Special Solutions Webinar – Full Breakdown

Summary

The webinar, led by Ari Triger from Provision ISR, delves into specialized surveillance solutions tailored for various unique applications. The session covers an array of innovative security products including thermal cameras, LPR cameras, and hybrid light cameras, among others. Triger illustrates the functionality of each device and their specialized features in different environments like farms, construction sites, and parking lots. Essential applications like intrusion detection, fire detection, and access control are vividly explained, offering an enthralling glimpse into the sophisticated world of Provision ISR's tailor-made security solutions.

Highlights

• Thermal cameras use dual sensors for heat imaging and standard CCTV video, making them versatile for various conditions. 🔥
• LPR cameras are robust in detecting high-speed vehicles and analyzing vehicle attributes. 🚔
• Video doorbells offer advanced features like two-way communication and unlocking doors remotely. 🚪
• Hybrid light cameras switch between IR and white LED for optimal night vision. 🌌
• Active deterrence cameras deter intruders with audio and visual alerts. 🚨
• PTZ cameras intelligently track objects using auto-tracking capabilities. 🎥

Key Takeaways

• Thermal cameras offer dual sensors for comprehensive surveillance. 📸
• LPR cameras can detect and recognize license plates at high speeds. 🚗
• The video doorbell allows for two-way communication and facial recognition. 🚪
• Hybrid light cameras provide intelligent night vision options. 🌙
• PTZ cameras can track objects with high precision. 🎥
• Solar cellular solutions provide surveillance in remote areas with no infrastructure. 🌞

Overview

Ari Triger from Provision ISR hosted a riveting webinar, walking viewers through the brand's special line of surveillance solutions. The presentation kicked off with a showcase of the thermal cameras, highlighting their dual sensor technology which dramatically enhances security by providing simultaneous heat and optical imagery. The narrative moved swiftly to cover other innovative products like the LPR cameras, which can capture license plates at remarkable speeds, and hybrid light cameras that smartly adjust to varying light conditions.

The session underscored Provision ISR's commitment to superior security technology by explaining the intricacies of their systems. Detailed explanations of their video doorbell and intercom solutions showed how these devices blend everyday usability with high-tech features like facial recognition and real-time communication, transforming ordinary access points into smart security entryways.

Concluding with discussions on robust solar cellular solutions and intelligent PTZ cameras, Triger emphasized the adaptability of these surveillance systems across diverse environments—from vast farmlands to busy urban intersections. The webinar effectively encapsulated Provision ISR's forward-thinking approach and the practical application of state-of-the-art surveillance technologies in solving real-world security challenges.

Chapters

• 00:00 - 01:00: Introduction to Webinar and Overview of Special Solutions The live webinar is introduced by Ari Triger, focusing on Provision ISR's special solutions. The chapter covers purpose-built products, including hardware designed for specific applications such as license plate recognition (LPR) cameras, thermal cameras, solar-powered cameras, cameras with built-in strobe lights and speakers, and PTZ cameras. This introduction sets the stage for an in-depth exploration of these specialized surveillance technologies.
• 01:00 - 05:00: Thermal Cameras Overview and Applications This chapter introduces Provision ISR's range of thermal cameras, highlighting their dual sensor capabilities - a thermal sensor for heat imaging and an optical sensor for standard video capture. The chapter is part of a broader discussion on special solutions, including autotracking, smart doorbells, and intercoms.
• 05:00 - 12:00: License Plate Recognition (LPR) Cameras The chapter introduces the concept of License Plate Recognition (LPR) cameras and their connectivity. It explains how each sensor within a camera can be connected to a Video Management System (VMS) or Network Video Recorder (NDR) as a separate channel, allowing for individual analytics configuration for each sensor. The chapter highlights that purchasing one thermal camera effectively provides two cameras in one due to these functionalities. Additionally, all thermal models discussed include active deterrence features. The chapter sets a tone for the significance of these features, as they will be mentioned frequently throughout the webinar.
• 12:00 - 26:00: Video Doorbell and Intercom Solution This chapter discusses a video doorbell and intercom solution that includes features such as a built-in strobe light and speaker. These can be triggered by various events or alarms. The camera supports SD card recording, utilizes an optical sensor, and offers infrared night vision for continuous 24/7 monitoring. Additionally, the chapter explores the effectiveness of thermal cameras through three key applications and real-world examples, starting with intrusion detection.
• 26:00 - 33:00: Hybrid Light Cameras The chapter discusses the use of hybrid light cameras, specifically focusing on thermal cameras capable of detecting people and vehicles in complete darkness or harsh weather conditions. These cameras are ideal for monitoring secured perimeters, farms, or construction sites, particularly where traditional cameras fail due to lighting or environmental challenges. Furthermore, the chapter highlights the application of these cameras in temperature monitoring, allowing for up to 10 customizable zones to be established for precise monitoring.
• 33:00 - 35:00: Active Deterrence Cameras The chapter discusses the use of active deterrence cameras, focusing on their ability to monitor specific areas for temperature anomalies. These cameras can detect when temperatures either exceed or fall below a set average or reach certain predefined maximum or minimum levels. They are particularly useful in environments like electrical rooms, service centers, or machinery areas where overheating may indicate potential failures.
• 35:00 - 41:00: Standalone Solar Cellular Solution The chapter discusses a standalone solar cellular solution with a focus on its application in fire detection. It highlights the sensitivity of thermal sensors that can detect even the smallest fires from a significant distance, making it useful in places like warehouses, forests, or chemical facilities where quick detection is crucial for safety and loss prevention. The chapter includes a short video demonstration of three applications.
• 41:00 - 46:00: PTZ Cameras with Autotracking The chapter focuses on PTZ cameras with autotracking capabilities, starting with an exploration of intruder detection. The author provides an interesting example by logging into the camera's web interface, displaying two types of sensors: an optical sensor on the left and a thermal sensor on the right. The demonstration includes a basic line crossing setup on the thermal sensor to show its functionality in detecting intrusions.
• 46:00 - 47:00: NVR with Built-in Burglar Alarm Integration The chapter discusses the integration of Network Video Recorders (NVR) with built-in burglar alarms. It highlights the system's ability to accurately detect humans crossing a predefined line, triggering an alert when the rule is violated, such as when a person crosses. However, it smartly ignores non-human entities like stray cats, ensuring a focus on genuine security threats. This functionality demonstrates its effectiveness in distinguishing between relevant and irrelevant movement, allowing for efficient monitoring and alarm activation.
• 47:00 - 49:00: Conclusion and Thank You In this chapter, a controlled experiment conducted by a colleague in Israel is discussed. The key focus is on the maximum temperature indicator, which begins to rise swiftly once a fire is ignited. This temperature increase is significant as it triggers the fire analytic system. The reaction includes visible flashing strobe lights and the activation of a sign, illustrating the effective alert system in response to the fire condition.

Special Solutions Webinar – Full Breakdown Transcription

• 00:00 - 00:30 [Music] Hello everyone and welcome to today's live webinar focused on Provision ISR's special solutions. I'm Ari Triger and I'll be guiding you through some of the unique and purpose-built products in our lineup. We'll be covering hardware designed for specific applications like license plate recognition or LPR cameras, thermal cameras, solar powered cameras, cameras with built-in strobe lights and speakers, PTZs with
• 00:30 - 01:00 autotracking, and our smart doorbell and intercom solutions. There's a lot to explore. So, sit back, relax, and let's dive straight into the world of Provision ISR's special solutions. Okay, let's kick things off with our thermal cameras. Provision ISR offers a full range of thermal cameras, all equipped with dual sensors. A thermal sensor for heat imaging and an optical sensor for standard CCTV video. When you
• 01:00 - 01:30 connect one of these cameras to a VMS or NDR, each sensor is treated as a separate channel. This means you can configure individual analytics for each sensor. So essentially, when you buy one thermal camera, you're getting two cameras in one. All of our thermal models also feature active deterrence elements. And you're going to hear me mention this a lot during the webinar. And just to clarify, that refers to a
• 01:30 - 02:00 built-in strobe light and speaker, which you can trigger based on any event or alarm. The camera also supports SD card recording and thanks to the optical sensor. Um, you get infrared night vision for reliable 24/7 monitoring as well. So, where do the thermal cameras really shine? I've given you or I'll present you three key applications along with some real world examples. Beginning with intrusion
• 02:00 - 02:30 detection. These thermal cameras are great at detecting people or vehicles even in total darkness or extreme weather conditions. Uh for example, it's perfect for monitoring fenced off perimeters, farms, or even construction sites where traditional cameras might struggle due to lighting or environmental challenges. The second application is temperature monitoring. So we can set up to 10 customizable zones. The zone can
• 02:30 - 03:00 be a specific area or even a line within the field of view to monitor for temperature anomalies either if temperatures exceed a certain average or below a certain average, exceed a certain maximum, go below a certain minimum for example. Um, also they are ideal for electrical rooms, uh, service sensors or even machinery areas, anywhere where overheating could signal a potential failure or
• 03:00 - 03:30 hazard. The third application is fire detection. Our thermal sensors are sensitive enough to detect the smallest fire from many, many meters away. So it's useful in warehouses, forested areas or even chemical facilities for example where you need fast detection uh for safety and also obviously loss prevention as well. I've prepared a very short video showcasing all three
• 03:30 - 04:00 applications in action. Let's go and have a look. Starting with intruder detection. Uh, but I want to show you something quite interesting before we actually look at it. I've logged into the web interface of the camera. On the left hand side is the optical sensor and on the right hand side is a thermal sensor. So, just so you're aware what you're looking at. On the right hand side, we've set up a basic line crossing
• 04:00 - 04:30 crossing, excuse me, to detect humans both directions. When a person does come and violates or crosses the the line, the rule the line goes red indicating the rule's been violated. When a cat comes, and there are many stray cats in Israel, the system ignores it, which is perfect. Exactly what we want. Um, but when the person comes back from the other direction, it crosses the line and goes red, indicating the rules violated again. Let's look at fire detection.
• 04:30 - 05:00 Now, this was a controlled experiment by one of my colleagues in Israel. What I want you to notice or watch is the max temperature on the right hand side. As soon as he lights the fire, the max temperature starts to increase rapidly. This rapid increase in temperature sets off the fire analytic and part of the reaction, I don't if you can hear, but you can see on the left hand side, the strobe lights flashing and the sign gets activated. You can actually see the
• 05:00 - 05:30 analytic box put around the fire on the right hand side where my colleague comes and puts out the fire. I want you to see how the max temperature drops rapidly as well. And just to give you some sort of perspective, the fire was lit approximately 20 m away from where the camera was mounted. And the last application is temperature monitoring. For this, we used our own server rack where the IT manager set a max temperature rule. uh at the plug point of I think 53 or 52°
• 05:30 - 06:00 C if that uh maximum temperature gets exceeded the rule was to send him an email notifying him as well as sending off a strobe light and siren inside of the server room. We're going to time-lapse the video. Eventually the max temperature exceeds the set limit and the reactions occur. So that is thermal cameras in a nutshell. I hope it was straightforward
• 06:00 - 06:30 and I would like to move on to LPR cameras. Our LPR cameras support more than 50 international license plates. They are highly accurate for vehicles up to 120 km an hour. We've received many compliments from our partners worldwide and their installers or and integrators about the accuracy of our LPRs at uh high speeds. We can read
• 06:30 - 07:00 up to two license plates per frame. And not only are we capable of detecting and recognizing license plates, we now have the ability to also uh detect vehicle attributes such as the color of the vehicle, the make of the vehicle, and also the type of the vehicle. For those of you who wanting to integrate with third party access control, we offer Wigan's 26 and 34bit uh support. So now you could utilize our camera as essentially a reader on a
• 07:00 - 07:30 third party access control system. When it comes to the main applications for the camera, I can present you with three applications. Number one is for street monitoring. Number two is for access control. And number three, when paired with our VMS or NVR software, we can do parking lot management. When it comes to the spec of the camera, we offer it in two resolutions, a 2 megapixel and a 4
• 07:30 - 08:00 megapixel. Each resolution comes with two different sizes, a 2..8 to 12 mm and an 8 to 32 mm. Typically, we would recommend a 2.8 8 to 12 mm with a recognition distance of up to 50 m for access control or parking lot management. And typically we would recommend uh the model with an 8 to 32 mm lens with a recognition distance of up to 30 m for street monitoring. However, this is not set in
• 08:00 - 08:30 stone and it's up to you to decide which lens is best suited for your installation. Naturally, our LPR cameras are NDAA compliant and our checkpoint embedded as well. Okay, let's look at um some access control applications starting with uh standalone. So, I'm not too sure if you're aware that our LPR cameras can
• 08:30 - 09:00 work as a standalone device where you can actually upload up to 10,000 vehicles onto a database without the need of an external SD card, you can uh uh set allow and block list. And uh obviously in the event that a vehicle from an allow list is detected and recognized, you could set a trigger to um activate an alarm output which can be connected to a gate or a
• 09:00 - 09:30 boo. You can also pair the LPR camera to our MVR and VMS where we've got parking lot management software. The major difference between uh the MVR and the VMS is obviously the scale. In essence, they work very similar. I'll give you one example of how useful they can be. Let's say that you've got a parking lot of 100 parking bays and you've got five companies all utilizing the same parking lot. You could create a
• 09:30 - 10:00 scenario where you can allocate um 20 parking bays to all five each five each of the five companies and set a limit obviously of 20. If the limit uh for any one of those companies gets exceeded, nobody else from that company can actually gain access into the parking lot until somebody else has exited from that group. If company A has exceeded their 20 parking bay limits,
• 10:00 - 10:30 but company B still has five parking bays or parking spaces left, the system will still allow up to five vehicles from parking lot B into the parking lot and will deny access to anyone in uh group A until somebody has exited uh the parking lot. Let's look at our LPR cameras in action. Starting with an access control application. On the top right, you'll see our LPR camera. As the vehicle
• 10:30 - 11:00 approaches, it slows down slightly and the boom gate opens automatically. The LPR camera quickly detects and recognizes the license plate, which is on a white list, and triggers the gate to open on its own. Next, I want to move to a roadside or road traffic application with the multi-lanes and vehicles traveling at high speeds. I wanted to show you just how accurate our LPR cameras um can detect license plates even in fast
• 11:00 - 11:30 moving multi-lane uh traffic. Now, let's look at our LPR performance at night. What I want you to notice here is how the camera blocks out the strong glare from headlights and instead focuses on clearly illuminating the license plates itself. This ensures highly or this ensures high accuracy even in challenging night conditions uh with bright lights aimed directly or indirectly at the camera. Let's move on to our doorbell.
• 11:30 - 12:00 So as CCTV manufacturers, a logical step for us was to integrate our cameras into an access control device. When we came to this realization, the first product we launched was our video doorbell. This versatile doorbell has a range of features and is far from your typical ding-dong device. It's much more advanced. Firstly, you can connect it to our camps application where you'll receive the call, see who's at the door, have a
• 12:00 - 12:30 two-way conversation, and even unlock the door directly from the application. Secondly, the doorbell can be connected to our 7in PoE indoor monitor. When a visitor rings the bell, it can call the monitor, display the live feed in real time. From there, users can engage in a two-way conversation and open up a gate if required directly from the indoor monitor
• 12:30 - 13:00 itself. Thirdly, you can link the doorbell to our VMS enterprise client. So, I want you to imagine you in a control room monitoring multiple access points uh for your customers around the world or even locally. When a visitor rings the doorbell, it calls the control room where your operator can see who's there, engage in a two-way conversation, and unlock the gate all remotely via the
• 13:00 - 13:30 VMS uh enterprise client software. And finally, you can pair the doorbell with our NVRs. Once connected, it acts as another IP camera. But there's something very important to note. Our doorbells all come with face detection analytics. So, if you pair it with a face recognition enabled MVR, you can enable face uh based access control. So
• 13:30 - 14:00 when someone arrives at the door, uh the doorbell can capture their face, sends their snapshot to the MVR, which then compares it in real time against existing uh databases on the MVR. And if the face is recognized and approved, the system will automatically unlock the door connected to the doorbell. Let's move on to all the features that complements the Provision ISR video
• 14:00 - 14:30 doorbell. So, first off, it's IP65 rated. It's making it ideal for outdoor use. It features a 2 megapixel camera with a very wide 2.3 mm lens, giving you an excellent coverage. It also has a built-in SD card slot that can support up to 256 GB. And of course, it comes with a microphone and speaker for two-way communication. We do offer external chimes that are battery operated and work wirelessly over the 433 MHz radio frequency. This
• 14:30 - 15:00 is similar to what you would find in remote controls. These charms can ring at the same time as any of the connected applications I showed you earlier. In terms of connectivity, the doorbell gives you plenty of flexibility. So, by default, it does run on PoE, which supplies both power and internet. But if you can't run a PoE cable to your installation point and if you have access to 12volt power, so for example, if you're replacing a traditional
• 15:00 - 15:30 doorbell, um you can mount our doorbell in its place and simply connect it to the Wi-Fi to break out to the internet. The doorbell also comes with a built-in card reader and is pre-programmed with three access tags in the box. You can easily add more tags utilizing the software interface. For third party access control integration, we do provide you with a support with a 26 bit and 34-bit compatibility. You can even add a door
• 15:30 - 16:00 sensor like a door contact uh where you can define a time threshold and if the door or gate remains open beyond that time, the doorbell can send you a notification. As an exit control device, you can connect an exit button directly to the doorbell. Plus, we provide you with an unlock relay that can be connected to virtually any electronic lock, including magnetic locks, gate motors, garage motors, to name a
• 16:00 - 16:30 few. As you can see, the system is extremely versatile and packed with functionality. Now, let's look at our intercom solution. First off, the system consists of an outdoor intercom unit and an indoor monitor. When paired together, they form a complete and fully functional intercom solution. However, it is important to point out that both the outdoor unit and the intercom indoor monitor can also function independently.
• 16:30 - 17:00 Each device has its own set of features allowing them to operate as a standalone solution or to be used together for advanced functionality. So, let's dive into each unit and explore the capabilities in a bit more detail. Let's start with the outdoor intercom unit. It's IP65 rated, making it ideal for outdoor installations. In terms of connectivity, it offers the same options as its little brother, the video
• 17:00 - 17:30 doorbell, PoE 12VT, as well as Wi-Fi. It also includes a built-in SD card slot supporting up to 256 GB along with an integrated speaker and microphone for two-way communication. The unit um features a built-in infrared illumination or illuminator that activates automatically when a person is detected within 2 m ensuring uh good visibility even in low light
• 17:30 - 18:00 conditions. Now for some additional functions, the device is a fully capable facial recognition reader. It utilizes true 3D facial scanning, meaning it can't be tricked by a photo or an image. A real person, a real physical person must be standing in front of the unit for the optical and IO sensors to detect depth and perform an accurate
• 18:00 - 18:30 recognition. It's a highly secure facial recognition system capable of detecting up to 10 faces and recognizing three per second. It can also store up to 10,000 faces directly to its internal database with no external SD card required. And this makes it perfect for use as a standalone access control device. It also includes a built-in card reader that supports both MyFare as well as RFID cards. And of course, the device
• 18:30 - 19:00 is fully NDAA compliant. Firstly, it's important to note that this outdoor unit can function as both an intercom and an access control device simultaneously. When used for access control, understanding the different authentication methods it supports is key. So, let's take a moment to talk about authentication methods uh
• 19:00 - 19:30 available when using this device as an access control device. And here's what we offer. So you can assign a user a pin code, you can register uh RFID tag or myare tag. Uh and of course you can enable true 3D face recognition for highly secure touchless access. We also support uh dual authentication also known as two-step authentication. In these types of setups, facial recognition is always the primary factor combined with either a pin code or a tag for added security.
• 19:30 - 20:00 Now, let's talk about the 7in monitor. When used in an intercom setup, users can receive video calls from either the doorbell or the outdoor intercom. Sorry. It also includes all the standard intercom features such as do not disturb and customizable ringtones. You also have the ability to insert an
• 20:00 - 20:30 SD card to store snapshots of visitors and record conversations automatically. In terms of connectivity, the indoor monitor supports once again Wi-Fi 12volt and PoE. It also includes eight alarm inputs which you which you can uh arm and disarm directly through the interface, the touch interface. Beyond the intercom functions, the monitor can connect up to 16 IP cameras on the same network and allow you to
• 20:30 - 21:00 view up to four cameras at once. So, this makes it both a communication device and a compact surveillance monitor. This is ideal for setups that include both intercoms and CCTV. And even as a standalone unit, this indoor monitor has great value in locations where it's hard to run power and HDMI cables. uh a single PoE connection is all you actually need. So, it's a smart way to simplify installation while still giving users a responsive 7-in touchscreen
• 21:00 - 21:30 interface. Now, let's take a closer look at the system architecture when pairing the outdoor unit with an indoor monitor. Firstly, the setup is well suited for multi- apartment or multi-unit installations as each outdoor intercom unit can connect and call up to 500 indoor monitors whereas each of these monitors is serving as a main monitor. So effectively you can call up to 500
• 21:30 - 22:00 apartments over and above that each main monitor can also be paired with up to five extension monitors. All of which will ring simultaneously when a call is made to its own main monitor. If you do the math, that means you can support up to 3,000 indoor monitors per outdoor intercom unit, of which 500 can be main monitors and 2 and a half thousand can be
• 22:00 - 22:30 extensions. If that's not enough, the outdoor unit itself can have up to eight extension units as well. So in other words, eight additional entrances or exit panels. So in practice, you could design a system with up to nine entry points, all connected to 500 apartments and their extensions, creating a truly scalable and flexible intercom solution for large residential or commercial complexes.
• 22:30 - 23:00 If that's not enough, we've also got monitor to monitor communication. So, let's look at this quickly. Let's take uh an example. Um imagine you have an apartment building with 80 apartments. Residents can call from any main indoor monitor to any other main indoor monitor. So for example, someone in apartment number two can directly
• 23:00 - 23:30 call the main monitor in apartment number 80 and vice versa. On top of this, if apartment 80 has extensions, when its main monitor receives an incoming call, all the extensions will ring simultaneously. Now I'd like to isolate and look closer at apartment 80 only. For this example, apartment 80 has only one main monitor and five extension
• 23:30 - 24:00 monitors. Residents in that apartment can communicate internally. So, for example, from extension one to extension number five, from extension number two to extension number four, or even from any extension to its own main monitor in the same apartment. And here is the really cool part. I'll bring back apartments number one and two. The communication isn't limited to just within the apartment.
• 24:00 - 24:30 Any extension can call any main monitor. So for instance, extension number one in apartment 80 can call the main monitor in apartment number one. And if apartment number one also has extensions, they will all ring simultaneously. In everything I've shown you here about monitor to monitor communication, none of this requires an outdoor intercom to function. It's
• 24:30 - 25:00 indoor monitor to monitor communication across the system. And that is still not all. We also have a dedicated architecture for the Cam 2 mobile application. With this setup, each outdoor monitor can connect up to 1,00 rooms or apartments where residents receive video calls directly on their mobile devices without needing an indoor
• 25:00 - 25:30 monitor. Very important to understand that. On top of that, each room or apartment can have up to five registered users. Meaning the call will ring all five residents simultaneously. How is this achieved? And I'm going to provide you with a very high level explanation. The outdoor intercom needs to be bound to a single cam 2 user, thus
• 25:30 - 26:00 effectively making them the owner. Once bound within the owner's app, they can associate other CAM to users to rooms. Therefore, each resident receiving a call must be a registered CAM to user. Then all logical connections thereafter are performed via the provision ISR cloud. If we crunch the numbers with this architecture, a single intercom can call
• 26:00 - 26:30 up to 5,000 mobile devices via the CAM 2 application, which makes this a powerful solution for remote access control, especially in large scale residential or commercial buildings. Let's turn our focus to hybrid light cameras. For those of you who don't know, hybrid light cameras are equipped with two types of illuminators for night vision. Firstly, we have
• 26:30 - 27:00 infrared IR LEDs to provide black and white images in low light conditions. And we've also got white LEDs which enable full color imaging at night. The ter the actual term hybrid light refers to the physical attributes of the camera's um illumination hardware. On all our hybrid light cameras, we offer flexibility when it comes to night vision options, which is based on the
• 27:00 - 27:30 user preferences and your environmental needs. These options are all managed through the illumination settings. Users have the option to select white LED mode where the camera relies solely on the white LED illumination to provide continuous color at night images. Alternatively, they can choose infrared or IR mode, which keeps night images in black and white by using only the infrared LEDs. And then we've also
• 27:30 - 28:00 got smart uh supplement light mode. In this mode, um, when no object is detected in the field of view, the camera uses infrared LEDs to provide black and white images. However, when AI detects an object, uh, the white LED turns on automatically, allowing for full color at night images, and when the object is no longer detected, it switches back to IR mode.
• 28:00 - 28:30 We've made our smart supplement light even more advanced. Now you can specify which types of objects such as humans, four-w wheeled or two- wheeled vehicles will trigger the white LEDs. You also have an option to activate the white LEDs only when the selected object enters a designated area. And you can draw up to four different areas. extremely similar to a sterile area
• 28:30 - 29:00 analytic rule. Now only when the object enters that specific area, the white LED will turn on providing the color at night images. And on top of that, you could set how long the white LED stay on after the object leaves the area of interest. This feature is perfect for scenarios like monitoring streets where you can set the camera to ignore vehicles and
• 29:00 - 29:30 only turn on white LEDs when a human is detected. Let me show you how simple this is to set up. So firstly, the smart supplement light settings can be found in the camera's image settings. So to access it, we're going to go to the settings and we're using the NDR interface for this example. We're going to navigate through to camera, select image, and then there we'll find smart supplement
• 29:30 - 30:00 light. Just note I recorded this on an early beta version uh of the MVR interface. So in the final version, you will be able to select your specific camera. Once you've selected your camera, you can then configure the following. You can set a duration for how long the white LED remains on after the object leaves the defined area. You can also define your object detection, meaning which objects must be
• 30:00 - 30:30 detected in order to turn on the white LED. I just want you to note that detecting humans is mandatory and cannot be unselected. And lastly, you can define up to four areas within the field of view. The rule will only be active if an object enters any of these areas. Now that we've set it up for different areas to detect all the objects, let's go see it in action.
• 30:30 - 31:00 So firstly, there's no objects inside any of the predefined areas indicated in blue. Therefore, the image is in infrared mode which is displayed in black and white. However, when an object um in this case enters one of the defined areas, the white LED turns on within a split second and the image switches to color. Once the lan or the object has exited
• 31:00 - 31:30 the defined area, the camera will revert back to the infrared mode after its set duration. So now the infrared LED is on providing us black and white. Watch how Elan circumnavigates around the detected or the sterile area. And once he enters the sterile area, once again the white LED turns on providing the colored night images.
• 31:30 - 32:00 Let's move on to our active deterrence cameras. These cameras are purpose-built to deter intruders or unwanted visitors by triggering visual and audio alerts directly from the camera. They are ideal for perimeter protection or high-risk areas where deterrence is of top priority. I want to break down what makes this model stand out. First of all, the active deterrence features that are front and center. This is designed for maximum impact. One key feature is
• 32:00 - 32:30 that you can upload and use custom audio messages or alerts which automatically play through the built-in speaker when a trigger occurs. All our active deterrence models are also hybrid light. That means they include both white LEDs for fullcolor night images and IR LEDs for traditional infrared black and white images at night. With smart illumination, the camera can switch intelligently between the two depending on the
• 32:30 - 33:00 scenario. Each model comes with a built-in microphone and two-way audio support. This allows for real-time communication. Additional to this, they include audio input and output connections so that you can connect external microphones or analog speakers for even more flexibility. And now the active deterrence range is divided into two series. Firstly, the site series which features our first generation DDA
• 33:00 - 33:30 analytics and the eyesight series which is equipped with our second generation uh analytics as well as face detection capabilities. From a hardware perspective, only the EyeSight series comes with alarm input and output connections, which is a key factor if you need to integrate with any other system or hardware. So, if you're looking for an all-in-one solution, the EyeSight series is definitely the way to go. However,
• 33:30 - 34:00 the Site series definitely gives you a large bang for your buck. To give you a real world look, I'm going to show you a short video recorded in my showroom. In this clip, I walk through a line crossing rule that I've set up. And as I cross the line, you'll see the camera respond with a loud siren and flashing strobe light. Both triggered instantly.
• 34:00 - 34:30 Let's move on to our standalone solar cellular solution. It's designed specifically for location where there's no electrical or network infrastructure. Think about remote farmlands uh or even temporary setups like at concerts or sporting events. And we've had great success at construction sites. It's a
• 34:30 - 35:00 versatile solution that works wherever you need a reliable surveillance without a fixed power or internet source. When you purchase this solution, you're getting a complete kit, and I want to walk you through what's included. First, there's a threeaxis mounting bracket, which will help you position the solar panel at the best angle for optimal sunlight exposure. We also give you a 60W solar panel, which is capable of charging even in indirect light. and we've seen real life cases
• 35:00 - 35:30 that prove just how well it performs. We also give you a weatherproof enclosure which houses a 24 a hour lithium ion phosphate battery. It's durable, longlasting, and offers over 2,000 recharge cycles. And then we've got the camera itself, which I've dedicated a page of for this upcoming. And there are only three wiring connections with this kit. Firstly, there's a power cable from the solar panel to the battery to charge the battery and out the battery to the
• 35:30 - 36:00 camera. We have two cables. A power cable to obviously power up uh the camera and a communication cable called RS485. And with this cable, it allows the camera to display battery percentage and signal strength on its interface. Now, let's talk about the camera itself. Firstly, it's IP65 rated, perfect for outdoor use. Our current model is a 4 megapixel with a 3.6 millm lens, and it includes a built-in
• 36:00 - 36:30 microphone, so you can pick up ambient audio. It also supports both internal storage and external micro SD cards of up to 256 GB. We do offer you a micro card or micro SIM card slot. Just keep in mind that the SIM needs to be provided by yourself. From a functionality perspective, this camera includes active deterrence features such as built-in strobe lights and speakers. It also uses
• 36:30 - 37:00 our rainbow technology u with two high-owered white LEDs that allow full color at night vision. You'll see up to 20 m in full power mode and 10 m into low power mode. I'm going to explain this in the next slide. And directly in the center of the camera is a passive infrared sensor, PI sensor, uh, with a detection range of up to 50 meters. I know it's strange to have a passive infrared uh, detector inside of a camera, and I'm going to explain it to you as well
• 37:00 - 37:30 upcoming. The camera body is made up of aluminium and polycarbonate uh, blend, which ensures both signal integrity as well as protection from the elements. And of course, this entire solution is fully NDAA compliant. When it comes to detection, this camera supports motion detection, camera tampering alerts, which is obviously crucial especially in remote locations. And we offer DDA first
• 37:30 - 38:00 generation analytics uh which is object recognition based. And the objects are humans, four and two wheel vehicles based on line crossing and sterile area. Let's now talk about power saving modes. The camera offers three smart key modes. Firstly, full power mode. This is where everything operates at full capacity. It's ideal when power isn't
• 38:00 - 38:30 really a concern or sunlight isn't really a concern. Then we have low power mode. In low power mode, your supplement light reduces to 60%. So your supplement light is the white LED, hence the reduction in color at night range from 20 m to 10 m. Also, the camera only records in substream and your audio alarm will only repeat up to three times per event and your light alarm will only work in night mode. This is all to conserve battery power. A very
• 38:30 - 39:00 cool feature in the power modes is the ability to set a battery threshold. So that in the event the battery reduces below that threshold, the camera will automatically switch to low power mode. When the battery recharges and goes above that threshold, then the camera will automatically switch back into full power mode. Lastly, we have sleep mode. In this state, everything shuts down except
• 39:00 - 39:30 for the P sensor, which consumes minimal minimal power. When the PR sensor detects motion, it will wake up the camera in low power mode. After the event has ended, it will automatically return to sleep mode. You can also schedule when the camera enters and exit sleep mode based on your needs if required. Since this is a cellular device, let's quickly go over some remote connection options.
• 39:30 - 40:00 For mobile use, you can connect via the Provision Cam to application using our P2P uh Provision ISRs cloud service or through a DDNS. And if you have a static IP uh which you can arrange through your SIM provider, you could connect with a static IP uh via an APN. It also integrates perfectly with the SI VMS. The VMS doesn't require constant streaming which saves both data
• 40:00 - 40:30 and battery. Uh it can receive event notification, record footage and allows you to set triggers. The connection methods are the same as the application with the addition with the additional option of auto report. Finally, you can also access the camera via the Provision ISR cloud web portal using the camera's serial number, username, and password. In other words, P2P. One important note, we don't
• 40:30 - 41:00 recommend connecting this camera to an MVR. Why? Because an MVR initiates a constant stream even when not recording or actively viewing. And in this context, that translates to continuous data usage and significant battery drainage. So in summary, this solution is compact, complete, and designed to provide smart, reliable surveillance
• 41:00 - 41:30 anywhere. Let's now turn our focus to PTZ cameras, but more specifically, our cameras with autotracking capabilities. I want to begin by introducing you to Provision ISR's PTZ family. It's designed to cover a wide range of surveillance needs from compact indoor setups to long range outdoor monitoring. Starting with the Z1. This is our most compact model. It's a 4 megapixel anti- vandal PTZ equipped with
• 41:30 - 42:00 first generation DDA analytics offering 20 m of infrared distance and three times optical zoom. It's a great option for indoor or protected environments where discretion and durability is key. Next is the Z3, which offers a layer of deterrence with built-in active deterrence features. It also features a 4 megapixel resolution, first gen DDA analytics, 50 m IR, and four times optical zoom. It's perfect for small
• 42:00 - 42:30 outdoor areas or entry points where proactive response is needed. Moving on to our more advanced territory, we have the Z4. This unit is available in both two and four megapixel resolutions. It includes second generation DDA analytics and steps up with 150 meters of IR and a powerful 25x optical zoom. It also features a built-in fan and heater making it ideal for more demanding outdoor
• 42:30 - 43:00 environments. Then we have the Z5 which shares a lot of similarities with the Z4. same resolution in zoom but increases IR performance to 350 m still with second gen analytics and the same rugged fan and heater setup. If you need even more reach, the Z7 offers 400 m of infrared at 4 megapixel resolution and a massive 37 times optical zoom. Again, you're getting advanced DD analytics,
• 43:00 - 43:30 fan and heater, and enhanced performance for large open areas or high installation points. Finally, the big boy, the Z8. This is our top tier model with 800 m of IR distance using IR laser technology, 4 megapixel resolution and 37 times optical zoom and all the high-end features, fan, heater, and even a built-in wiper to keep the lens clear in harsh weather. Naturally, it will
• 43:30 - 44:00 include our most advanced second generation DDA analytics. All our PTZs come with DDA first generation analytics which provide object-based detection. This includes filtering by object type such as people, two and four-wheel vehicles using line crossing or sterile area detection as triggers. Our second generation PTZ models take it to the next level with features like object counting as well as face recognition.
• 44:00 - 44:30 And of course, all our models are capable of intelligent autotracking, which means the camera can track a subject, specifically humans and vehicles in real time using its onboard analytics. So, no matter the scenario, perimeter protection, urban surveillance, industrial environments, we've got a PTZ solution that fits the job. Let's take a look at a video showcasing autotracking in action.
• 44:30 - 45:00 Let's begin by tracking a person. Autotracking begins if the object, in this case the person, enters into a sterile area or crosses the virtual line. Once that occurs, they become the target. Now you're going to see that the PTZ camera is going to do its best to try and keep the target um in the center of the uh view by automatically pan, tilting, and zooming and following the object.
• 45:00 - 45:30 the camera will stop following the object if the object remains idle and you can set the amount of time for the object to be idle or if the object can can actually no longer be tracked and then it will move back to its home position. Let's have a look at it autotracking a vehicle. In this case, we've got a sterile area at the top of the screen. The vehicle entering from the from traveling right to left entered
• 45:30 - 46:00 the sterile area first, thus becoming the target. You can see the PTZ ignored the two other vehicles traveling from left to right and begins to track and follow the original target. What's interesting about this video clip is that we set an idle time for 5 seconds to move to its home position if this object remains idle for 5 seconds. And you'll see this vehicle tries to parallel park. So for a couple of seconds, it's actually stationary at this point. And because this begins to
• 46:00 - 46:30 move again, the PTZ continues to track the object. Eventually, the vehicle stops, becomes idle, and after the 5-second countdown, you'll see the PTZ move back to its home position. And now it will wait for the next object to enter the sterile area. Okay, this is our final topic for today
• 46:30 - 47:00 and it's a pretty exciting one. All of our NVRs come with a built-in burglar alarm integration feature. With it, you can connect almost any alarm panel to the NVR and use our AI enabled cameras as intelligent alarm detectors. Here's how it works from a highle perspective. When the alarm system is disarmed and the camera detects a person, the system ignores it just like traditional alarm setups. But once the system is armed and
• 47:00 - 47:30 you can use the traditional alarm panel arming methods, any detection by our AI cameras like a person entering the restricted zone will trigger the alarm. From there, all your standard alarm responses will kick in, such as alerts to security companies as well as sirens and strobe lights is for a few examples. Plus, with our MVR, you get added benefits of the native MVR triggers, as
• 47:30 - 48:00 well as video confirmation through the Cams application showing exactly what has triggered the alarm. There are a few other great advantages to this approach. First, it's cost effective. Your customer doesn't need to buy separate motion detectors in CCTV cameras. Even our entry-level IP camera with basic object recognition can do this job. Secondly, you do get visual verification of the incident. And finally, our AI is far smarter and
• 48:00 - 48:30 reliable than standard alarm detectors or sensors, which helps reduce false alarms and keeps the system extremely efficient. With that, that is the end of the presentation. I want to thank you for joining me today. I really hope that you found the session insightful and informative. Should you have any further questions or require assistance in implementing any of these solutions, please do not hesitate to reach out to
• 48:30 - 49:00 your local distributor or directly to us. Once again, thank you for your time in putting your trust in Provision ISR. See you all very soon.