Easy Setup Unifi AI Cameras for License Plate Detections

Clay Archer, CEO of DPC Technology, discusses the setup of Unifi Protect AI cameras for effective license plate detection. He emphasizes the importance of camera placement, considering factors like property size and field of view. Archer compares the performance of AI Pro and AI Bullet cameras, concluding that the AI Pro, when adjusted to a narrower field of view, is more successful in capturing license plates. He also highlights the advanced search features of the Unifi Design Center, which allow for efficient retrieval of footage based on license plate detections and other criteria.

Takeaways

• 🚦 To effectively set up Unifi AI cameras for license plate detection, it's important to understand that not all cameras and setups are equal and environmental factors play a significant role.
• 📍 Clay Archer, CEO of DPC Technology, shares his experience with Unifi cameras in Florida, where rear license plates are common, affecting the detection of oncoming vehicles.
• 🏠 The size of the property and the field of view are crucial factors in determining the effectiveness of license plate detection, especially when objects obstruct the camera's view.
• 🎥 The Unifi Design Center is a useful tool for mapping out your property and planning the placement of cameras for optimal license plate detection.
• 🔍 Different Unifi camera models, such as the AI Pro and AI Bullet, were tested for their effectiveness in license plate detection, with varying results.
• 🚗 The best results for license plate detection were achieved when cameras were positioned to capture the rear license plates of vehicles exiting the parking lot.
• 📏 Testing showed that at a distance of around 50 feet, the AI Pro camera outperformed the AI Bullet when zoomed in to about 50% of its field of view.
• 🔍 The AI Pro's versatility in adjusting its field of view proved to be a key advantage in accurately detecting license plates compared to the AI Bullet.
• 🔍 The AI Theta Tele performed better than the AI Bullet in certain situations, especially when zoomed in on a specific area.
• 🔍 The advanced search features in the Unifi Protect system allow users to easily find footage based on license plate detections, vehicle types, and even colors.
• 🔗 Investing in a camera with telephoto capabilities, like the AI Pro, can be beneficial for license plate detection in situations where a narrow field of view is required.

Q & A

What is the main topic of the video?

The main topic of the video is about setting up Unifi Protect AI cameras for effective license plate detection.

What is a common misconception about Unifi AI cameras and license plate detection?

A common misconception is that simply purchasing the latest Unifi AI cameras guarantees effective license plate detection, while in reality, the success rate depends on various factors including camera placement and property size.

Why might rear license plates be a drawback for Clay Archer's setup in Florida?

Rear license plates are a drawback because the cameras will not be able to detect the license plates of cars approaching the property, only those leaving.

What factors should be considered when setting up cameras for license plate detection?

Factors to consider include the size of the property, the field of view, the distance of the cameras from the vehicles, and the type of Unifi camera used.

What are the two camera models Clay tested for license plate detection?

Clay tested the AI Pro and the AI Bullet camera models for license plate detection.

What was the result of Clay's test with the AI Bullet camera?

The AI Bullet camera did not perform as well as expected, only capturing a few correct license plates and many false positives.

What setting did Clay find to be the most effective for the AI Pro camera in detecting license plates?

Clay found that zooming in about 50% on the AI Pro camera was the most effective setting for detecting license plates in his specific location.

What advice does Clay give for choosing a camera based on distance?

For distances of about 20 feet, an AI Bullet might suffice, but for distances of 40 to 50 feet, the telephoto capability of the AI Pro is recommended.

What new search features were introduced in the Unifi Protect system?

The new search features include the ability to search by license plate detection, vehicle type, and vehicle color, which can significantly save time when reviewing footage.

How does Clay summarize the benefits of the license plate detection technology?

Clay summarizes that the license plate detection technology is powerful and game-changing, offering significant time-saving benefits and improved functionality for reviewing footage.

Outlines

00:00

📌 Introduction to UniFi Protect and License Plate Detection Setup

In the introductory paragraph, Clay Archer, the CEO of DPC Technology, discusses the common misconception that purchasing the latest AI-enabled UniFi cameras automatically enables license plate detection. He emphasizes that while these cameras can perform license plate detection, the effectiveness varies based on factors such as the specific camera model, the setup, and the location. Clay, who resides in Florida, notes the challenge of detecting rear license plates, which are the only ones visible in his state. He also mentions the importance of considering the size of the property and the field of view when setting up the cameras. Clay aims to share tips and tricks to maximize the accuracy and efficiency of license plate detection in this video tutorial.

05:02

🎥 Camera Placement and Testing Different UniFi Models

Clay proceeds to demonstrate the setup in the Unifi Design Center, using a map of his property to illustrate the placement of cameras. He explains the rationale behind choosing specific locations, such as the parking lot's exit point, to capture rear license plates effectively. Clay tests two different UniFi models, the AI Pro and the AI Bullet, to compare their performance in license plate detection. He notes the limitations of the AI Bullet in capturing clear license plates from a distance and the partial obstruction caused by a soffit. The paragraph details Clay's observations and the results of his tests, including the false positives generated by the AI Bullet.

10:04

🚦 Optimal Configuration for License Plate Detection

In the concluding paragraph, Clay shares his findings from testing the AI Pro and AI Bullet cameras. He determines that the AI Pro, when positioned correctly and adjusted to a narrower field of view, is significantly more effective in detecting license plates. Clay highlights the importance of choosing the right camera model based on the distance from the subject and suggests that cameras with a telephoto capability, like the AI Pro, are better suited for license plate detection. He also discusses the added search features in UniFi Protect, which allow users to easily find footage based on license plate detections and other criteria. Clay wraps up by encouraging viewers to share their thoughts and questions for future tests.

Keywords

💡Unifi Protect

Unifi Protect is a line of video surveillance cameras and software developed by Ubiquiti Networks. In the context of the video, it is the system that the CEO, Clay Archer, is discussing how to set up for license plate detection. The system includes AI-enabled cameras that can identify and read license plates of vehicles, which is a key feature being explored in the video.

💡License Plate Detection

License Plate Detection is a technology that enables the automatic identification and recording of vehicle license plate numbers. In the video, Clay Archer explains how to set up Unifi Protect cameras to effectively perform this function, which is crucial for security and surveillance purposes. He discusses factors that affect the success rate of license plate detection and shares tips on optimizing camera placement and settings.

💡AI Cameras

AI Cameras refer to surveillance cameras equipped with artificial intelligence capabilities, allowing them to perform advanced functions such as object recognition and license plate detection. In the video, Clay Archer emphasizes the importance of choosing the right AI cameras for effective license plate detection and shares his experiences with different Unifi AI camera models.

💡Camera Setup

Camera Setup in the context of the video refers to the process of positioning and configuring Unifi Protect AI cameras to achieve optimal license plate detection. Clay Archer discusses various factors that influence the setup, such as the size of the property, the field of view, and the distance from the objects to be monitored. He provides practical advice on how to adjust the setup for maximum effectiveness.

💡Field of View

Field of View (FOV) is the extent of the observable scene that can be seen through a camera's lens at a given moment. In the video, Clay Archer talks about the importance of considering the field of view when setting up cameras for license plate detection. A camera with a wide FOV may not capture clear license plates, while a more focused FOV can increase the accuracy of detection.

💡AI Pro and AI Bullet

AI Pro and AI Bullet are specific models of AI-enabled cameras offered by Ubiquiti's Unifi Protect line. In the video, Clay Archer compares the performance of these two cameras in terms of their ability to detect license plates. He shares his findings from testing both cameras in different locations and under various conditions to determine which one is more effective for the specific task of license plate detection.

💡Detections

In the context of the video, 'Detections' refers to the instances where the Unifi Protect system successfully identifies and records events, such as license plate numbers, from the video footage captured by the AI cameras. Clay Archer reviews the detection history to assess the effectiveness of the cameras and their settings in capturing accurate license plate information.

💡Search Tool

The Search Tool mentioned in the video is a feature within the Unifi Protect software that allows users to quickly find specific events or objects within the recorded footage. Clay Archer highlights the usefulness of this tool in locating instances of license plate detections, as well as other search criteria like vehicle type, color, or even audio events like a car horn or siren.

💡Tele Capacity

Tele Capacity refers to the ability of a camera to zoom in on a specific area or object, which is particularly useful for tasks like license plate detection. In the video, Clay Archer found that the AI Pro camera's tele capacity, when zoomed in, significantly improved the accuracy of license plate detection compared to a wide-angle view or the performance of the AI Bullet camera.

💡Optimization

Optimization in the context of the video refers to the process of fine-tuning the camera settings and placement to achieve the best possible results in license plate detection. Clay Archer shares his experiences and recommendations on optimizing the Unifi Protect system, including choosing the right camera model and adjusting its position and focus for maximum effectiveness.

💡False Positives

False Positives are instances where the AI system incorrectly identifies an object or event as being of interest, when in fact it is not. In the video, Clay Archer discusses the issue of false positives in license plate detection, such as when the camera mistakes the ground or other non-plate objects for license plates, and how to minimize these occurrences through proper camera setup and configuration.

Highlights

Clay Archer, CEO of DPC Technology, discusses setting up Unifi Protect for license plate detection.

Unifi AI cameras can perform license plate detections, but the effectiveness varies based on setup and location.

In Florida, only rear license plates are visible, affecting the setup strategy for detecting plates.

The size of the property and the field of view are crucial factors for effective license plate detection.

Clay shares his top tips for maximizing license plate detection accuracy with Unifi cameras.

A demonstration of the Unifi Design Center and property map is provided to illustrate camera placement.

The best camera location for license plate detection may vary, and Clay tests multiple spots.

Clay compares the performance of AI Pro and AI Bullet cameras for license plate detection.

The AI Pro camera, when adjusted to a narrower field of view, significantly improves license plate detection accuracy.

The AI Bullet camera struggles with detections when covering a wide area at a distance.

The AI Theta Tele camera shows potential for better license plate detection than the AI Bullet.

Choosing a camera with telephoto capabilities is recommended for focused and effective license plate detection.

The Unifi Protect system includes advanced search tools for license plate detections, saving time and effort.

License plate detections can be searched and reviewed easily, providing valuable insights and evidence.

Ubiquiti's inclusion of intelligent search features in the Unifi Protect system is a game-changer for users.

Clay provides recommendations on camera selection based on the distance from the license plate detection point.

The video concludes with a summary of best practices for setting up Unifi Protect for license plate detection.