Auto-Tracking Archives - PTZOptics https://ptzoptics.com/category/auto-tracking/ Live Streaming Solutions Tue, 10 Oct 2023 15:10:54 +0000 en-US hourly 1 https://ptzoptics.com/wp-content/uploads/2020/10/favicon.png Auto-Tracking Archives - PTZOptics https://ptzoptics.com/category/auto-tracking/ 32 32 The Evolution of Auto-Tracking Cameras: Single-sensor vs. Dual-sensor Systems https://ptzoptics.com/the-evolution-of-auto-tracking-cameras-single-sensor-vs-dual-sensor-systems/ https://ptzoptics.com/the-evolution-of-auto-tracking-cameras-single-sensor-vs-dual-sensor-systems/#respond Wed, 04 Oct 2023 12:54:20 +0000 https://ptzoptics.com/?p=36664 Lecture capture systems have become instrumental in online learning, evolving to integrate with learning management systems (LMS) such as Blackboard, Moodle, Desire to Learn and Yuja. Audio-visual professionals have found that you can automate the video delivery process by using an auto-tracking camera with a lecture capture recording system that can publish directly to an …

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Lecture capture systems have become instrumental in online learning, evolving to integrate with learning management systems (LMS) such as Blackboard, Moodle, Desire to Learn and Yuja. Audio-visual professionals have found that you can automate the video delivery process by using an auto-tracking camera with a lecture capture recording system that can publish directly to an LMS.

Automated Lecture Capture

As these lectures become increasingly accessible online, the demand for high-quality lecture recordings continues to grow. One solution to this demand is the integration of hardware lecture capture solutions, such as the Epiphan Pearl, which seamlessly connects with systems like Panopto, Kaltura, and Yuja. This ensures that educators can concentrate on delivering their lectures, confident in the knowledge that the system will handle the recording and distribution.

One essential component of these systems is the auto-tracking camera. For instance, the PTZOptics Move SE can be managed remotely and requires no human intervention during operation. These cameras offer features like setting up custom presets for locking on to a specific presenter, ensuring that the recording is always of the highest quality.

PTZOptics offers auto-tracking capabilities both as built-in features and as software add-ons. However, the software-based auto-tracking can be cumbersome in an educational setup, given the need for a dedicated computer to run the software. This leads to the rise of cameras like the PTZOptics Move SE and 4K that come with built-in auto-tracking capabilities. Among the advancements in this realm, the introduction of dual-sensor auto-tracking cameras stands out.

SimplTrack 2 Dual Sensor Auto Tracking Camera
SimplTrack 2 Dual Sensor Auto Tracking Camera

Understanding Dual-Sensor Auto-Tracking Cameras

While PTZOptics cameras only feature a single sensor for auto-tracking, our sister company HuddleCamHD, has been hard at work on dual-sensor auto-tracking cameras. At its core, a dual-sensor camera combines two cameras into one intelligent system, vastly enhancing its capabilities. Typically, one camera sensor offers a wide-angle view, providing intelligence to the zoom camera lens. This dynamic allows the camera to make real-time adjustments based on the room’s activities, a feature not present in single-sensor cameras.

Auto-tracking Feature Comparison

  • Smart Tracking: Both camera types can lock onto a single subject, ensuring a focused capture.
  • Group Tracking: While both can track groups, dual-sensor cameras, with their wide-angle lens, are better suited to frame multiple individuals with the use of preset zones.
  • Zone Tracking: Exclusive to dual-sensor cameras, this feature focuses on specific zones, offering more flexibility.
  • Selected Tracking: Dual-sensor cameras, thanks to their wide-angle lens, are superior in stopping auto-tracking when it is not necessary to zoom into a specific area of the presentation space.
  • Smart Blackboard Zones: A unique feature of dual-sensor cameras, it ensures clear visibility of blackboard content through the use of preset zones.
  • Wide Angle Room View: Dual-sensor cameras capture a broader scene, invaluable in large spaces.
  • Dynamic Framing: Dual-sensor cameras automatically adjust framing based on interactions, enhancing the viewing experience.

Use Cases

  • Lecture Capture: Single-sensor cameras effectively track lecturers, but dual-sensor cameras offer a holistic classroom view and superior zone tracking.
  • Conferences: Dual-sensor cameras capture both speakers and the audience, creating an immersive experience.
  • Sports: While single-sensor cameras focus on individual players, dual-sensor cameras give a comprehensive field view.
  • Live Performances: Dual-sensor cameras capture the entire stage along with individual performers, offering a richer viewing experience.

In Conclusion

While single-sensor cameras are adept at tracking, dual-sensor cameras provide unmatched flexibility and performance. Their ability to focus on specific zones, frame groups effectively, and make real-time frame adjustments sets them apart. When choosing between the two, it’s vital to assess your specific needs and consider which features will most elevate your viewers’ experience. Reach out to our team to learn more at partners@ptzoptics.com.

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How to use vMix for Auto-Tracking with PTZOptics Cameras https://ptzoptics.com/how-to-use-vmix-for-auto-tracking-with-ptzoptics-cameras/ https://ptzoptics.com/how-to-use-vmix-for-auto-tracking-with-ptzoptics-cameras/#respond Tue, 26 Sep 2023 12:59:46 +0000 https://ptzoptics.com/?p=36453 Explore the seamless integration of vMix scripting with PTZOptics cameras in this comprehensive guide. Discover how to create, implement, and test scripts to toggle the auto-tracking features of PTZOptics cameras using vMix, allowing for dynamic and focused video production. Whether a seasoned professional or a novice in video streaming, this walkthrough provides step-by-step instructions, insights, and tips to enhance your live production workflow and create engaging content by leveraging the advanced features of vMix and PTZOptics.

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vMix is a versatile live production software that allows you to create, record, and stream in HD, SD, and even 4K. One of its lesser-known features is scripting, which enables users to automate various functions and streamline their workflow. PTZOptics cameras, which are supported in vMix for pan, tilt, and zoom controls, now offer auto-tracking features in selected models, allowing the camera to follow the subject automatically. This guide aims to walk you through the process of using vMix scripting to enable or disable the auto-tracking capabilities on your PTZOptics cameras, making your production more efficient and dynamic.

Note: To access these advanced features, including scripting and PTZ controls, users must have vMix 4K, Pro, or vMix Max editions as these are not available in the lower-cost Basic HD and HD licenses.

Download the Guide: If you would like to download this guide as a PDF you can do so here.

Using Auto-Tracking Cameras with vMix

In this blog post, you will learn about the integration of vMix’s scripting capabilities with PTZOptics cameras, focusing specifically on enabling and disabling the auto-tracking functionalities. This synergy between vMix and PTZOptics can elevate your video production, allowing for more flexibility and creativity in your video productions. Whether you are a seasoned professional or a beginner eager to explore advanced video production techniques, this walkthrough will provide insights and step-by-step instructions to streamline your experience with vMix and PTZOptics.

Note: You can learn more about vMix scripting in this documentation page on their website.

Section 1: Preparing vMix for Scripting

1.1 Launching vMix:

Start by opening vMix software. You will also want to have your PTZOptics camera set up on the same network as your vMix computer. You will need to know the IP address of your PTZOptics camera. If you do not know the IP address of your camera follow the guide here.

vMix Scripting for setting up Auto-Tracking
vMix Scripting for setting up Auto-Tracking

1.2 Accessing Settings:

Next, in vMix, navigate to the “Settings” menu, located at the top right corner of the main interface. This menu hosts various configurable parameters, allowing you to customize your vMix experience according to your production needs. Click the “Scripting” tab of Settings to get started.

Section 2: Creating the Auto-Tracking ON Script

1.3 Scripting Menu Navigation:

Within the “Scripting” option from the left navigation pane, you will see the “Add”, “Edit” and “Remove” buttons along with a “Stop All” button. This section is dedicated to creating and managing scripts that can automate various tasks within vMix. It’s here that you will create scripts to control the auto-tracking feature of your PTZOptics camera. If you’re new to scripting, don’t worry; we will walk you through each step, ensuring you can follow along, regardless of your experience level.

Add AutoTracking to vMix
Add AutoTracking to vMix

2.1 Adding a New Script:

Once you are in the scripting menu, initiate the process by clicking on the “Add” button. This action will open a new window where you will create the script to enable the auto-tracking feature on your PTZOptics camera.

2.2 Naming the Script:

In this new window, you will be prompted to provide a name for your script. For the sake of this guide, we will name it “ATrackON.” This name will serve as an identifier, allowing you to execute the correct script when needed.

2.3 Entering the Code:

In the same window, you will find a main text entry field. Here, you will input the following code:

Dim webStream As Stream
Dim webResponse = ""
Dim req As HttpWebRequest
Dim res As HttpWebResponse
req = CType(WebRequest.Create("http://192.168.100.88/cgi-bin/param.cgi?set_overlay&autotracking&on"), HttpWebRequest)
res = CType(req.GetResponse(), HttpWebResponse)
webStream = res.GetResponseStream() ' Get Response
Dim webStreamReader As New StreamReader(webStream)
While webStreamReader.Peek >= 0
webResponse = webStreamReader.ReadToEnd()
End While

This code is responsible for sending an HTTP command to turn ON the auto-tracking feature of a PTZOptics product. Ensure that you replace the IP address “192.168.100.88” with the actual IP address assigned to your camera.

2.4 Saving the Script:

After entering the code correctly, click “SAVE.” This action will store the script in vMix, making it available for use. After saving, click “Close” to exit the script creation window.

Creating a script in vMix is a straightforward process, but attention to detail is crucial. Each line of code serves a specific purpose, and altering it can affect the functionality of the script. Always ensure the accuracy of the IP address and the commands to avoid unexpected behaviors during production.

Auto Tracking On and Off in vMix
Auto Tracking On and Off in vMix

Section 3: Creating the Auto-Tracking OFF Script

3.1 Adding Another New Script:

Return to the scripting menu and initiate the creation of a second script by clicking the “Add” button again. This script will serve as a counterpart to the first one, allowing you to disable the auto-tracking feature on your PTZOptics camera when needed.

3.2 Naming the OFF Script:

In the creation window, assign a name to your new script. For consistency and easy identification, we will name it “ATrackOFF.”

3.3 Entering the OFF Code:

In the text entry field of the same window, input the following code:

Dim webStream As Stream
Dim webResponse = ""
Dim req As HttpWebRequest
Dim res As HttpWebResponse
req = CType(WebRequest.Create("http://192.168.100.88/cgi-bin/param.cgi?set_overlay&autotracking&off"), HttpWebRequest)
res = CType(req.GetResponse(), HttpWebResponse)
webStream = res.GetResponseStream() ' Get Response
Dim webStreamReader As New StreamReader(webStream)
While webStreamReader.Peek >= 0
webResponse = webStreamReader.ReadToEnd()
End While

This piece of code is tailored to send an HTTP command to turn OFF the auto-tracking feature of a PTZOptics product. It’s imperative to replace the IP address “192.168.100.88” with the actual IP address of your camera to ensure proper communication between vMix and your camera.

3.4 Reiteration on IP Address:

It cannot be stressed enough how important it is to input the correct IP address corresponding to your PTZOptics camera. This ensures that the scripts communicate effectively with the intended device, allowing you to gain control over the auto-tracking feature seamlessly.

3.5 Saving and Closing:

Once you’ve ensured that the code and the IP address are correctly entered, click “SAVE” to store the OFF script in vMix. After saving, close the script creation window to return to the main scripting menu.

Having both ON and OFF scripts inside vMix allows you to have full control over the auto-tracking feature, enabling you to adapt quickly to different filming scenarios. Ensuring the accuracy of each script is crucial for a smooth and error-free production experience.

vMix Shortcut to turn on Auto-Tracking
vMix Shortcut to turn on Auto-Tracking

Section 4: Testing the Scripts with Shortcuts

4.1 Assigning Shortcuts for ON Script:

With your scripts saved and ready, the next step is to assign shortcuts to execute them efficiently. In the main interface of vMix, select “Shortcuts.” Once there, click the “Add” button to assign a shortcut key. For the ON script, you might, for example, choose the key “G.”

  • Key/Control: Assign the key you would like to use to trigger tracking ON, e.g., “G.”
  • Function: Navigate to Scripting → Select ScriptStart.
  • Value: Assign the name of the ON script, “ATrackON.”
  • Title: Name it “ATrackON” for consistent identification.

After assigning the key and the functions, click “OK” to save this shortcut.

4.2 Assigning Shortcuts for OFF Script:

Repeat the above steps to assign a shortcut for the OFF script. It’s advisable to choose a different key to avoid any confusion. For instance, you can assign the key “H” for the OFF script.

  • Key/Control: Assign a different key, e.g., “H.”
  • Function: Again, navigate to Scripting → Select ScriptStart.
  • Value: Assign the name of the OFF script, “ATrackOFF.”
  • Title: Name it “ATrackOFF” for consistent identification.

Once done, click “OK” to save this second shortcut.

4.3 Testing the Scripts:

Now, with the shortcuts assigned, test the scripts by pressing the corresponding keys you assigned as shortcuts. Pressing key “G” should start the auto-tracking, and pressing key “H” should stop it. Ensure that each key executes its assigned function correctly, allowing for seamless toggling between auto-tracking ON and OFF.

Assigning shortcuts is a crucial step for operational efficiency. It allows for quick toggling between different states of auto-tracking, providing flexibility and adaptability during live productions. Successful testing ensures that your setup is ready for action, allowing you to focus more on the creative aspects of your production, with assurance in the reliability of your controls.

Troubleshooting Tips:

  • If the scripts are not working as expected, double-check the assigned keys, script names, and the IP addresses in the scripts.
  • Ensure that you have the correct vMix edition that supports scripting and PTZ controls.
  • Consult the vMix and PTZOptics support forums and resources for additional help and information.

Further Automation with Triggers

Using Triggers to further automate Auto-Tracking ON and OFF

Do you want to automate auto-tracking even further? You can do so with vMix Triggers. Triggers in vMix are actions that are automatically performed when a specific event occurs, such as transitioning to a specific input. These can be used to automate various aspects of your production workflow.

For instance, you can set up a trigger to run a script when a specific input is taken live or when a particular overlay is accessed. This could allow you to automate the execution of scripts, including those that control the auto-tracking features of PTZOptics cameras, based on events occurring during your production.

To set up a trigger:

  1. Go to Input Settings: Select the input you want to associate with the trigger, and go to its “Input Settings”.
  2. Navigate to the Triggers Tab: Inside the “Input Settings”, navigate to the “Triggers” tab.
  3. Add a Trigger: Click on the “Add” button to create a new trigger.
  4. Select an Event: Choose the event that will activate the trigger from the drop-down menu.
  5. Assign a Function: Assign a function to the trigger. For running scripts, you would select “ScriptStart” and then choose the script you want to run.
  6. Choose a Value: For example, enter value “ATrackON”

Remember to test the trigger thoroughly to ensure it activates the script as intended in your live production environment.

Conclusion:

Having walked through vMix scripting with PTZOptics cameras, you have unlocked a seamless way to control the auto-tracking features of our cameras. By crafting meticulous scripts to toggle auto-tracking ON and OFF and assigning efficient shortcuts, we’ve established a flexible and responsive video production environment.

Remember, the essence of this integration lies in the availability of vMix 4K, Pro, or vMix Max editions, which grant access to the pivotal scripting and PTZ control features not available in the lower-tier Basic HD and HD licenses. It is these advanced features that empower users to blend the innovative capabilities of PTZOptics cameras with the versatile environment of vMix, paving the way for dynamic and engaging content creation.

Key Takeaways:

  1. Scripting Proficiency: The mastery of vMix scripting allows for the automation of various tasks, enabling a smooth and intuitive interaction with PTZOptics cameras.
  2. Accurate Details: The accuracy in details, especially the IP addresses and script names, is crucial for the flawless execution of scripts.
  3. Efficient Controls: The assignment of shortcuts provides quick access to the scripts, allowing for swift adjustments during live productions.
  4. Advanced Features Accessibility: The utilization of vMix 4K, Pro, or Max editions is essential for accessing advanced features like scripting and PTZ controls, enabling enhanced integration with PTZOptics cameras.

Final Thoughts:

As we conclude this guide, encourage yourself to explore the vast possibilities that vMix scripting offers, especially in tandem with the sophisticated features of PTZOptics cameras. The journey doesn’t end here; delve deeper, experiment with different scripts, and explore various camera commands to tailor your production environment to your unique creative vision. And most importantly, always ensure that every detail is accurate and every step is tested to secure a seamless and enriching video production experience.

Download the Guide: If you would like to download this guide as a PDF you can do so here.

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How to use the SuperJoy to Control Auto-Tracking https://ptzoptics.com/how-to-use-the-superjoy-to-control-auto-tracking/ https://ptzoptics.com/how-to-use-the-superjoy-to-control-auto-tracking/#respond Tue, 07 Mar 2023 16:13:54 +0000 https://ptzoptics.com/?p=34133 The PTZOptics SuperJoy is a pan, tilt, and zoom camera controller capable of sending custom commands to PTZ to perform unique features such as turning the auto-tracking of a PTZOptics Move camera on and off. PTZOptics Move cameras feature the ability to automatically track a specific subject.   Superjoy Compatibility Diagram https://www.youtube.com/watch?v=NfC4SNu-t20 On :   http://<camera ip …

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The PTZOptics SuperJoy is a pan, tilt, and zoom camera controller capable of sending custom commands to PTZ to perform unique features such as turning the auto-tracking of a PTZOptics Move camera on and off. PTZOptics Move cameras feature the ability to automatically track a specific subject. 

Superjoy Compatibility Diagram

 

Superjoy Compatibility Diagram

On :   http://<camera ip address>/cgi-bin/ptzctrl.cgi?post_image_value&autotrack&2

Off :   http://<camera ip address>/cgi-bin/ptzctrl.cgi?post_image_value&autotrack&3

Example: http://192.168.1.21/cgi-bin/ptzctrl.cgi?post_image_value&autotrack&2

Auto-tracking Function HTTP Command
Turn Auto-Tracking On http://<camera ip address>/cgi-bin/ptzctrl.cgi?post_image_value&autotrack&2
Turn Auto-Tracking Off http://<camera ip address>/cgi-bin/ptzctrl.cgi?post_image_value&autotrack&3
Auto-Tracking ON/OFF Commands for PTZOptics cameras
Setting up the SuperJoy

These HTTP commands can be set up to be used with the PTZOptics SuperJoy Custom buttons. The Custom buttons can be configured in the web interface for the joystick controller which you can access via the local IP address displayed on the joystick. You can enter the IP address into any web browser and enter the default user name “admin” with no password to get the login. Once logged in, you can navigate to the Custom Buttons page where you have the ability to set up your four custom buttons on the joystick controller.

 

Configuration of Custom Buttons with PTZOptics

As an example, let’s set up one button to turn ON auto-tracking and one button to turn OFF auto-tracking. The HTTP commands listed above require a unique IP address for the information to be sent to the correct camera. Locate the IP address of your camera and insert that unique address into the HTTP code string. In the SuperJoy Custom Button interface, select HTTP and paste the command for auto-tracking on into the text field. Next click save. You can repeat this process for the auto-tracking off command as well. 

Tips for Success

PTZOptics Move cameras will automatically call preset 0 when auto-tracking is turned on. This allows you to move the camera to the ideal location to acquire a target. If you have a particular space where your subject is likely to stand, set a PTZ preset for preset 0 in this location. If you would like to switch targets you can use the left and right buttons on the remote control to switch between people in view of the camera. 

Conclusion

Using a PTZOptics SuperJoy is a great way to easily toggle auto-tracking on and off while you are operating a PTZ camera. These HTTP commands for turning auto-tracking ON and OFF can also be used with other systems such as Elgato StreamDeck OR software such as Open Broadcaster Software (OBS). If you have any questions about this setup please let us know and our support team will be happy to assist you. 

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Choosing an Auto-Tracking Camera for your House of Worship https://ptzoptics.com/choosing-an-auto-tracking-camera-for-your-house-of-worship/ https://ptzoptics.com/choosing-an-auto-tracking-camera-for-your-house-of-worship/#respond Mon, 28 Nov 2022 14:53:39 +0000 https://ptzoptics.com/?p=32939 Live streaming systems have become a blessing in many ways for houses of worship active in their community both in-person and online. Many houses of worship today are live streaming their services online in an effort to spread the message of worship beyond the four walls of their sanctuary. Over the past few years, many …

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Live streaming systems have become a blessing in many ways for houses of worship active in their community both in-person and online. Many houses of worship today are live streaming their services online in an effort to spread the message of worship beyond the four walls of their sanctuary. Over the past few years, many houses of worship have realized the importance of maintaining an audio-visual system that can accommodate the needs of in-person worship and the world of online worship and viewership. 

Pan, tilt, and zoom (PTZ) cameras have become a popular way to capture video in houses of worship because they provide the ability to discreetly mount cameras that are out of the way. PTZ cameras can easily be placed in non-obtrusive locations and operated by a media manager or volunteer from a remote location often next to the audio board or toward the back of the room. Many times volunteers enjoy participating in the video production process and offer to steer PTZ cameras using a PTZ joystick controller. PTZ joystick controllers are intuitive and they provide volunteers and media managers the ability to control multiple cameras from a single interface. 

Auto-tracking cameras are a new addition to many video production systems in houses of worship because they are able to automatically follow the pastor or person of interest at the front of the room. Auto-tracking cameras like the HuddleCamHD SimplTrack Lite or the PTZOptics Gen 3 cameras are able to keep viewers engaged without the need for dedicated camera operators using a joystick controller to follow a subject. While every camera in a house of worship does not need auto-tracking capabilities, in many situations it’s nice to have at least one camera that can track the pastor at all times, freeing up the AV team for more important work. As an example, with one auto-tracking camera working in the system, volunteers can focus on running the video production switcher and choosing upcoming audio visuals such as PowerPoint slides or video content from ProPreseter. 

If you already have PTZ cameras installed in your house of worship it’s possible that you can add auto-tracking capabilities without having to purchase a new camera. PTZOptics has recently released the Camera Management Platform (CMP) which allows you to add auto-tracking capabilities to any PTZOptics camera. This is a great way to add auto-tracking to your audio-visual system without having to spend any money at all. 

If you are looking to purchase a dedicated auto-tracking camera for your house of worship here are a few things that you should consider. 

Auto-Tracking Software

#1 – Dedicated Hardware versus Software

While it’s nice to add auto-tracking to an older PTZ camera by adding auto-tracking software, it may not always be the best choice. Software solutions require a computer, which needs to have the software open and running every time you use it. This might be totally fine if you have a trained volunteer or audio-visual technician. On the other hand, you may want to have a dedicated auto-tracking camera like the HuddleCamHD SimplTrack Lite which can run 24/7 without the need for additional software. In most cases, a dedicated auto-tracking camera will be more reliable than a PTZ camera that requires a computer and software to be running in order to work. 

#2 – Auto-Tracking Camera Features

There are a couple of features that auto-tracking cameras have that you should consider if you are putting an auto-tracking system into your house of worship. The first is the ability to set up “Blocking Zones.” Block zones are areas where you can tell an auto-tracking camera to ignore. A perfect example of this would be a choir area where you do not want the auto-tracking camera to get confused and start tracking. Most auto-tracking cameras work using a combination of object and facial tracking. Using block zones you can remove the possibility of your auto-tracking accidentally tracking the wrong person by blocking entire areas from the stage. 

#3 – Camera Location

When you are thinking about installing an auto-tracking camera in your house of worship you will likely want to think about the mounting location. In many cases, the camera can be powered and controlled over ethernet and therefore you will likely want to run an ethernet cable to the camera’s mounting location. A good camera location would give the camera the ability to zoom into the entire stage and provide a nice frame for the subject. A 20X optical zoom camera is often enough zoom to capture a head and shoulders view of a pastor from up to 50 feet away. The HuddleCamHD SimplTrack Lite for example can be used up to 55 feet away from the presenter. The PTZOptics 30X cameras can actually capture a head and shoulders view of a pastor from up to 75 feet away. Whichever mount location you choose make sure you can run your audio-visual cabling to that spot. You may want to work with an audio-visual installation team who can make sure everything is installed correctly. 

As houses of worship look to increase their video quality and subsequent online engagement, the art of video production is a subject that is often reviewed by pastors and active members of the community. An auto-tracking camera can help keep viewers engaged and reduce your team’s overall workload each week. 

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