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Why Does Your Homeland Security Needs CCTV with Thermal Imaging?

Types of Long Range Cameras Used for Homeland Security!

The homeland security department of any country has the main mission to prevent any activity from harming the population of the country. And there are many different types of these dangerous activities. This means that the training of the staff of the homeland security department must be one of the best in the country. But this is not the only essential factor that will increase the success rate of the missions. Top-notch equipment is also mandatory. And one of the equipment needed is cameras. Long range cameras and CCTV with thermal imaging are very useful in a big array of missions. There are three types of cameras used for long-range surveillance that your country’s homeland security department needs.

• White light cameras. This is the normal type of cameras that are used during the day. They work similarly to the human eye, with the only difference being the filming distance. Depending on the model, you will be able to film and detect any human from up to 10 kilometers in good weather conditions and good visibility. But the conditions needed by this type of camera will not always be met. So, other types of cameras are useful as well.
• Thermal cameras. Unlike other types of cameras, this one does not use light to create images. Instead, it uses the thermal energy emitted by human bodies and technological devices like cars and drones. These cameras are mandatory for surveillance under challenging weather conditions. It will also help the homeland security to detect even the humans inside of a building through the walls.
• Low light cameras. This type of camera also uses solar light to film. But unlike the normal models, they are made to work in low light conditions. This means that they can be used during night-time to complement the surveillance of the white light cameras. They can also be combined with the thermal ones to create a much better detection surveillance system. And it will be able to detect any human or heat-emanating device from a long distance.

Benefits of Using Long Range Cameras with Thermal Vision!

So, why should the homeland security use https://silentsentinel.com/expertise/homeland-security/ long range cameras with thermal vision? Well, there are several benefits that they can expect to get from using them. The differences between using this type of equipment and not using it are significant. So, it is essential to ensure that such tools are available for the missions where they are needed.

• Better protection. Using cameras with thermal vision will help your teams to protect themselves better. The chances to be taken by surprise or ambushed will be lowered to almost 0. And this will save the lives of many agents of your organization. This benefit alone should be enough to convince you that the top-notch camera equipment is mandatory. Moreover, the cameras should not only be used by the teams. A base can also be equipped with them for better surveillance and protection.
• Better detection. Besides protecting your teams, thermal cameras are the best alternative to detect the enemies. For your base, any human or vehicle approaching your base can be detected from long distances and provide you with enough time to prepare for defense. Also, field missions will need this type of method to find the enemies inside a building and make better plans.
• Lower mission difficulties. The missions of your teams will have an overall lower difficulty. Why? Because the cameras will provide them a large amount of critical information about the situation of the enemies. And this information can be used to make plans that will reduce the losses of your teams and increase the success chances of the missions. So, it is almost impossible for the homeland security organization to refuse the use of this type of equipment.

3 Types of CCTV with Thermal Imaging!

Due to the importance of https://silentsentinel.com/solutions/thermal-imaging-camera-options/ CCTV with thermal imaging , there is more than one technology that had been developed. There are 3 main ones, and each one of them has different advantages and disadvantages. So, you should make your choice based on the needs of your missions and tasks. It is essential to know the differences between these cameras. Why? Because of the results that they can provide will differ in the same situation. And you need to choose the ones that can maximize the results produced by your teams.

• Uncooled thermal technology. This is the basic type of thermal cameras. It was the first one invented, and it is very useful in challenging weather. It is the most efficient in colder climates, and it produces top-notch results and images in the short-to-mid range. For this reason, they are the perfect alternative for the inside surveillance of your base and on-field missions where mobile thermal filming is needed. Also, this technology is the most affordable one. The prices of the cameras using it are the lowest in comparison with the other thermal cameras.
• Cooled thermal technology. This is the best technology for long-range. The top-notch camera models that use it can provide footage from several kilometers away. And the images are clear enough to detect a human from that large distance. And vehicles can even be detected from a much larger distance. But these advantages also increase the price of these cameras. The expensive part of these cameras is maintenance. You will need to replace some parts regularly to ensure that the cameras can keep their maximum efficiency.
• Advanced uncooled thermal technology. As the name implies, this technology is a better version of the basic alternative. It was developed for two reasons. The first one is to bridge the gap between the other two technologies. And the second one is to find a more cost-efficient alternative for the cooled cameras. Without these cameras, you would have needed to use the expensive types of cameras for tasks that are over the capabilities of the uncooled technology. But the abilities of the better technology were also underused.

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