the top of the screen.

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Select which type of alert you would like to enable below. This example will show motion detection alerts.

Select the cameras you want to enable Motion Alerts for by tapping on the circle on the right. You can also tap on Select All in the top right if you want to enable alerts for all your cameras. Once you have made your selections tap on the back button on the top left.

Tap on Save at the bottom of the page.

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.You will now be receiving alerts on your mobile device. You may need to alter your SCS Pro App settings inside of your phone or tablet to allow notifications.

Changing Camera Names

This guide will assist you with changing the name of the camera in the Live View Display.

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First you will need to access the main menu by right clicking anywhere on the screen. Left click on Main Menu and enter your password. Then click on Camera under settings.

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In the camera settings click on Camera Name on the left .You will see a list of all the camera channels with their default names. Click in the text box next to the camera you want to modify and type with the on screen keyboard.

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For this example we will name the Channel TEST and then click the apply button on the bottom right.

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You should now see the updated channel name on the Live View screen for that camera.

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NOIP DDNS SETUP INSTRUCTIONS

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Step 1

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Go to https://www.noip.com and Sign Up for an account.

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Make sure to Check the box “Create my hostname later” and create your account.

Step 2

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Once your account is created and verified proceed to the Login Page https://www.noip.com/login?ref_url=console

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Login with your account from here.

Step 3

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Once you login you will be greeted by the dashboard, from the top left proceed to Account > Account Info page.

From the Account Info page, you will need to go to username and add a username. See Figure 1 below. This is for your device to login with later.

Once done, the NVR/DVR can be bound to the account and trace the Public IP from your Local Network and send that information to NOIP.

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Figure 1

Step 4

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Once the account info has been configured go to Dynamic DNS > NOIP Hostnames and create a Hostname

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When creating a hostname, you would put in the hostname spot a name or address that is easy to remember. For example, if the hostname is myhost211 and the domain is set to ddns.net when it is created it will look like “myhost211.ddns.net”

See Figure 2

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Figure 2

Step 5

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Once your DDNS is created, you can go into your system’s Main Menu > Network > DDNS page and select NOIP for the DDNS type. Then you would type in your login information to the username and password area of the system and type in the full domain name.

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i.e., Username: (NOIP Username) Password: (NOIP Password) Domain: “YourNOIPDomain.quickddns.com”

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If setup correctly NOIP will Dynamically update the IP as needed on its own. NOIP is a subscription service so if you do not have a subscription you will need to manually re-apply for your DDNS once every month.

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To enable this on older DVR’s pre 2015 you may need to go to Settings > Network > Advance Settings > DDNS and Double click on the setting then Enable it.

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With the DDNS configured on the system you will need to then port forward your router with either the TCP or HTTP ports for your system.

The Default ports that need to be opened for the Blue / Black line systems are TCP 80 for Web and TCP 37777 for the Apps.

You can learn more about Port forwarding on your router here.

How To Set Up Port Forwarding – Port Forward

With the steps above correctly setup your system will be configured to the NOIP Server.

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If you have any questions or issues please contact our Support team at

support@cctvsecuritypros.com or (888-653-2288) ext 3

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How to Reset Password via SCS Pro

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The following guide will apply to the Blue and Black Line recorders.

If using a Blue line NVR, make sure all cameras are connected.

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Start by Right Clicking with your mouse anywhere on the screen. Then select

Main Menu

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If you previously setup a Pattern Login. You will select Forgot Pattern

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On the Login Screen select the Forgot Password option on the right..

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On the Next Page. Please read and select OK at the bottom

This is the Password Reset screen. This screen shows a QR code on the Left that you will scan with your Smartphone or Tablet using the SCS Pro App.

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Once correctly scanned with SCS Pro. The email at the bottom of your screen will receive a Security code to reset your password. Please ignore the Mobile Client QR code on the Right.

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The steps on the next page will be using the SCS pro application on your Smartphone or Tablet

Once you have SCS Pro installed and opened. Click Setting at the bottom right.

Tap on Tool Manager at the middle of the page.

On this page, Select Password Resetting. This will bring up your Camera to scan the QR code. Please allow any permissions for the app.

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You can then Scan the QR code on the Left of your Password Reset screen.

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If scanned correctly, a Security Code will be sent to the email at the bottom of your Password Reset screen. Type the security code in at the bottom and create a new password. If asked to Sync Password with Remote Devices select Yes.

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Any issues please contact us at Support@cctvsecuritypros.com

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SMTP Setup Guide for

Blue/Black Line NVR on Gmail

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Step 1.

Go to https://myaccount.google.com

Navigate to Security > How you Sign in to Google and Enable Two Step Verification.

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Once the 2-Step Verification is Enabled you need to go into your Google Account Security page and Search for App Passwords at the top

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Select a Custom Device from the Right Dropdown Menu

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Once done click Type in a name for the Device and click Generate

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Copy the Generated Password Google gave you and save it somewhere safe.

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You will need the password here for the next step.

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From the system interface you will now navigate to the Main Menu > Network > Email

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Input the following account information as listed in the image below.

Perform a test to confirm you are able to send emails from the SMTP Service.

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You can set up Alarm Event / Trigger Actions for the cameras on their corresponding Alarm

or AI page.

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For Example on the system under Main Menu > Alarm > Motion Detection > More you can enable it to Send Email alerts whenever there is a motion event.

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This can be applied to any screen with the Send Email function.

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With that you should be able to configure your Blue and Black Line system for email alerts. If you have any questions or issues please contact our Support team at support@cctvsecuritypros.com or (888-653-2288) ext 3

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Date & Time Setup

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In order to change the Date and Time you will need to go to Main Menu->System

Inside of System Settings navigate to the General Tab on the Left and Date & Time. Enter in your System Time. You may change the Format of the system time from a 24 Hour clock to a 12 Hour clock if you prefer. You may enter the Daylight Saving Time settings under “DST”.

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Be sure to Save your System Zone and click Apply at the bottom when you are done.

Remote Viewing on Mobile Devices

To access your recorder remotely you must first connect it to your modem or router using an Ethernet cable and power on the recorder.

Go to Main Menu->Setting->Network–TCP/IP and Enable “DHCP” Inside of the Network settings and Save.

*Some models require you to click “Edit or Modify” next to NIC1 to find the DHCP option to enable.

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Make sure DHCP is enabled. Click OK at the bottom.

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Be sure to Save / Apply these settings before moving on.

Navigate to the Main Menu-> Setting -> Network -> P2P (sometimes called Easy4IP) Enable P2P at the top of the menu and select Apply

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Your P2P status will show “Online” now. If P2P shows “Online” you can proceed to the next steps in this guide.

If you are still getting an “Offline” status

You may want to leave this menu up since we will be using the Device SN QR code in the next few steps.

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Downloading SCS Pro on your Mobile Device

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You must use our mobile application SCS Pro on your iOS or Android device. This can be found in the iOS App Store or the Google Play Store. Search for SCS Pro and download our free application.

Launch SCS Pro once it has been downloaded from the App Store or Play Store. Select your Region / Language. Once you are on the Home section of SCS Pro. Click on the + Icon at the top right corner. Select SN/Scan. Scan the Device SN QR code found on the right hand side of your P2P menu on your DVR or NVR. This screen may still be up on your system if you are following this guide. Once the code has been scanned you will see the Device SN appear on your device. Click Next.

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Select DVR/XVR or NVR. Enter a Device Name, your username (admin) and the Password you use to log into your DVR or NVR with. Click Save. The Live View will appear once the device has been saved.

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Note: If your P2P status shows “Offline” your cameras will not connect. Please make sure your system is connected to a router or modem with Internet service with an Ethernet cable and that DHCP is enabled.

How to Setup Motion Detection Regions

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The following guide will show you how to adjust the Motion Detection Region settings on your system

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Navigate to Main Menu->Alarm

Select Video Detection on the left Column. Then you will select Setting next to Region

on the right hand side

Once you select Setting you will see the camera come up in full screen with Red blocks. At the top of the screen you can adjust the Sensitivity and Threshold of the Motion Detection.

This should be adjusted if you feel the Motion is not recording accurately.

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Sensitivity is how sensitive the motion detection will be. The lower the number the less recording you will get. Recommended range is 40-80.

Threshold is how much motion needs to occur in order to trigger the recording. Adjust this only if you plan on recording larger objects (Cars/trucks) only and would like to filter out smaller objects (People/Animals)

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The areas in Red is where the camera will detect motion. This means the recording will only start when motion occurs in the Red areas. If motion occurs in an area that is not Red, the system will not record that event. You can click and drag with your mouse to make the adjustments.

Once you have created the areas that you would like recorded when motion occurs,

Right Click with your mouse and then select Apply to save the settings.

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Motion Detection Setup

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Your DVR/NVR is setup to record 24/7 right out of the box. There is no need to follow this guide if you would like to continue recording 24/7. If you would like to conserve some of your Hard Drive space please follow the guide below.

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This guide will show you how to set up Motion Detect. Navigate to the following menus, Main Menu → Storage

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Inside of Storage, Click on Schedule on the left column. Now Click on The Gear Icon on the right hand side of Sunday

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Inside of the next menu you want to remove the check box from General and place in next to Motion under Period 1. Be sure to Copy ALL days of the week at the bottom. Press OK once it looks like this below.

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Your Schedule Menu should look like the one below. Be sure to Copy to any Channel you would like set to Motion Detection at the bottom left of the screen. Click Apply.

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We have now successfully setup a Motion Detection Schedule. We now want to make sure Motion Detection is Enabled for each Channel. This can be done by going back to the Main Menu → Alarm

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Inside of the Alarm Settings Click on Video Detection. Make sure to check each Channel number and Click the Enable Check Box. Do this one Channel at a time. NOTE: Do not use the Copy button on this menu!  Apply once all Channels have been enabled.

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Port Forwarding Guide

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Step 1) Make sure you have an Ethernet cable connecting your DVR and your router. Step 2) Enable DHCP mode on your DVR in the Network tab and reboot the system. Step 3) Go back to the Network screen and make note of the IP address.

Step 4) Enter the IP address of the DVR in to your web browser to verify it’s connected with Web Service.

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Step 5) Log in to your router and find the Port Forwarding section, if you are unfamiliar with configuring your router, contact an IT professional.

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Step 6) Forward ports 80/37777 using TCP protocol to the IP address of your DVR (Info and services for port forwarding can be found at www.portforward.com)

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Step 7) Use www.canyouseeme.org to test the ports are open, you should see ‘Success’.

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Step 8) Your public IP address may change so we recommend utilizing a Dynamic DNS service like Quick DDNS or NO-IP.

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PLEASE NOTE: We recommend using Peer-To-Peer (P2P) instead of a port forwarded connection for security and reliability reasons. P2P is available on most CCTVSecurityPros models as of 1/1/16.

Sharing Remote Access / Configuring User Permissions

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This guide will show you how to share remote access to your NVR/DVR and also how to configure User Account permissions.

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First you will need to access the Main Menu by right clicking anywhere on the screen and then left clicking the Main Menu option.

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Once you are logged in, you will select Network under settings.

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In the Network Settings you will select P2P on the left hand side.

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You will find the Serial Number underneath of the QR code labeled Device SN. You can scan this QR code with SCS Pro or DMSS or you can manually enter the Serial Number. If you decide to manually enter the Serial number, keep in mind that no Serial Numbers will use the letter O, it will always be a zero.

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To configure a new user account you will go into the Account Settings on the Main Menu.

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In the Account Settings you will go to the User tab and click Add at the bottom.

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In the Add window you will create the Username, Password, Confirm the Password and then under Permissions you can customize what settings and cameras the User has access to.

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Production Introduction

The DVR series is a HD surveillance product that designed for security field. It uses an embedded LINUX operating system to ensure stable system performance. It adopts the standard H.265 video compression algorithm and a unique spatial-temporal filtering algorithm to achieve high-quality, low-bitrate synchronous audio and video and 24/7 video recording. With TCP/IP network technologies, it

has powerful network data transmission and remote control capabilities.

The DVR can be used locally or online applied as a part of a safety surveillance network. With professional network video surveillance software, it fully demonstrates its strong networking and telecommunication capabilities.

This DVR can be applied to security measures in various fields and departments such as banking, telecommunications, electric power system, judiciary system, transportation, smart communities, factories, warehouses and water facilities.

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Unboxing and Initial Setup

When you receive this product, please confirm that it matches the model you ordered and carefully inspect the device for any obvious damage. After opening the casing, check whether the data cable, power cable, and other connections inside the device are firmly connected to the main board.

Please protect the labels attached to the bottom or back panel, which is very important to our after-sales service work. When contacting our company for after-sales service, you will need to provide the model and serial number on the order label.

1.2Gallery

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Power Indicator

Network Indicator

⑨  ⑩ ⑪

Hard drive

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LAN

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HD Digital Video Recorder

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Video Input

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⑧

Audio Output

⑫ USB2.0

VGA  Ethernet Port

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Audio Input

HDMI

USB2.0 Power Port

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NOTE: The picture shown is for reference only. Actual appearance is subject to the model you purchased.

How to set up Zosi XVR System

Read More : How to Connect Zosi wifi cameras to nvr

Suggestion: Please test the product before installation to ensure it is functioning properly.

Ⓒ Connect the camera to the DVR via a BNC cable.

Ⓒ Connect the DVR to the monitor via an HDMI or VGA cable.

Ⓒ Connect the DVR to the router via a network cable.

Ⓐ Connect the mouse to the USB port of the DVR.

Ⓒ Power on the DVR by connecting it to a power source.

⑥ The monitor will display the real-time monitoring image from the camera.

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Via Smartphone

Search “ZOSI” in App Store, or use a browser to scan the QR code below to download and install the App, and follow the on-screen instructions to complete the initial setup.

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App video operation link

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Via PC

Download: https://www.zositech.com/app/

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Basic Operation

After connecting the power supply, the power indicator light will turn on, and the device will start up. At this time, you will hear a “beep” from the buzzer. By default, the system is in multi-screen mode.

Mouse Use:

Left-click:

Double-click a single-channel to make it full screen, and double-click again to return to the multi-channel display.

Click once to open a menu option. Right-click：

Click once to exit the current menu or return to the previous menu option.

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Left-click  Right-click

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After the device is powered on normally, you need to log in to the system before operating it. The system will provide corresponding functions according to the permissions of the logged-in user.

The default for the device is “admin” and the default password is blank. You can log in to the system directly the first time after powering on.

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....After entering the preview page, double-click the left mouse button to switch between single or multiple display. On each preview screen, the date, time, and channel name can be displayed, and each screen display the recording and alarm status of the monitoring channel.

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Motion Detection Triggered Motion+PIR Detection Triggered

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Human-Figure Detection Triggered

PIR Detection Triggered Vehicle Detection Triggered

In preview mode, click the right mouse button to bring up the quick menu, and click the right mouse button again to exit the quick menu.

1.4.1Start Scan

Start Scan refers to the system automatically displaying each live video in sequence according to the order of the devices in channel lists. The jump button is available only when the user selects the channel in [Main Menu]>[Setup]>[Live], and when not all channels can be displayed completely in the current preview mode.

Adjust image settings for all channels: Brightness, Contrast, Saturation and Hue.

Zoomed in digitally up to 4X or 8X of single channel.

Set the audio settings for each channel to enable, disable, or mute audio, and adjust the volume. When [Auto] is selected, the audio will be enabled automatically when switching to the full-screen display.

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Control the RS485 devices of all channels. Set the address, baud rate, protocol, preset points, patrol routes, tracks, etc. of the RS485 device in [Main Menu] > [Setup]

> [PTZ ]

Note: Due to differences in product design, some devices may not support RS485 interface.

Right-click and select Playback to choose between Video Playback/Quick Playback, Video Playback: Search for the video you want by time or event, then click Play.

Quick Playback: Quickly playback the first 30 minutes of video.

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Play/Pause

Fast  Rewind Forward

Multi-screen display

Previous Record  Next Record

Previous Video: Go to the previous recorded event.

Next Video: Go to the next recorded event.

Fast Forward: The video can be played at different speeds, from 1/4x to 16x. Rewind: The video can be played at 1x, 8x, 16x, and 32x speed for rewind viewing. Display Mode: Both single-screen and multi-screen display modes are available. You can choose the number of screens you want to play simultaneously. Channels without recordings will display a black screen during playback.

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Main Menu

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Set functional parameters of the device, including: Basic Configuration, Live Configuration, Recording Configuration, Recording Schedule, Alarm Configuration, Network Configuration, User Management, PTZ Configuration, Advanced Configuration.

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Basic configuration contains 3 sub-menus: System, Date & Time, and DST

[System Type]: The name of the system displayed on the client

[Model Number]: Used for controlling multiple DVRs with one remote control [Video Format]: Supports PAL and NTSC video format.

[Password Check]: Checking this option means that users must enter a username

and password in the system settings and have the corresponding permissions to perform certain operations.

[Show System Time]: Choose whether to display the time on the scene.

[Max Online Users]: Set the number of network users who can access the device. [Video Output]: Users can select output resolutions 1024×768, 1280×1024, 1920×1080, etc.

[Logout After (Minutes)]: The system automatically logs out after a set time of inactivity. [Startup Wizard]: Whether to display the wizard on startup.

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Set the date format, time format, time zone, and manually adjust the system time.

NOTE: The system default time zone of the system is GMT. You can select

[Time Synchronization] to correct the time. The network time server can also be set.

Set the start and end times of daylight saving time through the week or date.

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Live configuration contains 3 sub-menus: Live, Main Monitor, and Video Video Masking.

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[Camera Name] Click on the camera name, and a software keyboard will pop up. Users can modify the camera name as needed.

Click on the Shift key to switch input method.

[Colour] Users can adjust the brightness, hue, saturation, and contrast of the channel.

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[Interval] The time interval for switching from one channel to another in sequence during channel rotation.

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Users can mask certain areas in the scene, max 4 areas.

[Setting] Enter the live view, hold down the left mouse button, drag the mouse to set the blocked area, click [Apply] to save the setting.

Double-click the area that needs to be deleted, and the area will turn black. Right-click

to exit, and then click[Apply] to delete the blocked area.

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Recording configuration contains 5 sub-menus: Enable, Record Bitrate, Stamp, Recycle Record, and Snap

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Enable/disable recording and audio functions for a specific channel, or set all channels to default enable.

[Resolution] The recording resolution for each channel [FPS] Selection range: 1-30 (NTSC) 1-25 (PAL)

[Encode] The camera’s encoding type, support VBR and CBR

[Quality] The higher the quality, the clearer the video image. Options include Lowest,

Lower, Low, Medium, Higher, and Highest [Max Bitrate] Range: 256kbps ~ 2048kbps

[Adjust] The video format, including CVBS, AHD, CVI, and TVI

Note：These functions are not optional

[Camera Name] Select whether to display the camera name or not [Time Stamp] Select whether to display time on this channel or not

[Position] Click this button and users can use the mouse to drag the camera name and timestamp to any position on the live screen.

4.Recycle Record

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When selected, the DVR will automatically overwrite the oldest files and continue recording when the hard disk is full. If not selected, the DVR will stop recording when the hard disk is full and prompt “Insufficient remaining space” on the screen.

Recording schedule contains 6 submenus: Schedule, Motion, Sensor, PIR, Vehicle , and Human.

[Copy] Apply the recording schedule of a certain channel to other channels or all channels.

Select the channel, double-click the left mouse button, and edit the weekly plan.

[Add] Add a recording schedule for a certain day [Delete] Delete the selected schedule

[Copy] Copy the schedule of a specified date to other dates. Double-click the left mouse button to customize the effective recording mode time for each day of the week.

The setting is the same as that of scheduled recording, please refer to scheduled recording setting.

NOTE: The default schedule for motion detection recording is all selected.

The setting is the same as that of scheduled recording, please refer to scheduled recording setting.

NOTE: The default schedule for sensor alarm recording is all selected.

The setting is the same as that of scheduled recording, please refer to scheduled recording setting.

NOTE: The default schedule for PIR detection alarm recording is all selected.

The setting is the same as that of scheduled recording, please refer to scheduled recording setting.

NOTE: The default schedule for vehicle detection recording is all selected.

The setting is the same as that of scheduled recording, please refer to scheduled recording setting.

NOTE: The default schedule for human detection recording is all selected.

The Alarm configuration contains 7 sub-menus: Sensor Alarm, Motion Detection, Video Loss, PIR Detection, Human Detection, Vehicle Detection, and Other Alarms.

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NOTE: Some products may cancel sensor alarm recording due to product differences.

1-1. Basic Configuration

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[Enable] Enable the sensor alarm function for the corresponding channel [Type] Select the alarm type: Normally open or Normally closed

[Name] Set the name of the sensor

1-2. Alarm Handling

[Holding Time] Select the alarm delay time, with options of 5s, 10s, 20s, 30s, 60s, 120s, Always

[Trigger] Click to set alarm configuration, trigger recording, PTZ linkage, etc. [Buzzer] When selected, the buzzer will sound when an alarm triggered

[Show Full Screen] When there is an alarm trigger, the alarm will pop up in full- screen display

[To Alarm Out] Select to trigger the alarm output on a specified channel

[Email] When an alarm is triggered, the system will send relevant information to the user’s designated email, such as the alarm event, snapshot, device name, device number, etc.

[Snap] When an alarm is triggered, the system will automatically capture and save images of the selected channel

[To Record] Select the channel to trigger recording

[To PTZ] To set the action type and serial number of the linkage

1-3. Schedule

The schedule settings for sensor alarm are the same as for scheduled recording. For specific setting steps, please refer to 4.2.4 [Recording Schedule] -[Schedule] NOTE: The default schedule for sensor alarm is Select All

Motion Detection contains 2 sub-menus: Motion and Schedule.

2-1. Motion Detection

By analyzing the video image, when the system detects motion signals that reach the preset sensitivity, it will trigger motion detection alarms and activate the linkage function to push the alarm information to the App or email.

[Enable] After selected, the Motion detection function of the corresponding channel is turned on, and it is enabled by default

[Holding Time] Select the alarm delay time for the channel, which can be set to 5s, 10s, 20s, 30s, 60s, 120s, or Always on.

[Push Time] Set the time interval for pushing alarm notification to the mobile App, which can be set to 1min, 2min, 3min, 5min, 8min, or 10min.

[Trigger] The setting is the same as that of sensor alarm, please refer to 4.2.5 Alarm Configuration – Sensor

[Area] In this interface, users can drag the scroll bar to adjust the sensitivity value (1-8), the default value is 6, the smaller the value, the higher the sensitivity. Because the sensitivity is affected by factors such as color and time (day or night), users should adjust the value according to the actual situation.

Click or drag the mouse to select or erase the detection area.

Click the star icon to set the entire field of view as a sensitive area

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Click the trash icon to clear the current detection area

Click to save settings

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Click to log out

The sensitivity index ranges from 1 to 8. The default sensitivity is 6. The lower the value, the more sensitive. The higher the value, the less sensitive.

Note: It is best not to have flags,trees or other objects that are easy to flutter in the wind in the grid for motion detection to avoid false alarms.

2-2. Schedule

The setting of the motion detection schedule is the same as that of the scheduled recording. Please refer to 4.2.4 [Recording Schedule]-[Schedule] for specific

setup steps. This function controls the effective time of the motion detection feature. Note: The default schedule for motion detection is to Select All.

This function needs to be used with a camera with PIR (Passive Infrared) capability. After PIR detection is set, the DVR will only record when it detects human life, and push the alarm notifications to the App or mailbox.

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[Enable] After selected, the PIR detection function of the corresponding channel is turned on, and it is enabled by default

[Holding Time] Select the alarm delay time for the channel. Options: 5s, 10s, 20s, 30s, 60s, 120s, Always

[Push Time] Set the time interval for alarm notifications to be sent to the App.

Options: 1min, 2min, 3min, 5min, 8min, 10min

[Trigger] The setup method is the same as sensor alarm. Please refer to 4.2.5 Alarm Configuration – Sensor

[Schedule] PIR detection schedule setting is the same as Schedule Recording. For detailed instructions, please refer to 4.2.4 Recording Schedule. This feature controls the effective time of PIR detection

By analyzing the video image, the system activates human detection alarm when

it detects human figure. It also triggers linkage functions and sends alarm notifications to the App or mailbox.

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[Enable] After selected, the human detection function of the corresponding channel is turned on, and it is enabled by default

[Holding Time] Select the alarm delay time for the channel. Options: 5s, 10s, 20s, 30s, 60s, 120s, Always

[Push Time] Choose the time interval for alarm notifications sent to the App. O ptions: 1min, 2min, 3min, 5min, 8min, 10min

[Trigger] The setup process is the same as sensor alarm configuration, please refer to

[Schedule】The schedule settings for human detection alarm are the same as Schedule Recording. For detailed instructions, please refer to 4.2.4 Recording Schedule. This feature controls the effective time of human detection

By analyzing the video image, the system detects vehicle contours and triggers motion detection alarms. It also activates the linkage function to send alarm notifications to the App or mailbox.

[Enable] After selected, the vehicle detection function of the corresponding channel is turned on, and it is enabled by default

[Holding Time] Select the alarm delay time for the channel. Options: 5s, 10s, 20s, 30s, 60s, 120s, and Always

[Push Time] Set the time interval for sending alarm notifications to the App. Options: 1min, 2min, 3min, 5min, 8min, and 10min

[Trigger] The setup process is the same as for sensor alarm configuration. Please refer to 4.2.5 Alarm Configuration – Sensor

[Schedule] The schedule settings for human detection alarm are the same as Schedule Recording. For detailed instructions, please refer to 4.2.4 Recording Schedule. This function controls the effective time of vehicle detection

The handling of video loss alarms is the same as for sensor alarms. For detailed instructions, please refer to 4.2.5 Alarm Configuration – Sensor

[Alarm Types] Including Disk Full, IP Conflict, Disconnect, Disk Shortage Alarm,

Disk lost

[Buzzer] When an alarm occurs, the device emits two long beeps.

[Email] When an alarm is triggered, the system sends relevant information such as the alarm event, snapshots, device name, and device ID to the user’s specified email address.

[To Alarm Out] After selected, and an alarm will be triggered on the specified alarm output.

[Disk Shortage Alarm] When the remaining capacity of the hard disk reaches the set value, an alarm will be triggered.

Network Configuration contains 4 sub-menus: Network, Email, WIFI Setup, DDNS

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[HTTP Port] 80 by default [Server Port] 5000 by default

[Mobile Port] 5001 by default [Obtain an IP Address Automatically] Enable automatic IP address acquisition

[IP Address] Set the IP address of the device [Subnet Mask] Set the subnet mask of the device

[Gateway] Set the default gateway of the device

[Preferred DNS Server] This address is provided by your internet service provider (ISP). It must be filled in when using mobile monitoring.

[Alternate DNS Server] This address is provided by your internet service provider (ISP).

[PPPOE] Enable this option to establish a network connection using PPPoE. The connected IP address can be checked in[Main Menu]- [Information]- [Network] [User Name] Enter ISP (provided by Internet Service Provider)

[Password] The password set

[Test] Test whether the input IP address or PPPoE information is valid

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[SMTP Server] Mail server address, which can be an IP address or a domain name

(if it is a domain name, ensure that DNS is correctly configured for proper resolution).

For example: smtp.gmail.com

[Port] Mail server port number, the default port is 465

[SSL Check] Enable SSL (Secure Socket Layer) protocol for secure login [Send Address] The email address of the mail server

[Password] The password for the sender’s email address

[Receive Address] When an alarm occurs, it will be sent to the set email address. Up to 3 recipient email addresses can be set

[Test] Test the current email configuration to check if it is successful.

This function can only be used with an external WiFi module

[WiFi Enable ] Enable WiFi connection after selected

[Search Signal] Search for nearby WiFi signals after enabling WiFi

[Input Password] Select the searched WiFi network and enter the corresponding password

[Configure] Set dynamic IP or static IP

[DDNS Server] Website of the domain name resolution service provider.

Options: www.meibu.com, www.no-ip.com

[User Name] The account used when registering the domain name [Password] The password corresponding to the registered account [Host Domain] The domain name of the domain name resolution server.