NVR systems offer several important benefits for home security and CCTV:

Overall, NVR systems play a crucial role in home security and CCTV by providing centralized management, high-quality recording, remote access, scalability, advanced features, and reliable storage. They enhance the effectiveness of your surveillance system and help protect your property and loved ones.

In this list you will find the best open-source NVR solution for the web, Linux, Windows and macOS.

Best Free Open Source NVR Solutions

1- OS-NVR

OS-NVR is a highly versatile and user-friendly mobile-friendly closed-circuit television (CCTV) system.

With its state-of-the-art custom-built front-end, it ensures optimal performance not only on mobile devices but also on low-end devices, providing an enhanced viewing experience for users across various platforms.

The robust back-end, developed in Go, leverages the power of FFmpeg for efficient and seamless video processing, enabling smooth playback and reliable video capture.

With its cutting-edge technology and innovative design, OS-NVR is a game-changer in the field of video surveillance, offering unparalleled features and functionality for both personal and professional use.

2- ZoneMinder

ZoneMinder is a comprehensive surveillance solution that includes a set of integrated applications. It allows for the capture, analysis, recording, and monitoring of CCTV or security cameras connected to a Linux-based machine.

ZoneMinder is designed to run on distributions that support the Video For Linux (V4L) interface. It has been tested with video cameras connected to BTTV cards, various USB cameras, and also supports most IP network cameras.

Features

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3- BashNVR

BashNVR is a simple yet powerful Network Video Recorder (NVR) solution written entirely in Bash scripting language. With BashNVR, you can effortlessly record and store high-quality video footage from your IP camera by leveraging the capabilities of FFmpeg, a widely acclaimed multimedia framework.

By seamlessly integrating with FFmpeg, BashNVR ensures the smooth recording of the RTSP stream, guaranteeing that not a single moment of your camera’s feed is missed. Whether you need to monitor your home, office, or any other location, BashNVR provides a reliable and efficient solution for capturing, managing, and storing your video recordings with ease and convenience.

Features

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4- Open Source Network Video Recorder (NVR)

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This is an open-source web application to monitor your IP Security Camera network, continuously record camera feeds to your computer’s hard drive, and monitor motion events through a web app.

Features

In addition, if your camera’s motion sensor triggers a detection, the app will take a still of the detection, and run a Object Detection process, to tag the still with the objects in the picture. You can then use these tags to filter and review your motion events. This is very useful to avoid false positives, like the sun going behind a cloud, or a rain shower.

5- Network Video Surveillance (Android)

This is an open-source JavaScript Network Video Surveillance system that you can download, install and setup on your server.

Features

6- Simple Network Video Recorder (Node.js)

This is a simple open-source self-hosted Network Video Recorder (NVR) that is designed to run on cheap hardware, such as a Raspberry Pi with a hard drive. 24/7 video streams from network cameras are saved, and the recorded files are browsable from a basic web interface.

7- Hover

This is an open-source free Home network video recorder for IP camera (based on VideoLAN).

This software is designed to be used with Hikvision IP cameras that support RTP H.264 streaming. The main goals of this recorder are:

License: GPLv3

8- Fenix

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Fenix is a free and open-source computer based NVR (Network Video Recorder) with AI capabilities.

9- Shinobi

Shinobi is an open-source CCTV solution written in Node.js. It is designed with a multiple account system, streams video via WebSocket, and supports direct saving to MP4. With Shinobi, you can record IP Cameras and Local Cameras.

10- Camera.ui

Camera.ui is a web-based application that functions as a NVR (Network Video Recorder) for controlling RTSP capable cameras.

It offers features such as live streams, a resizable camera overview, multi-language support, motion detection, image recognition, notifications via various platforms, local saving of snapshots/videos, prebuffering, a user-friendly interface with customizable themes, and integration with Apple HomeKit.

Features

11- Viseron

Viseron is a powerful and versatile self-hosted software solution designed for local use only. It serves as both an NVR (Network Video Recorder) and an AI Computer Vision platform.

With Viseron, you can enjoy a wide array of advanced features that enhance security and surveillance. These include highly accurate object detection capabilities, which can identify and track various objects in real-time. Additionally, Viseron offers robust motion detection functionality, allowing you to receive instant alerts whenever any movement is detected within your monitored area.

Furthermore, Viseron’s cutting-edge face recognition technology provides an added layer of security, enabling you to easily identify individuals who enter your premises. This feature can be particularly useful for keeping track of authorized personnel or for monitoring access to restricted areas.

Viseron can be install on the cloud, Windows, Linux, or macOS.

12- Frigate

Frigate is a local NVR designed for Home Assistant that utilizes AI object detection using OpenCV and Tensorflow for IP cameras. It offers tight integration with Home Assistant, minimizes resource use, leverages multiprocessing for real-time object detection, communicates over MQTT, records video based on detected objects, supports 24/7 recording, re-streaming via RTSP, and offers low-latency live view with WebRTC and MSE support.

Features

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13- Moonfire

Moonfire NVR is a comprehensive Network Video Recorder (NVR) solution designed for video surveillance. It offers a range of features and functionalities to capture, analyze, and store video footage from IP cameras.

With Moonfire NVR, you can easily manage and monitor your camera feeds, configure settings, and access recorded videos. It provides a user-friendly interface and supports various advanced capabilities such as motion detection, image recognition, and live view.

Moonfire NVR is a reliable solution for ensuring the security and surveillance of your premises.

14- Rapidvms

Rapidvms is an open-source Video Management System (VMS) and Network Video Recorder (NVR) solution. It provides a comprehensive set of features and functionalities for video surveillance. With Rapidvms, you can capture, monitor, and manage video streams from IP cameras.

It offers advanced capabilities such as motion detection, recording, and playback of video footage. Rapidvms is designed to be user-friendly and customizable, allowing you to configure settings and access recorded videos with ease.

As an open-source solution, Rapidvms provides flexibility and the ability to customize and extend its functionality according to your specific requirements.

15- Motion

Motion and MotionPlus are configurable programs that monitor video signals and perform actions when movement is detected. Motion is the original software, while MotionPlus is a newer application that adds new functionalities and removes rarely used ones.

The applications include features such as video recording, live streaming, script invocation, database logging, customizable masks, and support for various types of cameras and devices.

The applications include the ablity to:

Use with many types of devices:

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16- veyesys

Veyesys is an open-source Network Video Recorder (NVR) and Video Management System (VMS) that provides a comprehensive solution for video surveillance. It offers a range of features and functionalities to capture, monitor, and manage video streams from IP cameras.

HTML5 RTSP Gateway

Veyesys includes an HTML5 RTSP gateway that enables real-time streaming protocol (RTSP) video feeds to be accessed and viewed through a web browser. This allows for seamless and convenient access to live camera feeds without the need for additional software or plugins.

Features

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<p>The post Best Free Open Source NVR Solutions first appeared on NVR IPCAMERA SECURITY.</p>

When installing and viewing a CCTV camera, you want the image frame to include as much of the area of interest, while cutting out as much of the redundant areas, like the walls and ceiling, as possible.

Corridor mode allows you to rotate the camera’s lens and the video image 90 degrees so that it’s in a portrait, rather than a landscape format. As a result, you can use the camera to really focus on those areas of interest of within in your frame changing the image’s aspect ratio from 16:9 to 9:16 to suit narrow monitoring settings. The image below is taken from a camera making use of this function and illustrates the differences between the corridor and standard settings:
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This guide will show you how to utilise corridor mode on Hikvision’s three most popular camera types: domes, turrets, and bullets. I will cover how to activate this useful setting in iVMS-4200, a browser, and locally through your NVR’s GUI so that, irrespective of your setup, this guide should be of help.
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Contents:

Part 1: How do I activate the corridor mode function in my camera’s settings?
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Part 2: How do I position and rotate my camera’s lens correctly?
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Part 3: How do I change the layout of my camera streams to accommodate for corridor mode.
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Part 1: How do I activate the corridor mode function in my camera’s settings?

We suggest getting your camera set up on your network and activating corridor mode in its settings before you try to rotate and position the lens. This way, you can use the live video stream, in the correct aspect ratio, to point the lens in your optimum direction. Positioning the lens often involved a bit of trial and error to get the best result specific to your space.

Note – For the G2 AcuSense models, you will need to connect to the camera directly in a web browser and change the “VCA Resource” to Monitoring Mode by navigating to:​

Configuration → System→ System Settings → VCA Resource​

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Adjusting Hikvision IP camera for narrow scenes

Please note that this will disable most of the smart event options, leaving only Scene Change Detection available to use. ​

Locally (via a monitor connected to an NVR):

If your camera is connected to an NVR, then you can easily configure corridor mode in the setting through the NVR’s GUI menu. Just Navigate to:

Menu > Camera > Image

Pick your camera from the top drop-down box beside Camera and then select “Clockwise 270 degrees” in the Enable Image Rotation box

Then, just click Apply

Through iVMS-4200:

If you’re not using an NVR, or don’t have easy access to your NVR’s GUI, then an option is to use iVMS-4200 to set up corridor mode by accessing the camera directly.

To do this, first, you’ll need to navigate to:

Menu > Device Management

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Find your camera in the device list. If accessing a camera connected to an NVR, you’ll need to open your NVR within the Group section of the Device Management screen and then the particular camera within the NVR’s device list.

Click Configure (the small cog) on your camera.

If your camera isn’t connected to an NVR, then open Basic Settings, if it is then open Advanced Function.

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In the popup window, open the Image tab in the sidebar. You should then see either a tick-box or drop-down that allows you to turn on Rotate, tick or select ON in the applicable box or drop-down and then Save. The camera view should now have been rotated.
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In a web browser:

The other method commonly used to access cameras and NVRs is through a web browser. You will only be able to configure the image rotation settings for a remote camera. The image for cameras connected directly to an NVR cannot be rotated in this menu due to the restricted access to the camera’s settings.

To access your camera in a browser, simply input its IP address into the browser’s address bar and hit enter. You’ll be taken to a login screen, here you’ll need to fill out the username and password combination you created for the camera when you first set it up. If correct, you should be taken to a page displaying the camera’s live video stream.

The process of rotating the camera’s image is relatively similar to that in iVMS-4200, just go to:

Configuration > Image > Video Adjustment > Rotate > On

The setting should be automatically saved, you’ll see a popup in the bottom-right corner of your window confirming this. That’s it!

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Part 2: How do I position and rotate my camera’s lens correctly?

Rotating the camera’s image through its settings will rotate the image 270 degrees. To rotate the final video stream to the desired 180 degrees, you will manually need to turn the camera’s lens 90 degrees in the opposite direction as compensation. The entire process allows the rotated image to properly fit a 9:16 portrait aspect ratio. You’ll need to follow the below steps in order to rotate the camera’s lens.

For Domes / Mini Domes:

Domes and mini domes are the fiddliest type of camera to move and rotate the lens on. You can do this with the camera either installed or taken down. You’ll need to take the outer casing off the dome first to allow you to move the lens inside. Then, loosen the locking screw located to the right of the lens rotate to allow you to move the lens and bracket. Now twist the lens bracket (the bit that can turn surrounding the lens, see the picture below) 90 degrees anti-clockwise, so that the gap in it is in the 3 o’clock position.

You should see the “90” marker in the middle of the gap once in this position. Now twist the lens (see the picture below) 90 degrees anti-clockwise, holding the lens bracket in place while doing this helps, so the “90” marker is at 12 o’clock and the “0” marker is in the 3 o’clock position. It may take a bit of wiggling and feel unnatural but the lens will move to this position, you won’t break anything!

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Finally, rotate the lens bracket 90 degrees clockwise so that the gap is at 6 o’clock, and then move the lens so that is fits into this gap, so it looks like the picture below. This next stage takes a bit of trial and error on your part to get your desired camera view. You’ll need to fiddle around with the lens while looking at the camera’s live stream to ensure it is straight and something you’re happy with. Viewing your stream through iVMS-4200 or Hik-Connect is best as you can look at the image and remotely while fiddling with the lens position at the same time.

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For Turrets:

Rotating the lens on a turret camera is a slightly more straightforward process. First, you’ll need to remove the trim ring (shown in the picture below) by twisting it anti-clockwise and lifting it off the base of the camera.

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This should expose the locking screw, you’ll need to loosen this using a Phillips-head screwdriver enough for Turret’s ball to be rotated. You shouldn’t need to take the screw out entirely. All these parts are labeled in the picture below. The “UP” marker on the ball indicates the top of the camera. You’ll now need to rotate the ball 90 degrees anti-clockwise so that this marker moved from the 12 o’clock to 9 o’clock position. Now, tighten the locking screw back up and replace the trim ring to its original position. The lens should now be appropriately rotated.

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For Bullets and Mini Bullets:

The camera models that allow for the easiest rotation of their lenses are bullets and mini bullets.

It is important to note that the sun shield on these cameras cannot be moved to be above the lens when rotated, which presents a drawback so using them for corridor mode. The sun shield will sit to the side of the rotating lens in this case so you’ll need to make sure that you shelter the camera somewhat (such as under the eaves of a roof) if setting a bullet or mini bullet for corridor mode.

Mini bullets have a locking nut (shown below) at the end of their base which will allow you to rotate the camera when loosened. Larger bullets will require you to loosen the locking screw, which is the screw furthest to the right of the base if looking at them (shown below).

Once you’ve loosened the locking screw/nut as appropriate, rotate the main body of the camera 90 degrees anti-clockwise, so that the sun shield is in the 9 o’clock position. This will rotate the lens. Once you’ve done this, tighten the screw or nut again to secure the camera in its newly rotated position.

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Part 3: How do I change the layout of my camera streams to accommodate for corridor mode?

Once your camera is all set up in corridor mode, you’ll want to be able to adjust the way that you view the grouped cameras to avoid the camera’s live stream being reduced in size to fit the standardised landscape 16:9 frame. This is easily done by simply merging two of the landscape frames to make a portrait, 9:16 frame to which you can dedicate your camera. This custom view layout can be set up in an NVRs local GUI and in iVMS-4200. Please see the guides below for an explanation on how to customise your stream layout to accommodate corridor mode.

In iVMS-4200:

Click on the small icon made up of several small boxes at the bottom of your Main View screen in the program, this should bring up the window division page. Click Add to create a Custom Window Division.

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In the Add Custom Window Division popup, set the name and dimensions of your new stream layout as desired.

Now, click and drag your mouse over the two frames you want to merge to select them both. Once they’ve both been highlighted by a surrounding red box, click Joint to merge them. Now click Save.

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Once back in the Main View, click on the Window Division icon in the bottom right-hand corner again and select your new custom layout from the list. Your new stream layout should load ready for you to assign the individual cameras to.
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Locally through your NVR’s GUI:

Please Note – This option is only available on NVRs that are running Version 4 firmware. There is not currently an option to customise your stream layout on K-Series recorders. If you’re running Version 3 firmware then your only option is to configure your layout as per above in iVMS-4200.

It’s also useful to be able to customise the stream layout as viewed directly from your NVR’s GUI as this is many people’s preferred method for observing and configuring their camera feeds.

To do this, firstly, you’ll need to navigate to:

Configuration > Live View > View > Set Custom Layout (small cog in bottom-left hand corner)
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In the Custom Layout Configuration popup, set the name and dimensions of your new stream layout as desired. Now, click and drag your mouse over the two frames you’re going to merge and click the Joint button in the top toolbar, followed by Save.
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Once back in the Live View, click on the Split button in the bottom-right hand corner of your screen. Then, select your new custom layout from the Custom Layout list that appears to load your new stream layout. You can then add the camera streams to each frame as appropriate.
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You should now be up and running with corridor mode set up properly on your camera! Feel free to start a new thread or comment below with any other questions or suggestions. Thanks for reading!

<p>The post Adjusting Hikvision IP camera for narrow scenes first appeared on NVR IPCAMERA SECURITY.</p>

How to add a Hikvision NVR to Hik-Connect

Before you start…​

Part 1: Enable Hik-Connect on the NVR…​

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Part 2: Set up Hik-Connect on your mobile phone or tablet…​

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Part 3: Add the NVR to your Hik-Connect account…​

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Other tips…​

Guides for Hikvision NVRs with V5 firmware

How to set up motion detection and alerts on a Hikvision NVR

What is Motion Detection and why is it useful?​

Motion detection is one of the easiest events to set up and will notify you as soon as a person or vehicle enters a predefined detection zone in your scene. Traditionally, it would just rely on lots of pixels changing between frames in your camera’s video stream, which would indicate movement in the scene.

Of course, this would cause lots of alerts for things you are not interested in, such as animals, moving plants and rain. Hikvision’s Acusense cameras and NVRs now have something called Motion Detection 2.0, which cuts the false-positive detections right down as will only notify you when people and/or vehicles are in the scene by learning what they look like. In this simple step-by-step guide, we will show you how to get motion detection set up on the new NVR 5.0 web interface.

Step 1: Go to your NVR’s Motion Detection configuration page…​

Step 2: Configure your Motion Detection zone and rules…​

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Quick tip…​

If you find that the camera preview is too small when drawing your detection zones, you can switch the view to full screen by clicking on the Full screen (four arrows) button in the toolbar, and then exit full screen by pressing Esc on your keyboard.​

Step 3: Set the arming schedule to specify when you want Motion Detection active…​

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Quick tip…​

If the 30-minute segments are not precise enough for you, you can finely tune a period of arming or disarming by double-clicking on the segments and specifying your start and end times in minutes using the arrows.​

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Step 4: Set what you need the NVR to do when a camera detects a target…​

How to connect an IP camera to a Hikvision NVR

Adding cameras to your Network Video Recorder (NVR) is a crucial step in any CCTV setup. Not only does it allow you to store and access all your camera recordings in one place, but it also simplifies camera configuration. In this simple step-by-step guide, we’ll show you how to add cameras to a Hikvision NVR using the new NVR 5 web interface.

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Why add cameras to an NVR?​

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Before you start…​

Before anything, to be able to add your IP cameras, you need to make sure that:
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How to add your cameras using the V5 GUI…​

Step 1:​

Open a web browser and enter the IP address of your NVR in the address bar. If you are not sure what this is, use the SADP tool to find it.​

Step 2:​

Log in to the NVR using the “admin” username and password you have set on it.​

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Step 3:​

Go to: Device Access > Device Configuration > PoE Settings​

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If you are connecting your camera via the Plug-and-Play method, then make sure that Network Camera Plug-and-Play is enabled on the POE port you will be connecting the camera to on this page.​

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For any camera with a cable run under 100m, leave the Network Cable Distance as Short Distance.​

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If you are connecting your camera manually by IP address, disable the Network Camera Plug-and-Play option for the channel that you plan to add the camera to.​

Step 4:​

Go to: Device Access > Device > Video Device​

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For any Plug-and-Play camera, just make sure that it is in its inactive default state and then connect it to the port you reserved in step 3. After 20 seconds or so, the camera Status should turn to Connecting and then Online (you may need to click on Refresh to see this).​

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For Manually added cameras, if you can see the camera in the List of Online Devices section, then just tick the box for the camera and then click + Add to Device List, which will then automatically add it to one of the channels you disabled Plug-and-Play on in the last step.​

Alternatively…​

Click on +Add at the top of the page and fill out the fields as follows:​

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IP Address: Enter the IP address of your camera, using the ‘Test’ button to verify there is a camera at that address. ​

Device Name: This can be anything you like, as it is the name the camera will show with on your NVR. ​

Protocol: Select the camera’s manufacturer from this list, or failing that, use the ONVIF protocol (your camera will need to have ONVIF enabled for this to work). ​

Management Port: Enter the Server port set on the camera, which you can find in the SADP tool or in Network>Basic Settings>Port in the camera’s web browser interface. If you haven’t changed this, it is usually 8000 by default. ​

User Name: “admin” or the username of any other users set up on that camera. ​

Password: The password set with that user on the camera – if this is the same as the ‘Default Activation Password‘ you have set on the NVR, then you can tick this box instead. ​

Transfer Protocol: ‘Auto’ is normally best. ​

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When these are completed, click OK.​

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Your camera should then appear in the list of devices with an assigned channel, and an Online status, meaning it has been successfully added.​

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Extra tips…​

Source : https://www.use-ip.co.uk/forum/forums/guides-for-nvrs-with-v5-firmware.71/

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<p>The post Guides for Hikvision NVRs with V5 firmware first appeared on NVR IPCAMERA SECURITY.</p>

TetherX Camera Setup Guide v2, Tether your video surveillance, alarm panels, network infrastructure and other IP or Serial devices to the cloud. Monitor the health of your sites, cloud record cameras and integrate with third party services.

The steps required to set up Samsung Cameras / DVRs and NVRs

Setting Correct Profiles

Please ensure you have 2 profiles configured on your device:

IP Cameras

Cameras are the easiest to set up and should work out of the box. If the cameras are not working for any reason, please try one of the following for the Analytics Path and Recording Path:

Multi-Sensor IP Cameras & Encoders

If your device is a multi-sensor camera or an encoder, please set the Analytics Path as follows:

NVR – Network Video Recorders

DVR – Digital Video Recorders

DVR recorders setup is similar to NVR setup with the following differences:

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Can I use TetherX alongside HikConnect?

Can I use Hik-Connect on my Hikvision cameras and recorders?

Yes.

Please make sure that stream encryption is switched off under Configuration > Network > Advanced Settings:

HikConnect stream encryption uses a proprietary mechanism which is not available to third-parties. Please note TetherX will encrypt the stream to the highest standards, for more information please see our security white-paper.

Note: If you are still getting a broken stream or no live view, please try updating the camera and/or recorder firmware to the latest. There are known issues that have been addressed by Hikvision.

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Live View – Technical Implementation Details

How TetherX implements live view to be compatible with all manufacturers

Introduction

The quality, latency and smoothness of live view streaming is dictated by many factors:

Available Streams from Cameras

Typically cameras will provide 2 video streams as well as the ability to request a single image. These limitations dictate what is and isn’t possible when it comes to both recording and streaming.

💡 Note: More expensive and speciality cameras will provide additional video streams and custom streams of crops/de-warps of the same image (e.g. 180 or 360 cameras).

The streams are usually accessed through RTSP and the images through HTTP. For example:

Formats

Transcoding vs Proxying

TetherX supports both transcoding and proxying/packaging. The differences between the two are as follows:

Transcoding is a process of taking the stream from a camera, decoding it and then re-encoding it into a different format. This is the ideal method to hit a specific requirement of Internet bandwidth and viewing size, but it is in most cases cost prohibitive as you need power hungry and expensive hardware to achieve.

​For context, a TetherBox Pico capable of recording 10 cameras will only be able to record 2 if transcoding (you can enable transcoding in TetherX by editing a camera and switching to the advanced tab).

Proxying & Packaging is what is used in most cases, where the original video stream is maintained but is packaged into different containers, for example .mp4 for video recording and .ts for local and high-def live streaming (see streaming technologies below).
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This means that ultimately, you are at the mercy of the camera/recorder. If you need to open 16 cameras and each one is 1mbit, but your upload speed is only 10mbit, it will simply not work because the stream size cannot be adjusted without either:

Video vs Images

TetherX use a combination of images and video to achieve different goals. It is important to understand the differences and advantages/disadvantages of each, which in turn dictate when either is used in TetherX.

The main difference between image and video compression is every image is self contained, where every video frame is part of a stream. While you may skip an image, skipping a frame in a video stream leads to parts of the image breaking / disappearing:

Systems that ignore broken/skipped data (e.g. streaming over UDP) will show a broken image while many systems will simply show a loading spinner while they wait for the next key frame (which is controlled by the key-frame interval set on the camera/recorder, typically set to 1 second, or the same number as fps, but sometimes much longer).

Because each image is self contained, it is typically 5 to 25x larger in bitrate vs video at 25 images per second. It may initially seem obvious that video should be used when accessing remotely, however there are certain important underlying trade-offs that make it a much tougher question which needs to be evaluated on a case by case basis, according to the following:

Advantages of Images

Live View Streaming Technologies

TetherX uses all mainstream streaming technologies available and choses between them depending on the specific requirements and constraints:

How TetherX Does It

TetherX supports most streaming technologies and switches between them depending on context.

When local streaming (the TetherBox is able to detect if you are on the same network), if we are viewing less than 10 cameras simultaneously TetherX switches to LHLS (see above) to show the primary video stream from each camera at full resolution/frame-rate (assuming your viewing device is capable of displaying this many streams). If this is not working well for you, you are presented with a toggle to switch off High-def streaming to fall back to loading images.

When full screening a camera (double tap/click a camera), we assume you want the higher quality and we switch to the full primary stream. If your connection is not able to sustain this stream, we automatically fall back to loading images.

When viewing multiple sites / cameras over Internet in record mode, we switch to image viewing but we transcode/transize the images depending on the size of each live view box on your screen. This ensures that you are able to view many simultaneous cameras, the latency is lower than video, it automatically adapts to the available bandwidth and it does not impact recording quality. This does however mean a lower fps.

When viewing multiple sites / cameras over Internet in monitor mode, we proxy the connection directly to the image provided by the camera. This leads to a further lowering of fps but ensures the TetherBox can monitor the health of and provide live view of 10x more cameras than in record mode.

Learn more about using Live View in TetherX here.

How Hikvision iVMS Does it

Because of the constrains outlined above, in order to show smooth video in iVMS (and Dahua PSS) software, if the connection speeds both on site and viewing device cannot accommodate the streams, the software temporarily reconfigures the cameras to send a lower bitrate stream while keeping the resolution the same.

💡 Note: if you happen to kill the software at this point (or lose connection), this can cause the camera to permanently record in lower quality.

Because many cameras or recorders only support a single stream at above D1 resolution, this means that not only is the live view quality reduced, but also the video being recoded which can lead to losing critical video evidence.

In our testing, limiting the connection to 5mbit 200ms upload and streaming just 4 cameras in HD resulted in blocky and usable footage being recorded on the NVR. It also took over 10 seconds to get an initial image, however the motion was smooth (25fps) once loaded.

In comparison when using images (outside of the iVMS/PSS software), the images loaded almost immediately, the image quality was significantly higher, but the frame-rate was poor (3-4fps) – still sufficient for making decisions in a control room setting, but understandably disappointing in smoothness by comparison. (Note: higher fps can still be achieved by full screening a single camera on demand).

When viewing a smaller number of cameras from the same manufacturer on a single PC or phone, it looks impressive to have smooth 25fps video on iVMS/PSS/others. However, when dealing with 100+ or even 32 cameras, from different manufacturers, different firmware versions, with multiple users, across multiple sites, with differing and fluctuating bandwidths, you begin to appreciate the trade-offs and advantages/disadvantages of each approach.

💡 Note: This approach of custom code to adjust Hikvision camera settings to achieve smoother live view is only suitable if you do not care about recording quality and you are optimising for a single manufacturer with compatible models/firmware.

​TetherX is an open platform with a focus on convention over configuration, we prioritise the integrity of recorded footage above live view and we implement approaches that work across all recorders/cameras as well as viewing devices.

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Uniview / UNV Camera Setup Guide (for use with TetherX)

Using TetherX with Uniview / UNV Cameras

Summary

Uniview or UNV cameras should work out of the box in most cases. However please note depending on the age of the camera and firmware versions, the RTSP path may be different.

Please try the following paths:

3. Open the Advanced tab and enter the required Analytics Path and Recording Path. Please try all the paths given as examples above.

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Camera Setup Checklist

Adding IP cameras to TetherX Please note your camera may have a different interface and options may be located in a different part of the interface. Please refer to the camera manual if you are not able to find the relevant option.

Network

Set a Static IP

Set camera to unused IP on 192.168.88.x network
set DNS/Gateway to 192.168.88.100

Important: Although it’s possible to configure your camera with DHCP, and TetherBox is capable of detecting any IP changes, we strongly advise against this practice for security reasons. This setting can potentially allow the camera to connect directly to the internet, raising a range of security issues. These include unauthorised access through back doors, or the risk of security holes in the camera’s firmware if it’s not updated regularly.

Video & Audio

Recording Stream (primary)

Analytics Stream (secondary)

Conditions

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Audio (optional)

Date & Time

One option is to disable time from being displayed in the camera at all. You generally do this under OSD settings. If you do wish time to be displayed in the image, you need to set the following:

<p>The post TetherX Camera Setup Guide v2 first appeared on NVR IPCAMERA SECURITY.</p>

By downloading the firmware from this web page you are agreeing to Hikvision’s Software User License Agreement. Please be aware that Hikvision products are region-specific and regionally supported. If you have purchased your Hikvision products from an online source or unauthorized distributor, they may not be compatible with the North American region’s firmware and are considered to be “gray market” product. If your camera has “CH” in the serial number, you are most likely using a “gray market” product. 

Updating the firmware from this site can lead to several complications in those cameras, up to and including camera failure.  Restoring a “gray market” product to its original condition is a factory process and will result in a Chinese interface. As Hikvision warranty is void in this case, you must rely on the dealer for any service, support, and warranty of the “gray market” product. If you have any questions or concerns about the official status of your Hikvision distributor, please contact Hikvision USA Customer Service at cust.usa@hikvision.com.

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Upgrade Device Firmware

For a device added via IP/Domain, its new version can be detected by the Mobile Client. Once detected, you can upgrade the device to its latest version.

1.Enter the Device Information page.

• On the device list page, if the page is in the list mode, swipe the device name to the left and tap .

• On the device list page, If the page is in thumbnail mode, tap the device name or tap .

• On the Live View page. Tap  and then tap Settings.

Note:

For details about how to enter the Live View page, see Start and Stop Live View.

2.Tap  > Device Version to enter the Device Version page.

3.Tap Upgrade and then tap UPGRADE on the pop-up window.

The Mobile Client will download the upgrade file first and then start upgrading the device.

Note:

You can also enable the Mobile Client to automatically download the upgrade file in Wi-Fi networks once a new device version is detected. For details, see Auto-Download Upgrade File.

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UPDATING FIRMWARE

Hikvision regularly updates the firmware in our products to resolve potential issues and keep your system running smoothly. Below, you can find guidance on how to update your system accordingly.

Updating Hikvision IP Camera Firmware

To upgrade the firmware of a Hikvision IP camera, please follow the steps below:

1.Locate the appropriate firmware by clicking this link

2.Click on the firmware, then click download.

3.Agree to the license terms and conditions when prompted.

4.Locate the downloaded firmware file (this typically will be in the default download folder, unless prompted for a download location, then choose Desktop) and extract it by right-clicking on the file and selecting extract all or unzip. When prompted for an extract location, choose Desktop to extract the final file to. A file labeled DIGICAP will appear on the desktop.

5.After the file is extracted, log into the camera using Internet Explorer or Firefox web browsers. If prompted to install the plugin (or to allow the plugin to run), follow the prompt to proceed with the upgrade procedure.

6.Log into the camera using the administrator username and password, then go to the Configuration tab. In this tab, go to Basic Configuration then System, and then click on the Maintenance tab.

7.On the bottom of the page under Remote Upgrade, press the Browse button to locate and choose the firmware file, which was previously saved on the Desktop. After selecting the file, click Open, then click Upgrade.

8.The camera will display a prompt that a reboot is necessary to complete the upgrade. Click OK. The camera will reboot when the firmware is successfully upgraded.

Click here to see a video tutorial of the above steps.

Upgrading Hikvision DVR/NVR Firmware

To upgrade the firmware of a Hikvision DVR or NVR, please follow the steps below:

1.Insert a USB flash drive into the computer’s USB port (Please note that the USB flash drive does not need to be empty; it may contain other files and documents).

2.Locate the appropriate firmware by clicking this link

3.Click on the firmware, then click download.

4.Agree to the license terms and conditions when prompted.

5.Locate the downloaded firmware file (this typically will be in the default download folder, unless prompted for a download location, then choose Desktop) and extract it by right-clicking on the file and selecting extract all or unzip. When prompted for an extract location, choose the USB flash drive (typically labeled by letters E, F and so on) to extract the final file to. A file labeled DIGICAP will appear in the USB flash drive.

6.After the firmware has been extracted (unzipped), remove the USB flash drive from the computer and insert it into one of the available USB ports on the DVR/NVR unit.

7.On the DVR/NVR, go to the Main Menu, and then go to Maintenance.

8.From the sub-menus on the left click Upgrade. This will display the content of the USB flash drive.

9.Choose the DIGICAP file and press Upgrade.

10.An information window will pop up prompting that the unit will reboot after the upgrade is complete. Click YES.

11.To verify that the firmware has been upgraded, after the DVR/NVR is rebooted, go to the Main Menu, and then go to System Information. The current firmware version will be displayed.  

New Hikvision Firmwares 2024

Also Read : Hikvision How To Tutorials Chapter 1

How do I get Firmware Updates for my Hikvision Gear?

Hikvision Australia’s website has firmware updates for available IP cameras.
https://www.hikvision.com/au-en/

Use the search bar to try and find your product. Firmware updates are usually available on the product page.

IF YOU BOUGHT EQUIPMENT FROM US:

You will need to contact us if you can’t find your camera listed or if you require firmware for your NVR / DVR.
You will need to also provide the full serial number of the device as well as your current firmware.
This is to ensure upgrades are done properly. In some instances middlle firmware is required before upgrading to the latest version.

We do not recommend doing intercom firmware upgrades. Please check with us if there is any doubt.

If you didn’t buy equipment from us, please contact the people who you bought the equipment from.

How to Upgrade Camera Firmware via Hikvision NVR

This Video shows you how to upgrade your Camera firmware from the NVR.

Hikvision Australia’s website has firmware updates for available IP cameras.
https://www.hikvision.com/au-en/Support/Downloads/Firmware/IPC

NOTE this is only for IPC.

You will need to contact us if you can’t find your camera listed or if you require firmware for your NVR / DVR.
You will need to also provide the full serial number of the device as well as your current firmware.
This is to ensure upgrades are done properly. In some instances middlle firmware is required before upgrading to the latest version.

We do not recommend doing intercom firmware upgrades. Please check with us if there is any doubt.

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Lates Hikvision Firmwares 2024

How do I update Hikvision firmware remotely for my TetherX installation?

If your system was installed by one of our security installation partners please contact them to update your cameras. If you would like to update your Hikvision devices yourself please follow the guide below.
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1.Download the latest Hikvision firmware by visiting the Hikvision Downloads Page

Hikvision Downloads Page

Note: the UK firmware is different from the US firmware. For UK firmware, please follow use the UK Downloads page.
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2.Extract the firmware archive, it should contain the file: digicap.dav

3.Create a tunnel into your Hikvision device.

How to create a tunnel?

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4.Login to your Hikvision device and navigate to “Configuration” then “Maintenance”.

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5.At the bottom of the page under the ‘Upgrade’ header, press on “Browse”

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6.Use the file navigator window that pops up to select the digicap.dav file you downloaded earlier
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7.Click on ‘Upgrade’

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The actual upgrade will take up to 10 minutes and the device will automatically reboot at the end of the upgrade process.
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This video from Hikvision Technical Support shows the upgrade process:

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Click here to see a video tutorial of the above steps.

00 Temperature Screening-2020-07-10

01 Density Control-2020-07-10

02 Mask Detection-2020-07-17

03 Front Ends-2020-12-02 

04 Back Ends-2023-03-15

Access Control & Video Intercom-2020-12-02

Accessaries-2021-12-01

Alarm-2023-06-21 

ANPR & Speed Radar Display-2023-07-10

Dell image-2022-12-12

Mobile-2023-07-03 

Paxton related materials-2023-05-26

Portable Series-2024-02-06 

Thermal-2023-07-07 

Transmission & Display-2022-12-16

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DVR-2023-08-11 

IPC-2021-11-04 

NVR-2021-11-26 

PTZ-2021-09-23 

fw and model list.xlsx10.27KB2019-04-09

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Hikvision Firmware Download –
Intelligent Traffic Products

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Hikvision Firmware Download –
Access Control Products

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<p>The post New Hikvision Firmwares 2024 first appeared on NVR IPCAMERA SECURITY.</p>

InVid Tech is here to help you succeed, and as a company, we pride ourselves on the level of personal service we offer. We have an experienced team based in the United States, including Sales, Customers Service, Marketing & Tech Support. Additionally, there is support for Latin American Countries.

Steps to Change Secure Series Camera Compression to H.264

The below steps are needed in order to connect your camera to the Secure 4ch NVR attached with your order.  Please log into camera first, default username is “admin” and default password are “1234567u”, from there it will prompt you to change, please do so and follow below steps.  If you do not do this first, the camera will not connect to the NVR.

SEC-BODYTEMPCAM1 Camera Configuration Guide

**Please Note:  Cameras Default IP address is 192.168.1.121.  IP Utility can be downloaded off our website here

• Log into the cameras web interface on Internet Explorer (IE), default username is “admin” and default password are “1234567u”. Make sure to download the new plugin. 

Note: close ALL browser tabs while installing the plugin.

• Parameter Configuration (Configuration/Human Thermometer/Parameter Configure)

◦ Enable face detection

◦ Draw the area according to the real scenario, there is a maximum of 8 areas supported. We usually use one detection area to cover where people could potentially appear in, recommended distance is 9 to 16 feet (3-5 meters) for capturing.

• Leave the Display Trace Info at “Mode 1”

• Show Detection Area, can turn On or Off

• For Confidence Coefficient, we suggest keeping the default value (Mid). It’s for the face matching level with the built-in algorithm.

• Area ID is for the selected areas if you choose more then one main area, up to 8 totals. We suggest keeping this at one and focusing on the main point of entrance.

• For Face Pixel Minimum and Maximum, we suggest keeping the default value (70/1000). Only faces in this range will be detected.

• There are two different Snapshot Modes: 

◦ Timing: ‘upload interval’ is associated with ‘timing’, camera will upload one picture every 5 seconds (Suggested).

◦ Optical: ‘snapshot count’ is associated with ‘optical’, camera will upload the best face picture in 5 seconds.

• For Upload Image Interval we suggest leaving at 5 seconds (1-10 second range).

• For Yaw Degree, Tilt Degree, Pitch Degree and OSD Overlay Snapshot, we suggest keeping as default.

• FTP Upload Image Matting and FTP Upload Whole Image are if you are using the camera as a standalone device, no CMS or NVR, and wish to save the facial snaps to an FTP.

• Temperature Parameters

• Enable this field and leave all as DEFAULT except LENGTH UNIT and MOUNT DISTANCE

◦ IF YOU SWITCH TO FAHRENHEIT THE FIELDS STILL STAY AS DEFAULT (Except Length/Mount Distance, mentioned above)

◦ DEPENDING ON THE SELECTION OF “LENGTH UNIT” (METERS/FEET), ALL DISTANCE FIELDS WILL BE CONSIDERED IN THOSE UNITS!

[IMPORTANT] Set the mount distance according to the real installation, whose value should be the horizontal distance from the detection area to the camera. 

Hit ‘apply’ to save the settings.

• Face Alarm Linkage

IF SWITCHED TO FAHRENHEIT YOU MUST ADJUST “ALARM TEMPERATURE”, 99.5-100.5F (Default Celsius is 37.30)[

• [IMPORTANT] Thermal Mapping (Configuration/Human Thermometer/Thermal Mapping)

◦ This step is mainly for matching the thermal image with the visible image, which can ensure the measurement accuracy.  The Black Body device (Infrared Calibrator) MUST be in the Field of View of the thermal image.  The thermal image is a FIXED LENS and is a smaller field of view then the standard image.

• There are eight groups of ID, and each group ID contains three points. If using One area, then you do not have to set groups 2-8.

• Pick out three points that you can clearly see in the thermal image, mark them with point1, point2 and point3.

• Find the three locations of the three points in the visible image and mark them with the same point numbers associated with those in thermal image.

◦ Note: Suggested to choose three points far away from one another, so the triangle of can cover 70% of the image.

• Hit ‘apply’ to save the settings.

• Test if the rectangle can correctly surround the face, and perfect it by adjusting the three points.

• Thermal calibration (Configuration/Human Thermometer/Thermal Calibration)

• Install the blackbody properly where the camera can see it (within the thermal image). The blackbody needs to be powered on for at least 20 mins to reach to a stable temperature.

◦ The Infrared Calibrator will ALWAYS display in CELSIUS; the stable temperature is ~40C

• Enable.

• If you turn on ‘Display Area Info’, the blackbody (Infrared Calibrator) will also be shown with temperature on thermal image.

◦ Draw box around your calibrator

• Target Temperature: If using Celsius leave as 40C, if using Fahrenheit change to 104F (Default)

• For Distance, put the real installation distance between the camera and Black Body (Infrared Calibrator). No more then 9-16 feet (3-5 meters).  Distance is in Meters or Feet, depending what you selected under the Parameter Config menu.

• Keep the ‘Emission Rate’ as the default value.

• Hit ‘apply’ to save the settings.

InVidTech Secure Series Setup Guide v1

Also Read : How To Setup O-KAM Pro camera

SEC BODYTEMPCAM1 camera run off of POE output?

Yes it is, safe.

What are the minimum specs required to handle SEC-BODYTEMPCAM1?

For a single camera: i7 processing, at least 8GB of RAM.

From where is the temperature being scanned?

From a point in the middle of the forehead, the temperature is scanned, above the nose and in-between the eyes. If the camera captures a profile image it is using the skin around the earhole for temperature.  It is important to note that what is being scanned is skin temperature and not core temperature.

Should people be screened prior to entry?

The camera needs to be set within a controlled environment and cannot be installed outside. The calibrator isn’t weatherproof (IP66) and airflow, whether inside or out, could throw off the camera’s calibration.

If you need to screen people before entering the building, you would need to set up an enclosed tent to scan individuals. The camera can operate in both extreme heat and cold as long as no airflow would skew the results. If an individual is outside for an extended period, in the intense heat or cold without the opportunity to reregulate their temperature, the results might be slightly off, its recommended to wait 20-30 seconds before reading.

Need to wait when coming from outside for accurate reading?

Most of the time, there will not be any accuracy issues when getting scanned. If you have been out in the extreme heat or cold for an extended time you may want someone to wait roughly 30 seconds for their body to adjust to the environment. The camera is taking the skin temperature, which the human body keeps in check very efficiently.

What is your advice for poorly controlled environments?

If you are going to invest in the product, you will also need to invest in creating a controlled environment. If the environment is not controlled, you will not have accuracy. 

What effects an individuals’ temperature?

An individuals’ temperature will not read higher based on wearing a darker colored cap or clothing. The temperature scanned is the skin. The camera is using the face detection analytic to detect a human face then apply the algorithm built into the camera to display a temperature that is read from the epidermis of the forehead, or if it is a profile picture captured, the skin around the earhole is used.

If you’re wearing a mask, glasses, hood, hat, or all combined, if those two focal points aren’t blocked, then the camera can give a temperature reading.

Depending on the type of hat, for example, a forwards facing baseball cap pulled down entirely over the forehead can cause an individual not to be scanned. Another factor that could affect the scan is how the camera is mounted. The cameras must not be mounted higher than 8-feet. If the camera is wall-mounted and facing on a downward angle where a hat or hardhat is blocking the forehead, a solution would be to mount the cameras on a tripod to get a more direct shot.

Please watch the scenario video here for more info on this.

As for individuals who have been out in the extreme heat or cold for an extended time you may want to wait about 30 seconds for their body to adjust to the environment. The camera is taking the skin temperature, which the human body keeps in check very efficiently.

Two real-life examples of cold and hot temperatures:

In New York, the temperatures were averaging 45 degrees, and we had someone whose drive into work took about 20 minutes. While driving, they had the window rolled down and the air continually blowing into their face. They would walk from their car to the office and could feel their skin was cold. When walking into the office, they would get scanned, and their temperature would be between 96.9 and 97 Degrees. After waiting for about 60 seconds, they would rescan, and their temperature would average the mid 97 degrees.

In Arizona, where the temperature was over 100 degrees, we found that when someone was outside for a while, a cooling down about 20-30 seconds was necessary. Initially, their temperature registered at about 102, but after 20 seconds, it stabilized and showed their baseline temperature.

Something to keep in mind is that everyone is different. Two people who are excessively overheated may vary slightly in how fast their bodies regulated their temperature. One person might take about 10 seconds, while another person might take about 45 seconds. We are finding that the average is about 20-30 seconds for someone to regulate back to their baseline skin temperature.

Does the subject have to face the camera?

The subjects face must hit the 7% FOV (Field of View) mark of the camera to get an accurate reading. It is looking for two measurement points. The first point is in the middle of the forehead, roughly the area in-between the two eyes, near the nose, and if it captures a profile image, it is looking for the skin around the ear hole. The person has to be walking into the view of the camera and not away.

What is the ETA on the Fahrenheit firmware fix for US sites?

The firmware is currently available, giving the option for Fahrenheit or Celsius. The product leaves our warehouse with this latest firmware update, and the product comes defaulted to Fahrenheit & Distance comes defaulted to Feet with the option for metric units. 

What VMS’s are supported?

As of today 4/29/20, we know Axxon and EXACT are working on an integration. Other companies that have reached out but are not 100% confirmed yet. The SDK is available upon request but each is responsible for their integration. 

Without an NVR, will images be stored?

No. The camera will not store any images. 

Will the camera do face recognition without an NVR or computer?

The camera only does face detection. The CMS is what handles Facial Recognition if you aren’t running the CMS, face images will not be saved.

Will the camera track a person?

Tracking is based on facial detection. As soon as the 7% mark is met (7% is the required amount to get a temperature), it will read the face detection analytic and then apply the algorithm for the temperature display.  

Where are these cameras made?

The cameras are manufactured in China but are not affiliated with and are not OEM made products from Hikvision or Dahua. 

Can the camera just be connected to a LAN that has the NVR on it?

Yes, it can be stand alone.

What is the accuracy of the camera?

The accuracy of the camera is 0.54 Degrees Fahrenheit / 0.3 Degrees Celsius.   

Is this camera FDA approved for taking Body Temperature readings?

We are currently in the process of working on our 510k Certificate approval. 

Will the camera pick up the temp of a person who is walking away?

No. it is not designed to work this way.  Depending on the angle, it might be able to capture a profile and on occasion provide a temperature. 

Is there a max mounting height from the floor?

Yes, you may not exceed 8 feet from the floor when installing on a wall or ceiling mount.

How do you calibrate the calibrator?

Let the calibrator run for about 15-20 minutes. On the back panel of the calibrator, you will see a display. The display will be in Celsius regardless of the settings in the camera and CMS. Once the screen hits the 40-40.2 degrees, the unit has been calibrated. 

Can you set the camera and calibrator to shoot through a glass door?

 No, the camera and calibrator must be in sight of one another and cannot see through a glass window or door. There can be no glass between the devices and the subject. 

How far away does the calibrator need to be from the camera?

The camera and calibrator must be in view of each other and must not exceed 16 Feet. The recommended distance is 7-16ft. and the calibrator must be in the field of view of the THERMAL image

Does each camera require its own calibrator?

Yes, each camera requires its own calibrator. You cannot use two cameras with a single calibrator. The temperatures will not be accurate. 

Can you connect the CMS to a customer’s network?

Yes, the CMS can be connected to a customer’s pc and also run on a pc that is not on the network.

What does CMS stand for?

Central Monitoring Software

Is the CMS included with the purchase of camera & calibration device?

Yes, there is a free download that is available on our website. There is no charge. You can find it here

How many users can log into the CMS simultaneously?

The CMS (Central Management System) is stand-alone. You can install it on multiple computers, but there is a max of 10-user connections for each camera.  

CMS (Central Management Software) for PC

CMS for PC

This is the free CMS (Central Management Software) for the Secure Series for those using a PC. It will work with Secure Series Products. 

New in this Version:
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Version V1.8.163.0.0.51.0_build 20240206

User Name: admin
Password: 1234567u

Download Secure CMS Here

Download AD (Active Directory) Instructions Here

IP Tool Utility for PC

This is the free IP utility for the Secure Series for those using a PC. It is used to find IP Cameras on the network and change the IP info (IP Address, Sub-Net, Default Gateway) of those devices. Version v1.9.9

Supported Devices: Secure NVRs, Secure IPCs

Download IP Tool Here

If you are using a computer, will it record video without an NVR?

No, the closest workaround is to add the camera to the CMS. The CMS saves snapshots based on facial recognition. Please keep in mind that if the CMS doesn’t see specific points of a face to realize its a face (such as if the person is partially covered), you may still get a temperature read, but the face snap may not save. The CMS is only saving snapshots, not video.

How to use a cloud feature in the NVR menu?

The cloud feature will be implemented in the future. Once it is fully functional, we will have additional information posted!

How many hours of video can be stored on the NVR?

That will depend on the size of the drive you put in the unit and the number of cameras you have installed. The standard 4-channel unit can house a single hard drive bay, and can use drives ranging from 1-10 Terabytes. 

Can the NVR do the job of counting and temperature notification?

No.

Will camera send notifications automatically without an NVR?

If the camera is networked, email notifications can be sent out, even without an NVR. This will include a snapshot with the temperature for individuals who are above the threshold set. The camera also has two alarm outputs that can be utilized.

To use the app, InVid LIVE CMS, the camera would need to be added to the CMS, and the CMS would have to be kept open and running on a PC. If a temperature over the threshold is registered, it will send a push notification to the app.

Is the NVR required for sending email alerts?

No, the camera can send out email alerts. The 4/8/16 Channel NVR does not have the ability to send out email alerts while the 32 channel unit does, for over temperatures.

What type of notifications are triggered by high temp?

You can have an email notification with a snapshot of the individual and temperature range and also the option of one or two sirens if the temperature is above the threshold. 

Are there any onboard relays that could be triggered to send an alert

Yes, the camera has 2-alarm outputs. Power is needed, 12/24 volt AC/DC. Settings within the camera can be configured to trigger an alert when a temperature is over the threshold. 

Can the system send email and text alarms?

The system can send emails, it includes the picture of the scene with the temperature reading. Currently, there are no text alarms, but it is something we are looking at trying to implement.

Audible alarm once it detects a high temp?

The camera has two notification functions. The first is an email notification. The second is an alarm output trigger. The CMS that links to the camera does have an audible alarm if your computer is set up for sound. 

What is the warranty on the Secure Series products?

Camera: 1-Year

Calibrator: 1-Year

NVRs: 2-Year on Unit & 2-Years on Hard Drives

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<p>The post InVidTech Secure Series Setup Guide v1 first appeared on NVR IPCAMERA SECURITY.</p>

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Hikvision is one of the world’s largest video surveillance manufacturers and a leading brand in the video surveillance industry. Their top-of-the-line IoT solutions and video security systems set them apart from other DVR brands.

However, since all recorded videos get stored on the DVR’s hard drive, they might get accidentally deleted or lost. Losing CCTV footage can have potentially disastrous consequences if there’s some important information on the deleted or corrupted videos.

But don’t start worrying just yet. If you find yourself in such a situation, go through our detailed guide on how to recover deleted videos from the Hikvision CCTV system or DVR without any complications.

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Can You Recover Deleted Hikvision DVR Recordings?

Yes, using data recovery software, you can restore deleted Hikvision CCTV footage from different data storages like a hard drive, SSD, or Hikvision SD cards.

There are several available methods to assist users with recovering deleted videos. But before we dive into recovering corrupted or deleted videos from Hikvision CCTV systems, we must understand the various possible reasons for data loss and the corresponding solutions for data recovery.

To avoid significant data loss from the DVR due to unforeseen issues, make sure that you back up video recordings periodically.

How to Recover Permanently Deleted Hikvision DVR CCTV Footage

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Before we look at ways to repair corrupted Hikvision DVR data storage, let’s go through what you can do to recover your data beforehand. Some methods used to perform hard drive data recovery can result in the deletion of your existing data. Thus, you must first retrieve your lost Hikvision DVR recordings.

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Perhaps the best way to restore deleted Hikvision CCTV footage is to use trustworthy video recovery software. While several data recovery tools are available on the market, Disk Drill is one of the best data recovery apps.

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Disk Drill is a trustworthy DVR data recovery software with an impressive track record for successful recoveries, and it supports over 300 file types. While Disk Drill can retrieve deleted or lost video files in the MP4 format supported by Hikvision surveillance videos, it also supports other video formats such as AVI, FLV (Flash video), M4V (iTunes video), MPG (MPEG video), WMV (Windows Media Video). Moreover, the software is available on all major file systems – Windows, Mac, and Linux.

Disk Drill also comes packed with advanced features like S.M.A.R.T. disk Monitoring (hard drive health checks) and byte-to-byte level backups that can be useful in retrieving data from corrupt hard drives. Here’s a detailed guide on how to recover deleted or corrupted videos from Hikvision CCTV using Disk Drill:

1.Before you begin the recovery process, unmount the Hikvision DVR hard drive.

2.Download and Install Disk Drill.

3.Connect the unmounted hard drive to your computer or PC directly or via an adapter.

4.Launch Disk Drill on your computer. Now, select the hard drive from the list of devices your computer can access. While Disk Drill selects the All Recovery Methods option by default, you also choose from other recovery methods – Quick Scan or Deep Scan.

5.Click Search for Lost Data. Disk Drill’s advanced algorithm will scan through data storage for your deleted Hikvision CCTV recordings. The software also allows you to pause, save or resume the scan whenever you want.

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6.Once the scan is complete, you can filter through the results. Now, click Review Found Files. Disk Drill allows you to preview the files you want to get back and even recover up to 500 MB of data for free!

7.Once you’ve selected the videos you wish to restore from the Hikvision DVR hard drive, click the Recover button.

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You can also use the filter option to quickly locate your CCTV recordings. For instance, key in “mp4” into the top right hand corner field box and hit Enter.

8.Type in the recovery location and ensure you’re restoring your files to a different device from which you’ve just recovered data. Finally, click Ok.

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You can also use these steps to recover deleted or lost videos from other devices, such as video cameras or deleted dash cam footage. To learn more about Disk Drill and all its premium features, you can go through our comprehensive Disk Drill review.

How to Fix Corrupted Hikvision DVR Data Storage

After successfully retrieving lost Hikvision DVR recordings, you can attempt to fix corrupted Hikvision DVR data storage. Follow our step-by-step guide to repair the hard drive without any hassles.

Method 1. Repair Partition Using TestDisk

TestDisk is a powerful, open-source data recovery tool primarily designed to recover lost partitions, fix partition tables and rebuild the boot sector. It’s available for free and can run on all major operating systems. Once you’ve recovered your deleted videos, you can attempt to repair the corrupted Hikvision DVR hard drive using TestDisk.

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Interesting Read: How To Face Detection &#8211; Face Recognition

Here’s how you can repair partition using TestDisk:

1.Download and unzip the TestDisk folder. In our case, the folder was named “testdisk-7.1.win”.

2.Right-click testdisk_win and click Run as administrator.

3.Use the arrow keys to select the No Log option, then hit Enter. You can also click Create to create a log if you like, append info to an existing one, or not create one at all.

4.Now, select the Hikvision DVR hard drive and press Enter.

5.Select the partition table type. For Windows users, select Intel. Now, press Enter.

6.Next, select the Analyse option and hit Enter. On the next screen, click Quick Search to begin the partition recovery process.

7.After the scan is complete, the missing partition will appear on the screen. Select the partition you wish to recover and follow the prompts on the screen. Move to the Write option and press Enter.

8.Press Y to write the partition table and press Enter again.

To know more about the pros and cons of using TestDisk to recover data and partition recovery, look at our in-depth TestDisk review.

Method 2. Scan Your Drive Using CMD (chkdsk)

The CheckDisk utility (chkdsk) is an in-built command in Windows that can scan and resolve any problems it discovers on your hard drive. If bad sectors or errors on your Hikvision DVR disk have caused data to be deleted or overwritten, they can be repaired using the CMD prompt.

Here’s how you can scan and fix the DVR hard drive with the CheckDisk utility:

1.Go to the Start menu and type in cmd. Now, select the Run as administrator option.

2.Once the Command Prompt window opens, run the following command: chkdsk F: /r (Remember to replace F with the drive letter assigned to your hard drive).

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Here, we’ve used the /r parameter. It fixes any errors on the disk and searches for bad sectors.

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FAQs

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How to recover overwritten CCTV footage from Hikvision DVR?

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Here’s how you can recover overwritten CCTV footage from Hikvision DVR:

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What is the best DVR data recovery software?

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While several data recovery tools are available on the market, Disk Drill is the best DVR data recovery software. It supports the MP4 format supported by Hikvision CCTV footage and other video formats such as AVI, FLV (Flash video), M4V (iTunes video), MPG (MPEG video), WMV (Windows Media Video). Moreover, the software is available on all major file systems – Windows, Mac, and Linux.

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Can you recover deleted CCTV footage for free?

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There are certain data recovery software that offer free recovery. For instance, Disk Drill allows you to recover up to 500 MB of CCTV footage for free. If you need to recover more data, check out software like PhotoRec and Recuva

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Does CCTV footage get deleted automatically?

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It depends on the DVR settings and the capacity of your hard drive. In some cases, old CCTV footage may be deleted periodically, i.e., after a month or a week. In other instances, CCTV recordings may get deleted or overwritten due to a lack of space.

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Conclusion

The videos and recordings from CCTV surveillance systems often hold essential security information. The methods outlined in this article should answer all your questions on recovering lost or deleted CCTV footage from Hikvision DVR hard drive.

You can use these techniques to retrieve surveillance videos from any Hikvision CCTV camera model and even repair the corrupted DVR hard drive for future use.

<p>The post How to Recover Deleted CCTV Footage From Hikvision DVR first appeared on NVR IPCAMERA SECURITY.</p>

Part 1: How do I install a Hard Drive in a Hikvision NVR?

Any setup with an NVR will need a hard drive to function as it is what all your footage is saved to. The WD Purple Drive is our go-to recommendation for the vast majority of IP setups as it designed with the high workload requirements of 24/7 surveillance solutions in mind. Please see the guide on picking the right HDD to better understand your storage needs and why we don’t recommend using HDD’s that aren’t optimised for use in a CCTV system.

Please see the five simple steps below for getting your hard drive installed into your NVR:
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Step 1:
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Firstly, you’ll need to locate and remove the screws that secure the NVR’s casing to the base so that you can access the inside of it. Typically, you’ll find two of these screws on the back of the unit and, depending on the NVR model, more on the sides – Do not lose these screws!​

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Step 2:
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Once inside, your NVR will look something like this. The parts in here you’ll need to identify are the:​

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Now look at your HDD – fewer things to identify here:​

Step 3:
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Get your hard drive and NVR connected – You can screw the drive into its bay in NVR first if you wish, but it’s normally easier to wire everything up first. Plug one end of the SATA interface cable into the HDD and the other into the corresponding port on the motherboard, then do the same with the SATA power cable. If the power cable has come already connected to the motherboard, then just plug the other end into the HDD’s SATA power port.​

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Step 4:
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You now just need to screw the HDD into the bottom of the NVR via the screw holes located in the HDD and corresponding holes in the HDD bay (insert the screws from underneath the NVR into the HDD inside – it can be a bit fiddly).​

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Step 5:
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Finally, screw the NVR’s casing back onto the base. Your HDD is now installed and ready to be formatted during the initial NVR setup, which is explained in Part 2.​

How do I set up my Hikvision IP CCTV System

Read More : Hikvision How To Tutorials Chapter 1

Part 2: How do I complete the basic setup of my Hikvision NVR?

You now need to configure the NVR so that it’s ready to connect to your network. Don’t worry – this is simpler than it sounds. This initial setup is simplest when done on the local GUI, using a directly connected monitor. The following steps walk you through this initial setup process:

Note – Avoid plugging anything into the back of the NVR until instructed to do so in this tutorial.

Firstly, you’ll need to look at the back of your NVR and make sure you can identify the following parts that are needed for this stage:
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[1] – PoE (Power over Ethernet) ports (Most Hikvision NVRs have PoE ports which will power any camera via the network cable. Those that do not will require you to connect the camera across remotely, using a separate PoE injector or switch for power.)
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[2] – VGA display port
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[3] – HDMI display port
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[4] – USB port(s) (and mouse – one should come included with the NVR)
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[5] – LAN port (and ethernet cable – Cat5e or Cat6 is fine)
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[6] – Kettle power socket (the power lead is included with the NVR)​

Now, follow these steps. It is easier if you leave your cameras disconnected until prompted later in this guide:

Step 1:
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Plug the kettle plug into the power inlet to connect the NVR to a power supply.​

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Step 2:
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Connect your NVR to a display (this can be any monitor or television) by connecting either an HDMI or VGA cable from the monitor to the corresponding port in the back of the NVR.​

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Step 3:
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Plug your USB mouse into one of the NVR’s USB ports.​

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Step 4:
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Use an ethernet cable to connect your NVR to your local network – Plug one end of the cable into the RJ45 ports into a network access point (such as an ethernet port on your router), and the other into the LAN port in the back of your NVR.​

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Step 5:
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Turn the NVR on and let it boot up. Ignore the beeping noise, it’s completely normal and just the NVR telling you that it isn’t properly configured yet.​

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You may get a prompt to adjust the NVR’s resolution to match the connected display, click “yes” to view everything in the best resolution supported by your display.​

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Step 6:

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Set your language when prompted.​

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Step 7:
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Set a password for the NVR , as well as a “Channel Default Password”, which will be passed onto any inactive device that is directly connected to the NVR’s PoE ports. We recommend keeping these passwords the same for simplicity’s sake. It’s key that you set a password that the NVR defines as strong and that you remember this password, as resetting the passwords on Hikvision devices can be a hassle that you want to avoid, if possible.​

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Note – If you have lost your password then please see our guide on How to Reset the Password of your Hikvision Camera/NVR in 5 steps using the SADP Tool​

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Step 8:
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Now set a valid “reserved email” address for the NVR, which Hikvision will use for verification if you need to reset your password.​

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Step 9:
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Next, set an unlock pattern of your choice by using your mouse to draw any shape you like – you will be asked to do this twice to confirm the pattern. This will be used to quickly login to your NVR in the local GUI.​

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Step 10:
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Now, set your time zone, your preferred date format, and date/time.​

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Step 11:

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On the Network Setup page:​

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Leave the “NIC Type” as it is.​

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Either leave the “Enable Obtain DNS Server” box ticked, or untick it and use one these recommended public DNS servers.​

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It is best to leave the “Enable DHCP” box unticked here. Instead, set the “IPv4 Address” of the NVR to an unused IP address on your network, which is within your gateway’s range. Your Gateway will typically be the IP address of your router. E.g. if your router’s IP address is “192.168.1.1”, you’ll want to give the NVR an IP address within the range of “192.168.1.x”, where “x” is any unused address between “2” and “254”.​

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Note – DHCP can be left on during this stage of the setup to automatically assign your NVR an open IP address if you like, just be sure to turn it off again once your system up and running. To disable it again once set up, just go to: ​

System/Configuration→ Network → TCP/IP → DHCP Off → Apply​

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Input the Subnet Mask of your network (typically it’s “255.255.255.0”) and “IPv4 Default Gateway”. If you’re unsure of these, see the below articles which explain how to check what they are and if a particular IP address is available:​

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How-to: How do I find my router and PC’s IP address using a Windows PC?​

How-to: How do I find my router and Mac’s IP address using a Mac?​

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The “Internal NIC IPv4 Address” can be left as it is, this just refers to the NVR’s own LAN address (so Plug and Play cameras will use IP addresses on this range).​

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Step 12:
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You can now stop the annoying bleeping! Select your hard drive(s) from the list and click “Init” to format it, and then “Next” when the formatting has completed.​

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Note – This will completely wipe the drive, so please make sure that any that are being reused to not have data that you might need on them. ​

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Step 13:

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The next page is for the Camera Setup. As mentioned earlier, we recommend connecting any cameras after the NVR setup process has completed, so you can skip this page.​

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Note – Please see part 4 for the instructions for adding cameras to your NVR after the initial setup. ​

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Step 14:
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You will now be taken to the platform access page. Again, skip through and leave this for now.​

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Note – Please see part 12 for adding the NVR to the Hik-Connect app, which revisits this page. ​

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Step 15:
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Finally, you’ll be taken to the Change Password page and given the option to set a new admin password. Ignore this, unless you actually want to change your password. Remember, your admin password is different from your activation password, which you’ll need to use when activating individual cameras on your network.​

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Click “Exit” and “Yes” on the “Exit Wizard” popup.​

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That’s the initial setup of your NVR complete. You should now be taken to the NVR’s live view page (you won’t see your cameras until these are connected in Part 4), with your main navigation menu at the top of the screen.​

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Check out the other pages for more!

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<p>The post How do I set up my Hikvision IP CCTV System first appeared on NVR IPCAMERA SECURITY.</p>

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Hikvision ‘How To’ Tutorials

Here you can find all of the Hikvision-related ‘How-To’ Tutorials that the team at use-IP have created

How Do I Configure the Camera’s Onscreen Display Text?

All Hikvision users will have seen that when you first log in to a camera the live view will have overlayed text stating the date & time and the default name of the camera “IPcamera 01”, depending on your requirements you may want to change some or all of this overlay text and below is the instruction for how to do that.

Method 1 – In a Web Browser

Log in to the camera and go to Configuration > Image > OSD Settings
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Below we will take you through each of the above settings and what they do:

Character Set – This lets you select the characters/language the OSD settings use, by default all UK stock will come with this set as GBK for English characters but if you are a European customer and you want to enter special characters from your particular language (e.g. é, ü, ç, etc…) you can switch it to EUC-KR to access those characters (do this will require the camera to reboot).

Display Name / Date / Week – These tick boxes let you show/hide the camera name (Display Name), the current date (Display Date), and the day of the week (Display Week)

Camera Name – This box lets you set the displayed name of the camera, it will also change the name of the camera shown in the System menu and if added to an NVR it will change the name shown in the live view camera list and the Camera Management list.

Time Format – This dropdown lets you select how the time appears in your live view, either 24-hour format (00:00 – 23:00) or 12-hour format (00:00 – 12:00)

Date Format – This dropdown lets you select how the day, month, and year are displayed. Your options are DD/MM/YYYY (UK format), MM/DD/YYYY (US format), and YYYY/MM/DD (Chinese/International Standard format). You also have the option of separating the day, month, and year with either a “–” or a “/“.

Text OverLay – On most cameras, you should have the option to add up to 4 additional text overlays to the live view. You can use all of them or none of them depending on your requirements.

Display Mode – This dropdown lets you choose how the text behaves on screen, by default it will usually be set to Not Transparent & Not Flashing which means the text will obscure objects/people behind it and it will be onscreen all the time. You have the option to change it to one of the following – Transparent & Flashing / Transparent & Not Flashing / Not Transparent & Flashing – When set to transparent the text will become semi-transparent so that you can see objects/people behind the text and if set to flashing the text will flash on & off screen every few seconds (there are no controls for the flashing duration).

OSD Size – Technically this setting should adjust the size of the OSD text but we’ve found that when changing it there was little change to the text and so we would just stick to the default Auto option because this will allow the text size to adapt based on where you are viewing the live image (e.g. whether a small phone screen or a large TV).

Font Color – This dropdown lets you select the colour used by the OSD text, by default the camera will use Black&White Self-adaptive which means the text colour will automatically switch between black & white based on what is behind the text (e.g. if a person walks through the text) and for high-security sites, this can be an important feature for using the footage in court because the adaptive text shows that the image/text has not been manipulated in post. If the scenario requires it you can select Custom which will allow you to pick the text colour from a standard colour table.

Alignment – Again like OSD size this setting doesn’t appear to have a huge impact so we would just leave it as the default Custom and you can adjust the positioning/alignment of the OSD text by dragging the red boxes around the live view window above (these red boxes are only for adjusting the text position and will not appear on the actual live view image).

Hikvision How To Tutorials Chapter 1

Read More : Hikvision Devices password reset all methods guide

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Method 2 – Via the NVRs GUI

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You can access similar OSD settings from the NVR by going to Camera > Display and selecting the camera you want to configure.

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Although, as you can see from the above screenshot you won’t get all the settings that can be found by logging into the cameras directly.

How do I set up ‘Rotate Mode’ on my Hikvision IP camera for the best picture in narrow scenes?

Corridor mode is a really useful feature available on many different CCTV cameras that can be utilised to effectively monitor a space that is more vertical, rather than horizontal, in shape. These types or areas include hallways, pathways, staircases, shopping aisles, tunnels and roads. When installing and viewing a CCTV camera, you want the image frame to include as much of the area of interest, while cutting out as much of the redundant areas, like the walls and ceiling, as possible.

Corridor mode allows you to rotate the camera’s lens and the video image 90 degrees so that it’s in a portrait, rather than a landscape format. As a result, you can use the camera to really focus on those areas of interest of within in your frame changing the image’s aspect ratio from 16:9 to 9:16 to suit narrow monitoring settings. The image below is taken from a camera making use of this function and illustrates the differences between the corridor and standard settings:
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This guide will show you how to utilise corridor mode on Hikvision’s three most popular camera types: domes, turrets, and bullets. I will cover how to activate this useful setting in iVMS-4200, a browser, and locally through your NVR’s GUI so that, irrespective of your setup, this guide should be of help.

Part 1: How do I activate the corridor mode function in my camera’s settings?

We suggest getting your camera set up on your network and activating corridor mode in its settings before you try to rotate and position the lens. This way, you can use the live video stream, in the correct aspect ratio, to point the lens in your optimum direction. Positioning the lens often involved a bit of trial and error to get the best result specific to your space.

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Note – For the G2 AcuSense models, you will need to connect to the camera directly in a web browser and change the “VCA Resource” to Monitoring Mode by navigating to:​

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Configuration → System→ System Settings → VCA Resource​

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Please note that this will disable most of the smart event options, leaving only Scene Change Detection available to use. ​

Locally (via a monitor connected to an NVR):

If your camera is connected to an NVR, then you can easily configure corridor mode in the setting through the NVR’s GUI menu. Just Navigate to:

Menu > Camera > Image

Pick your camera from the top drop-down box beside Camera and then select “Clockwise 270 degrees” in the Enable Image Rotation box

Then, just click Apply

Through iVMS-4200:

If you’re not using an NVR, or don’t have easy access to your NVR’s GUI, then an option is to use iVMS-4200 to set up corridor mode by accessing the camera directly.

To do this, first, you’ll need to navigate to:

Menu > Device Management

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Find your camera in the device list. If accessing a camera connected to an NVR, you’ll need to open your NVR within the Group section of the Device Management screen and then the particular camera within the NVR’s device list.

Click Configure (the small cog) on your camera.

If your camera isn’t connected to an NVR, then open Basic Settings, if it is then open Advanced Function.

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In the popup window, open the Image tab in the sidebar. You should then see either a tick-box or drop-down that allows you to turn on Rotate, tick or select ON in the applicable box or drop-down and then Save. The camera view should now have been rotated.
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In a web browser:

The other method commonly used to access cameras and NVRs is through a web browser. You will only be able to configure the image rotation settings for a remote camera. The image for cameras connected directly to an NVR cannot be rotated in this menu due to the restricted access to the camera’s settings.

To access your camera in a browser, simply input its IP address into the browser’s address bar and hit enter. You’ll be taken to a login screen, here you’ll need to fill out the username and password combination you created for the camera when you first set it up. If correct, you should be taken to a page displaying the camera’s live video stream.

The process of rotating the camera’s image is relatively similar to that in iVMS-4200, just go to:

Configuration > Image > Video Adjustment > Rotate > On

The setting should be automatically saved, you’ll see a popup in the bottom-right corner of your window confirming this. That’s it!

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Part 2: How do I position and rotate my camera’s lens correctly?

Rotating the camera’s image through its settings will rotate the image 270 degrees. To rotate the final video stream to the desired 180 degrees, you will manually need to turn the camera’s lens 90 degrees in the opposite direction as compensation. The entire process allows the rotated image to properly fit a 9:16 portrait aspect ratio. You’ll need to follow the below steps in order to rotate the camera’s lens.

For Domes / Mini Domes:

Domes and mini domes are the fiddliest type of camera to move and rotate the lens on. You can do this with the camera either installed or taken down. You’ll need to take the outer casing off the dome first to allow you to move the lens inside.

Then, loosen the locking screw located to the right of the lens rotate to allow you to move the lens and bracket. Now twist the lens bracket (the bit that can turn surrounding the lens, see the picture below) 90 degrees anti-clockwise, so that the gap in it is in the 3 o’clock position. You should see the “90” marker in the middle of the gap once in this position.

Now twist the lens (see the picture below) 90 degrees anti-clockwise, holding the lens bracket in place while doing this helps, so the “90” marker is at 12 o’clock and the “0” marker is in the 3 o’clock position. It may take a bit of wiggling and feel unnatural but the lens will move to this position, you won’t break anything!

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Finally, rotate the lens bracket 90 degrees clockwise so that the gap is at 6 o’clock, and then move the lens so that is fits into this gap, so it looks like the picture below. This next stage takes a bit of trial and error on your part to get your desired camera view.

You’ll need to fiddle around with the lens while looking at the camera’s live stream to ensure it is straight and something you’re happy with. Viewing your stream through iVMS-4200 or Hik-Connect is best as you can look at the image and remotely while fiddling with the lens position at the same time.

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For Turrets:

Rotating the lens on a turret camera is a slightly more straightforward process. First, you’ll need to remove the trim ring (shown in the picture below) by twisting it anti-clockwise and lifting it off the base of the camera.

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This should expose the locking screw, you’ll need to loosen this using a Phillips-head screwdriver enough for Turret’s ball to be rotated. You shouldn’t need to take the screw out entirely. All these parts are labeled in the picture below. The “UP” marker on the ball indicates the top of the camera.

You’ll now need to rotate the ball 90 degrees anti-clockwise so that this marker moved from the 12 o’clock to 9 o’clock position. Now, tighten the locking screw back up and replace the trim ring to its original position. The lens should now be appropriately rotated.

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For Bullets and Mini Bullets:

The camera models that allow for the easiest rotation of their lenses are bullets and mini bullets.

It is important to note that the sun shield on these cameras cannot be moved to be above the lens when rotated, which presents a drawback so using them for corridor mode.

The sun shield will sit to the side of the rotating lens in this case so you’ll need to make sure that you shelter the camera somewhat (such as under the eaves of a roof) if setting a bullet or mini bullet for corridor mode.

Mini bullets have a locking nut (shown below) at the end of their base which will allow you to rotate the camera when loosened. Larger bullets will require you to loosen the locking screw, which is the screw furthest to the right of the base if looking at them (shown below).

Once you’ve loosened the locking screw/nut as appropriate, rotate the main body of the camera 90 degrees anti-clockwise, so that the sun shield is in the 9 o’clock position. This will rotate the lens. Once you’ve done this, tighten the screw or nut again to secure the camera in its newly rotated position.

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