IR cameras

Data centre maintenance teams have a big share in safeguarding the critical resource that customers and businesses depend upon. Fortunately, they have one secret weapon that enables them to spot issues in an early stage before they turn into big problems: FLIR thermal imaging. The data centre market has seen a massive growth in recent years. Spurred by a growing adoption of cloud technologies, AI, IoT, 5G and big data, new data centres are being built across all continents at fast pace. Whether they are in-house data centres for some of the largest and most influential companies, or built by specialised vendors offering infrastructure services, data centres fulfill a critical role in maintaining the continuity of a business. Downtime of a data centre Guaranteeing uptime has become increasingly complex for data centres Downtime of a data centre can have an enormous economic impact and needs to be avoided at all costs. In addition to financial loss, reputational damage can be equally impactful, especially when the data centre is supporting customer-facing services. Guaranteeing uptime has become increasingly complex for data centres. With so much mechanical, electrical and electronic infrastructure under one roof, overheating is a major concern, not only because the infrastructure is not using the energy efficiently, but also because overheating can cause a complete shutdown of servers, impacting users around the world, or even data or equipment loss. One of the most reported incidents is the 2013 overheating of a Microsoft data centre operating some of its cloud services, including Outlook, which led to services being lost for 16 hours. Maintenance inspections with thermal imaging cameras The maintenance of a data centre today involves much more than IT operations. Power distribution systems and cooling infrastructure are also essential for keeping the data centre up and running, and for preventing mechanical or electrical failures and resulting outages. Many systems that are critical for the data centre’s operation heat up before they fail. Temperature is an important indicator of energy consumption and equipment operation, which is why infrared thermography (thermal imaging) is an ideal tool to inspect power consumption, electrical installations, cooling equipment and computing hardware. Periodic inspections with thermal imaging camera Thermal cameras help maintenance staff to detect problems in electrical switchgear, motors Periodic inspections with a thermal imaging camera have become indispensable in predictive and preventive maintenance programs. Thermal cameras help maintenance staff to detect problems in electrical switchgear, motors, HVAC infrastructure, uninterruptible power supplies (UPS), power distribution units (PDU), batteries and generator equipment and all electrical devices that feed the server systems, before these problems turn into serious failures or downtime. Rise of cloud computing With cloud computing becoming the new normal, and as data centres are growing to great scales, the need for higher computing density and power efficiency is growing as well. Data centre owners are seeking ways to increase their capacity, but they also want to reduce costs and energy. Thermal imaging can give them important information on how to optimise energy and space requirements, without causing overheating. In short, regular inspections with thermal imaging cameras can help maintenance staff to: Find and fix hidden problems before they turn into unplanned downtime. Reduce the chance of component degradation going unnoticed due to overloaded circuits or loose connections. Prevent equipment breakdowns. Optimise energy management and space allocation. What is Thermal Imaging? A thermal camera is a non-contact device that detects infrared energy (heat) A thermal camera is a non-contact device that detects infrared energy (heat) and converts it into a visual image. Infrared radiation lies between the visible and microwave portions of the electromagnetic spectrum. Any object that has a temperature above absolute zero (-273.15 degrees Celsius or 0 Kelvin) emits radiation in the infrared region. Even objects that are very cold, such as ice cubes, emit infrared radiation. Thermal cameras turn this invisible energy into something that can be seen on a screen and measured. The Benefit of Thermal Imaging Why to choose a FLIR thermal imaging camera? Sure, there are other technologies available to help measure temperatures – infrared thermometers or thermocouples to name only two. But no other tool is as powerful and efficient as a FLIR thermal imaging camera. See the whole picture Unlike IR thermometers or thermocouples, thermal imaging cameras enable to scan large areas for hot spots or temperature differences. Without a thermal camera, it’s easy to miss critical parts like air leakages, areas with insufficient insulation or water intrusion. A thermal imaging camera can scan entire electrical installations, buildings A thermal imaging camera can scan entire electrical installations, buildings, heating or HVAC installations. It never misses a potential problem area no matter how small this might be. They also allow to compare temperatures of components in the same environment more easily. Save time and costs Maintenance of data centre installations can be labour-intensive. Because they can easily see larger surfaces, thermal imaging cameras can be the solution to reduce maintenance time speed up inspection rounds, and still see all impending failures, before they turn into costly defects. Inspect without shutting down Thermal imaging is a non-contact technology. This is a safe method, because maintenance personnel can keep a distance without having to touch hot items. But it also means that inspections can easily be carried out while the equipment is still running or under load. There’s no need to foresee costly downtime. Some inspections, for example rotary UPS systems, can only be done during operation, which makes the thermal imaging camera an ideal tool for online inspections. Report Like a Pro Users can compare current inspections with historical data and discover trends Thermal imaging cameras allow users to make professional, more insightful reports of their inspections that also look great for management and customers. Users can compare current inspections with historical data and discover trends. Features like templates, batch processing, image editing and route planning further enhance the use-friendliness of today’s reporting solutions. Thermal imaging applications Thermal imaging is the perfect technology to tackle the wide range of maintenance and inspection jobs for data centres. Electrical and Mechanical Systems Thermal imaging cameras can be used to inspect a variety of electrical or power generation-related systems. Heat is an important indicator for defects in electrical installations. When current passes through a resistive element, it generates heat. Over time, the resistance of electrical connections can increase, due to loosening and corrosion for instance. The corresponding rise in temperature can cause components to fail, resulting in unplanned outages. Electrical systems can also suffer from load imbalances and increases in impedance to current. Thermal inspections can quickly locate hot spots, determine the severity of the problem, and help establish the time frame in which the equipment should be repaired. Thermal imaging cameras will help you to spot issues with: Overheated connections Overloaded or imbalanced circuits Damaged switches Faulty fuses Power supplies Battery systems Generator systems Uninterruptible Power Supplies (UPS) Transformers Electrical panels Resistive load banks HVAC and Cooling Systems To run smoothly and efficiently, data centres need perfectly air-cooled conditions To run smoothly and efficiently, data centres need perfectly air-cooled conditions. Data centres are typically making use of a hot aisle/cold aisle layout principle. Server racks are lined up in aisles with the front sides facing each other. The cold aisles get cold air directly from the Computer Room Air-Conditioning (CRAC) unit from the bottom of the raised floor. The cool air cools down the servers on the racks. Meanwhile, the backs of the servers vent out hot air in the hot aisle, which then returns to the CRAC unit. Thermal imaging has become increasingly important to verify the proper hot aisle/cold aisle operation, especially because data centres today are condensing more servers into their racks. Thermal cameras will enable users to see problems such as misaligned ductwork and electrical faults, and then make decisions about corrective actions. HVAC inspection with a thermal imaging camera can help to: Monitor server rack temperature distribution patterns Locate misrouted and leaking ducts See electrical or mechanical CRAC unit defects Confirm the source of energy losses Find missing insulation Discover AC condensate leaks Find internal server fans which are inoperable or damaged Renewable Energy Data centre operators are increasingly improving their use of renewable energy sources Data centre operators are increasingly improving their use of renewable energy sources, including solar and wind power. These renewable power sources enable data centres to reduce their environmental impact, while meeting long-term sustainability goals. Solar Power The solar panel, the most important part of a solar system, must be reliable and capable of producing electricity for years on end. Unfortunately, solar panels are susceptible to wear. Maintenance professionals therefore use thermal imagers to inspect solar panels installed on rooftops or in solar parks to quickly pinpoint solar panel problems down to cell level. Anomalies can clearly be seen on a crisp thermal image and - unlike most other methods - thermal imaging cameras can be used to scan installed solar panels during normal operation. Thermal imaging cameras also allow users to scan large areas within a short time frame. Wind Power Wind turbine components are susceptible to wear and can break down. That’s why preventive maintenance and periodic inspections are so important. Thermal imaging is the only technology that allows users to inspect all electrical and mechanical components of the wind turbine and the surrounding electrical system, so they can detect a problem before a breakdown occurs. Fire Protection Although data centre fires are relatively rare, they can have a devastating impact Although data centre fires are relatively rare, they can have a devastating impact. Data centres may be equipped with fire alarms and firefighting systems, but once a fire starts, asset damage is almost certain.  Fixed thermal imaging cameras can identify hot spots before they ignite and provide an early warning response to avoid a full-on destructive fire before assets are harmed or safety is compromised. Physical Security Thermal cameras not only detect hot spots or temperature differences. They also help protect a physical perimeter against unwanted intruders or trespassers. As data centres operate 24/7, they need effective solutions to help them monitor the premises and detect threats around the clock. Thermal security cameras that offer high contrast, high resolution and long detection ranges are ideal for data centre deployments. 4/5 Unlike standard video cameras, thermal cameras can see in most adverse weather conditions– such as light rain, fog, smoke, or total darkness. When integrated with video analytics, thermal cameras can distinguish between a human or vehicle. When paired with radar, customers gain redundancy and reduce the likelihood of a false positive. By combining thermal cameras with HD visible cameras, remote operators can review thermal and visible video streams of the scene for improved alarm verification and intruder identification. Thermal Imaging Solutions from Teledyne FLIR Handheld thermography cameras FLIR thermography cameras always offer the highest accuracy and user-friendliness Armed with a FLIR thermal imaging camera, maintenance crews can easily diagnose a wide range of problems across their data centre facility. Available in a wide variety of sizes and image resolutions, FLIR thermography cameras always offer the highest accuracy and user-friendliness to meet the needs of maintenance professionals. Thermal Studio Software with Route Creator FLIR Thermal Studio Suite is state-of-the-art analysis and reporting software designed to help data centre maintenance teams manage thousands of thermal images and videos. Whether using handheld thermal cameras or unmanned aircraft systems (UAS), the FLIR Thermal Studio suite of software provides the automation and processing capabilities needed to streamline workflow and increase productivity. The optional Route Creator plugin allows users to plan inspection routes in advance, complete inspections more efficiently and reduce reporting time by 50%. FLIR CARE’s traceable calibration services Keep the thermal camera in optimal performance condition and avoid unforeseen downtime with a FLIR CARE service package. Whether looking for a performance verification service or a traceable calibration adjustment service, FLIR CARE’s traceable calibration services have covered everything. FLIR PROTECT Service Packages FLIR PROTECT Extended Warranty and Service Packages give the peace of mind that the camera is protected from material defects and issues for three years after the factory warranty expires. Choose FLIR Protect+, FLIR Protect Pro, or FLIR Total Protect to bundle a discounted FLIR CARE Service with the FLIR PROTECT extended warranty.

Brady Corporation offers a new, more cost-efficient solution to quickly detect unstable Li-ion batteries in storage. Able to automatically measure 0,5°C temperature differences per second, the solution provides the accuracy and speed needed to isolate unstable batteries before they become a safety risk. Brady’s new battery temperature monitoring solution involves three components: self-adhesive battery-free UHF RFID labels with embedded temperature sensors, RFID readers with up to 16 antennas, and a customisable RFID software platform. RFID software platform RFID antennas and readers automatically power all labels and sensors in range to pile temperature readings The self-adhesive UHF RFID-embedded labels can be applied inside battery cell boxes for fast temperature change detection. Alternatively, every battery cell can be labelled with Brady’s on-metal, printable UHF RFID labels to enable more elaborate advantages in Li-ion battery supply chains. Every second, the RFID antennas and readers automatically power all labels and sensors in range to collect temperature readings with 0.5°C accuracy. Every temperature reading, and matching battery storage location, is collected by the RFID software platform. When customisable temperature thresholds are reached, the software platform triggers third-party devices via standard API. Brady’s software platform API With almost continuous, automated and accurate temperature monitoring, warehouse stakeholders can receive early warnings via sms, email or even racking warning lights.  They can be guided in time to specific warehouse locations for unstable Li-ion battery isolation. Alternatively, Brady’s software platform API can also trigger an autonomous vehicle to automatically remove an unstable battery. RFID tags or IR cameras Battery-free UHF RFID labels with embedded sensors are a more cost-effective battery temperature monitoring solution than powered RFID tags or IR cameras. UHF RFID labels and their temperature sensors receive power wirelessly from RFID antennas and readers in range. They are available at significantly lower costs - up to five times less than battery-powered RFID tags-and do not require maintenance. Temperature monitoring solution Brady connects up to 16 antennas to a single RFID reader that provides high accuracy and high-speed The number of RFID readers needed to completely cover storage locations in a warehouse heavily depends on warehouse setup, racking height and storage volume per racking compartment. Brady can connect up to 16 antennas to a single RFID reader that provides high accuracy, high-speed temperature monitoring for all storage locations in 12-metre-wide and 4-metre high racking. The automated, and almost continuous, nature of the temperature monitoring solution enables Li-ion battery manufacturers and logistics companies to significantly increase safety and reduce risk at advantageous costs. Brady’s RFID readers By adding an RFID reader gate at designated warehouse exits, Brady’s solution can also enable automated, real-time warehouse inventories. RFID labelled items are read by Brady’s RFID readers the moment their label enters reader range. When they pass through a designated RFID reader gate, these items can easily be subtracted from the inventory by the RFID software platform. When used in this way, the solution can provide cost-effective battery track & trace inside the warehouse from entry to exit, complete with battery cell box or battery cell temperature fluctuation in between.

Industrial Video Solutions Inc (IVS), a US-based specialist in automation for the papermaking industry, is leveraging FLIR infrared (IR) thermal cameras to obtain valuable data from paper machines as part of a patented system that boosts machine control and efficiency. Moisture and temperature directly affect both paper properties and machine runnability making the measurement of these parameters essential to the papermaking process. However, despite the presence of visual spectrum cameras in several machine locations, some aspects of the papermaking process remain invisible to operators. This problem is attributable to factors such as steamy operating environments, visual camera limitations, and a lack of tools that convert camera images into actionable data. IVS-patented system With its FLIR cameras, ThermoVision sees real-time moisture profiles in any paper machine location The solution arrives in the shape of ThermoVision, an IVS-patented system featuring FLIR IR cameras at its core. With its FLIR cameras, ThermoVision sees real-time moisture profiles in any paper machine location, mapping them to a multi-functional thermal profiler.  The system can provide real-time, full-width, cross-direction (CD) moisture and temperature profiles, as well as real-time machine direction (MD) profile variations. Moreover, profile analytics provide insights into dewatering and drying efficiency - critical for energy benchmarking. Real-time detection ThermoVision facilitates the real-time detection and classification of wet streaks and spots, as well as the real-time detection of embedded foreign materials, such as metals in fluff pulp. A key capability of the system is its ability to provide visibility in steamy machine locations. Using a FLIR IR camera to capture an image of a pulper vortex, for example, allows users to see through the steam and visualise the vortex in full detail, including the position of the chain and vortex edges. This ability is indispensable for monitoring locations within the machine like trim squirts and dryers. IR and visual spectrum cameras It is even possible to feed data from a combination of IR and visual spectrum cameras to an AI module While it only requires a single FLIR IR camera to execute all ThermoVision analyses, multi-camera systems are more effective for complete process troubleshooting, optimisation, and improvement. It is even possible to feed data from a combination of IR and visual spectrum cameras to an artificial intelligence (AI) module. This neural network learns the relationship between the forces exerted on the paper, paper vulnerabilities, and process upsets - such as sheet breaks - with the goal of predicting runnability issues. Seven-figure savings “Armed with new data for maximising paper machine performance, we estimate substantial savings for ThermoVision users,” says Slawek Frackowiak, President and CEO of IVS. “For example, reductions in energy consumption and paper breaks, alongside increases in productivity, can lead to annual savings in the region of $1.3 million on a 300,000-ton liner-board machine.” He continues: “We came across the potential for this technology by chance. We had already patented our ProcessVision technology, which extracts pixels from an image to effectively turn an area-scan camera into a linear camera, when a potential application provided us with a new idea.” Use of IR cameras On papermaking machines, excessive moisture often leads to sheet breaks - a major runnability issue On papermaking machines, excessive moisture often leads to sheet breaks - a major runnability issue. IVS was invited to quote for a project in Poland that sought to use IR cameras instead of a traditional sheet break system. “I had no idea why, so I started investigating,” says Mr Frackowiak. “I discovered that while a few competitors had started using IR cameras for displaying video, they were not doing anything with that output. In a papermaking machine, temperature is inversely proportional to moisture, so we set about developing a new system – ThermoVision - which combines the concept of our existing ProcessVision with FLIR thermal cameras.” Multiple patents to thermal vision This idea has led to the award of multiple patents pertaining to thermal vision - in particular, temperature being inversely proportional to moisture in the papermaking process. Frackowiak added: “Of course, anyone can mentally make that conversion, but a system based on that concept is our patent. I was surprised no one else had thought of it. We’ve also patented specific outputs from the technology, such as predicting sheet breaks and runnability issues.” The FLIR solution Depending on the application, IVS uses either FLIR A50/A500 or A70/A700 FLIR IR thermal cameras Depending on the application, IVS uses either FLIR A50/A500 or A70/A700 FLIR IR thermal cameras. “With their higher resolution, we tend use FLIR A70/A700 models for papermaking machinery applications,” reveals Mr. Frackowiak. “However, ThermoVision can also benefit machines that produce corrugated paper for packaging. We use FLIR A50/A500 series cameras for corrugators as these applications do not require the same level of resolution, helping to minimise costs for customers.” IP66-rated FLIR A50/A500 and A70/A700 series cameras Rugged, IP66-rated FLIR A50/A500 and A70/A700 series cameras offer multiple field-of-view options, image streaming, and simple integration with the specific needs of customers. By providing quick access to thermal characteristics, users of these cost-effective cameras can maximise asset uptime and minimise maintenance costs. Frackowiak added: “In my opinion, FLIR IR cameras are competitively priced considering the capabilities they offer. During my initial research, I came across other thermal cameras of similar specification, but they cost more. We’re incredibly happy with FLIR IR cameras and now standardise on these models.” Seeing is believing A QCS scanner moves back and forth across the sheet, a process that takes anything from seconds to minutes There are essentially two ways of adopting ThermoVision on a papermaking machine. First, as an add-on to existing sheet break systems. FLIR IR cameras see ‘invisible’ defects that visual spectrum cameras cannot. The system also detects wet streaks in real-time, helping to prevent costly sheet breaks that can lead to hours of downtime. Second, the system can involve sending the sheet-wide thermal profile to a quality control system (QCS) scanner. A QCS scanner moves back and forth across the sheet, a process that takes anything from seconds to minutes. However, using data captured by FLIR IR cameras, it is possible to feed the QCS in real-time. While the control system will not likely work in real-time, capturing images with FLIR IR cameras at 30 frames per second, for example, means the system can provide an average profile every second, supporting ultra-fast control system decisions. Positioning a FLIR IR camera “A big issue with a QCS scanner is its location at the end of a papermaking machine,” explains Mr Frackowiak. “From placing pulp on the wire, ready for manufacturing into paper, to running through the entire machine and reaching the QCS scanner, no quality measurement checks take place." "However, by positioning a FLIR IR camera at the beginning of the process, perhaps in the press section, we can immediately detect defects like wet streaks or incorrect moisture profiles. This is important because some start-up processes can take hours, with papermaking plants unable to thread the web due to problematic sheet breaks. We now have a way of letting them know why, saving significant time.” Advantages of the technology IVS has two papermaking systems running with ThermoVision in the USA Several papermaking facilities are already taking advantage of the technology. Following the award of its patents, IVS now has two papermaking systems running with ThermoVision in the USA, as well as a corrugator. Multiple quotations have been sent to further potential customers, with some planning to include ThermoVision in their next capital expenditure budget. Capabilities of FLIR IR cameras With the right innovation and technology, even a mature process like papermaking can see step changes in key metrics - such as quality, efficiency, uptime, and control.  Thanks to the ingenuity of proprietary IVS systems and the capabilities of FLIR IR thermal vision cameras, papermaking is set to reach a whole new level.

IDS Imaging Development Systems GmbH, market pioneer in industrial machine vision, and Prophesee SA, inventor of the most advanced neuromorphic vision systems, announces that IDS’ new uEye EVS camera line incorporates the high-speed, dynamic range and data efficiency of the Prophesee-Sony IMX636HD event-based vision sensor to offer new capabilities for industrial machine vision applications. High-speed event-based vision The uEye EVS camera redefines high-speed machine vision for unprecedented precision The result of extensive collaboration between the two companies, the solution features Prophesee’s proven neuromorphic approach to capturing fast-moving objects with significantly less data processing, power and blur than traditional frame-based methods. With these capabilities, the uEye EVS camera is the ideal solution for applications that require real-time machine vision processing at very high speed, such as optical monitoring of vibrations or high-speed motion analyses. Conventional image sensors The camera benefits from Prophesee’s event-based vision’s ability to capture only relevant events in a scene. In contrast to conventional image sensors, it does not capture every image completely at regular intervals (frames) but only reacts to changes within a scene. It transmits events depending on when and where the brightness in its field of view changes - for each individual sensor pixel. The temporal resolution, i.e. the minimum measurable time difference between two successive changes in brightness, can be less than 100 microseconds. Metavision SDK integration The sensor is supported by Metavision SDK, a seamlessly integrated suite of software tool The sensor is supported by Metavision SDK, a seamlessly integrated suite of software tools and models, APIs, and other training and development resources from Prophesee for efficient evaluation, visualisation, and customisation. "This partnership combines our mutual areas of expertise to realise the benefits of event-based vision, including remarkable temporal resolution which make the cameras optimised for analysing highly dynamic scenes.” “It enables best conditions for capturing fast object movements without loss of information, comparable to an image-based frame rate of more than 10,000 images per second," explains Patrick Schick, Product Owner 3D & Vision Software. Enhanced efficiency & performance “At the same time, the sensor ignores all motionless areas of its field of view and thus generates 10 to 1000 times less data than image-based variants. This saves memory and computing time. IDS cameras are well known to address the toughest machine vision use cases and with the incorporation of Prophesee event-based vision technologies.” “It strengthens its offering to provide far more performance, power efficiency and accuracy, even in the most challenging conditions,” says Luca Verre, CEO and co-founder of Prophesee. “We are excited to see how the efforts of this tight collaboration have resulted in the new uEye EVS camera which leverages the potential of our sensors and development environment to deliver new value to its customers.”

Uncover the basics of infrared technology, explore different sensor types, and learn about radiometric calibration. Infrared imaging radiometry is the science of using an infrared camera to measure the amount of IR radiation from a target in a scene. Every pixel in the image formed by a radiometrically calibrated camera carries quantitative information. Understanding infrared radiometry Radiometric images are more than just pictures; they are precise grids of infrared rays Radiometric images are more than just pictures; they are also two-dimensional grids of measurements of the infrared radiation imaged onto the sensor from the scene.  The camera lens “maps” the IR radiation emitted from objects in the scene to corresponding positions on the sensor. The applications for infrared radiometry are plentiful, and well understood by scientists and engineers that work with this equipment. Matthew Hasty, Global Senior Product Manager, Research and Development and Automation Segments at FLIR will explore the fundamentals of infrared technology, how it works, and the various sensor technologies available. Hasty will also demonstrate how software, particularly FLIR Research Studio, can enhance efficiency and drive scientific discovery for global teams in innovative ways. Enhance scientific discovery Learn how users can drive scientific discovery with imaging radiometry and FLIR technology with industry expert Matt Hasty. Don't miss this opportunity on March 27th, 11AM ET with live Q&A. Join them and walk away with: Fundamental understanding of infrared technology What are the different sensor types Importance of radiometric calibration How to use software to enhance efficiency Don't miss this opportunity to stay ahead of the curve and elevate skills. Register now and continue on the quest for scientific breakthroughs!

At ISC West 2025, on booth #10037, i-PRO Co., Ltd. (formerly Panasonic Security), a pioneer in professional security solutions for security and public safety, will unveil its latest advancements in edge computing cameras, featuring AI-driven analytics, advanced cybersecurity, and mission-critical reliability. With a focus on adaptability, cybersecurity, and made-in-Japan technology, i-PRO will showcase why it stands behind its cameras with a 7-year warranty—a testament to its long-term reliability and superior engineering. High-zoom AI security cameras Enhancing situational awareness with intelligent zoom, and identifying threats in real timeAttendees can explore i-PRO’s newest High-Zoom Bullet Camera lineup, designed for long-range security with powerful infrared (IR) capabilities and edge-processed AI analytics. These cameras feature automatic zoom functionality that enhances situational awareness. For example, the camera can remain in a wide-angle view until it detects a person or vehicle at a gate or entrance, at which point it instantly zooms in to facilitate positive identification and license plate recognition. Aero PTZ withstands extreme conditions Another highlight is the Aero PTZ Camera, built to withstand category five hurricanes and extreme temperatures. Offering the longest nighttime IR illumination among PTZ cameras and supporting up to three simultaneous AI applications. This rugged device is one of the most advanced AI-powered PTZ cameras on the market today. i-PRO also plans to announce a new line of edge-processing cameras at ISC-West. Commitment to security & reliability "Along with our latest innovative cameras, i-PRO remains committed to cybersecurity, data privacy, and unparalleled reliability,” said Gerard Figols, Chief Product Officer at i-PRO. “Our industry-leading 7-year warranty is a testament to our confidence in our products and why integrators trust us to deliver exceptional business value for every installation." Additional featured security products at ISC West: X-Series Cameras with CV52 SoC – The industry’s first AI On-Site Learning Analytics solution, featuring AI Processing Relay for non-AI cameras and NextGen Ambarella Chipset with Docker Container support. Corner Camera – Designed for correctional facilities, this ultra-durable, shock-resistant camera features advanced tamper detection and an industry-first IK11+ rating. Active Guard 2.0 – A data-driven forensic search and alert platform for rapid threat identification. Version 2 includes new enhancements for data search and visualisation. New integrations with third-party developers bring valuable new metadata directly into the VMS UI for the first time. VideoInsight™ VMS and MonitorCast Access Control – A comprehensive security solution that streamlines operations, reduces costs, and enhances situational awareness in educational institutions. A new update to VideoInsight will be unveiled at ISC-West for the first time. BWC4000 body-worn camera – Features seamless integration with in-car video systems and the Video Insight VMS. Includes a 12-hour field-swappable battery for extended use.

Robots do monotonous workflows and less pleasant, repetitive tasks with brilliance. Combined with image processing, they become “seeing” and reliable supporters of humans. They are used in quality assurance to check components, help with the assembly and positioning of components, detect errors and deviations in production processes and thus increase the efficiency of entire production lines. An automobile manufacturer is taking advantage of this to improve the cycle time of its press lines. Together with the latter, VMT Vision Machine Technic Bildverarbeitungssysteme GmbH from Mannheim developed the robot-based 3D measuring system FrameSense for the fully automatic loading and unloading of containers. Pressed parts are thus safely and precisely inserted into or removed from containers. Four Ensenso 3D cameras from IDS Imaging Development Systems GmbH provide the basic data and thus the platform for process automation. Application The actual workflow that FrameSense is designed to automate is part of many manufacturing operations. A component comes out of a machine-here a press- and runs on a conveyor belt to a container. There it is stacked. As soon as the container is full, it is transported to the next production step, e.g., assembly into a vehicle. All these tasks are now to be taken over by a robot with a vision system-a technological challenge Up to now, employees have been responsible for loading the containers. This actually simple subtask is more complex than one might think at first glance. In addition to the actual insertion process, the first step is to determine the appropriate free space for the part. At the same time, any interfering factors, such as interlocks, must be removed and a general check of the “load box” for any defects must be carried out. All these tasks are now to be taken over by a robot with a vision system-a technological challenge. This is because the containers also come from different manufacturers, are of different types, and thus vary in some cases in their dimensions. Positioning of the components For their fully automatic loading and unloading, the position of several relevant features of the containers must be determined for a so-called multi-vector correction of the robot. The basis is a type, shape and position check of the respective container.  This is the only way to ensure process-reliable and collision-free path guidance of the loading robot. All this has to be integrated into the existing production process. Time delays must be eliminated and the positioning of the components must be accurate to the millimetre. 3D point cloud These point clouds of all four sensors are combined for the subsequent evaluation To counter this, VMT uses four 3D cameras per system. The four sensors each record a part of the entire image field. This can consist of two containers, each measuring approximately 1.5 × 2 × 1.5 metres (D × W × H). Two of the cameras focus on one container.  This results in data from two perspectives each for a higher information quality of the 3D point cloud. These point clouds of all four sensors are combined for the subsequent evaluation. In the process, registrations of relevant features of the container take place in Regions of Interest (ROIs) of the total point cloud. Interference contours  Registration is the exact positioning of a feature using a model in all six degrees of freedom. In other ROIs, interference contours are searched for which could lead to collisions during loading. Finally, the overall picture is compared with a stored reference model. In this way, the containers can be simultaneously checked for their condition and position in a fully automated manner. Even deformed or slanted containers can be processed. All this information is also recorded for use in a quality management system where the condition of all containers can be traced. The calibration as well as the consolidation of the measurement data and their subsequent evaluation are carried out in a separate IPC (industrial computer) with screen visualisation, operating elements and connection to the respective robot control. Image processing solution The entire image processing takes place in the image processing software MSS developed by VMT The main result of the image processing solution is the multi-vector correction. In this way, the robot is adjusted to be able to insert the component at the next possible, suitable deposit position. Secondary results are error messages due to interfering edges or objects in the container that would prevent filling.  Damaged containers that are in a generally poor condition can be detected and sorted out with the help of the data. The entire image processing takes place in the image processing software Multi-Sensor Systems (MSS) developed by VMT. FrameSense is designed to be easy to use and can also be converted to other components directly on site. Robust 3D camera system On the camera side, VMT relies on Ensenso 3D cameras-initially on the X36 model. The current expansion stage of FrameSense is equipped with the Ensenso C variant. The reasons for the change are mainly the better projector performance-thanks to a new projection process-as well as a higher recording speed. In addition, the Ensenso C enables a larger measuring volume. This is an important criterion for FrameSense, because the robot can only reach the containers to be filled up to a certain distance. The specifications of the Ensenso C thus correspond exactly to VMT's requirements, as project manager and technology manager Andreas Redekop explains: "High projector performance and resolution together with fast data processing were our main technical criteria when selecting the camera. The installation in a fixed housing was also an advantage.” Ensenso models Housing of a robust 3D camera system meets the requirements of protection class IP65/67 The Ensenso C addresses current challenges in the automation and robotics industry. Compared to other Ensenso models, it provides both 3D and RGB colour information. Customers thus benefit from even more meaningful image data. The housing of the robust 3D camera system meets the requirements of protection class IP65/67.  It offers a resolution of 5 MP and is available with baselines from current to approx. 455 mm. This means that even large objects can be reliably detected. The camera is quick and easy to use and addresses primarily large-volume applications, e.g., in medical technology, logistics or factory automation. Outlook By automatically loading and unloading containers and the integrated 3D container inspection, manual workstations can be automated with the help of FrameSense. Against the background of the shortage of skilled workers, the system can thus make an important contribution to process automation in the automotive industry, among others. It meets the prevailing challenges of the industry. Ensenso C provides the crucial basis for data generation and exceeds the requirements of many applications. Lukas Neumann from Product Management sees their added value especially here: “The high projector power and large sensor resolutions are particularly advantageous in the field of intralogistics. Here, high-precision components have to be gripped from a great distance with a large measuring volume.” For other stacking or bin-picking applications in classic logistics, he could imagine a similar camera with high projector power but lower resolution and fast recording. So nothing stands in the way of further developments and automation solutions in conjunction with "seeing" robots.

The Public Security Department is the law enforcement agency responsible for maintaining public safety, preventing crime, and upholding the law in the region. Established in 1873, the force has been instrumental in maintaining peace and stability in the area, particularly in counter-insurgency operations.  In addition to its core operations, the department conducts community service activities to bridge the gap between the department and the public. The force works closely with other law enforcement agencies to ensure effective coordination and cooperation. Dedicated to upholding the rule of law and protecting the rights of every citizen, it is committed to building a safe and secure environment in the region. Business scenario The lack of centralised monitoring capabilities at the head of the department's office The department is divided into multiple zones, ranges, and districts, with each district housing several branch offices. However, monitoring these dispersed stations posed a challenge. The lack of centralised monitoring capabilities at the head of the department's office and inadequate infrastructure at the department branches could have helped with real-time updates and efficient communication.  To address this, the department aimed to enhance surveillance infrastructure, enable streaming access to all stations, and establish a centralised monitoring system. These efforts would improve coordination, data management, and security services for the people of the state. Challenges Monitoring challenge: The stations are dispersed across multiple locations Lack of centralised monitoring capabilities at the head of department’s office Inadequate infrastructure at the stations for local data recording Hindered real-time updates and efficient communication across the network Solution A total of 70 cameras were installed with varying focal lengths and capabilities to cover 20 branches in the jurisdiction. Based on their requirement the experts suggested high-resolution 5MP bullet cameras with audio support to capture clearer images and for playback and investigation. The motorised varifocal lens and PTZ cameras can be manoeuvered remotely for better control over the cameras. Motorised varifocal lens and PTZ cameras can be handled remotely for better control To enable the streaming and recording of footage for a longer duration, eight-channel network video recorders (NVRs) with 1 SATA port (each SATA port supports 10TB storage support) were installed across 20 locations. These NVRs were connected to television screens using HDMI cables, enabling the streaming of live footage at local offices. Matrix SATATYA SAMAS For centralised surveillance, all NVRs related to Matrix SATATYA SAMAS use static public IP. The video management system was connected to the desktop for monitoring purposes and provided Matrix SATATYA VISION 24×7 surveillance on the go.  The Matrix team also provided training to the officials on how to use the video surveillance infrastructure effectively. They were taught to leverage the system's full potential, including best practices for monitoring, managing, and analysing data captured by the system. Products offered SATATYA CIBR50FL40CWP: 15 Nos. 5 MP Project Series IR Bullet Camera with 4 mm Fixed Lens and Audio Support SATATYACIBR50MVL12CWP: 40 Nos. 5 MP Project Series IR Bullet Camera with Motorised Varifocal Lens and Audio Support SATATYA PZCR20ML25CWP: 10 Nos. 2 MP Pan-Tilt-Zoom Camera with 25× Optical Zoom and Audio Support Matrix SATATYA NVR0801X: 20 Nos. Eight-channel NVR with 1SATA Port Support Matrix SATATYA SAMAS Video Management System with 70IP Camera Licences and three Concurrent User Licences Benefits Matrix's video surveillance solution has empowered the department with real-time updates. The robust infrastructure enables centralised monitoring, enhancing public safety and quick response to incidents. Matrix's expertise and technical capabilities have significantly contributed to maintaining law and order in the region.

Overview The largest city in the United Arab Emirates, is the epitome of a city where progress meets tradition. Since the inauguration of the 21st century, the city has rapidly grown, with iconic landmarks and business centres populating it. Known befittingly as the Global City, it is the most populous Emirate, and is home to 35,32,000 people as of 2022. As a part of the city’s metamorphosis into one of the prime international destinations, the visionary leaders of the city have developed a progressive transit system with a well-maintained roadway framework, ensuring seamless connectivity within the city’s perimeters. A significant part of ensuring a hassle-free commute in the city is the installation of an RFID-based electronic toll road system, enabling a continuous flow of traffic through toll gates. The challenge Government body had equipped the gantries with a network of cameras with the vision to surveil  While the city has a top-notch public transit system, whose efficiency has been magnified with the automated toll system installed at the gantries, the government body of the city is cognizant of the fact that the security of the citizens is paramount.  To complement its modern toll system, the city needed a surveillance system to ensure safety. Considering this, almost a decade earlier, the government body had equipped the gantries with a network of cameras with the vision to surveil the traffic conditions and vehicle movement in the area.  Video surveillance solution However, the existing surveillance solution, with its limited surveillance and low-resolution video feeds, fell short of the city’s requirements. The inadequate data storage capacity further augmented the issue, often causing slow investigations of critical scenarios. As a result, the city decided to undertake a major security upgrade by demanding a video surveillance solution that is resilient, scalable, and has proven expertise in monitoring the traffic of urban landscapes.  Further, with the rapid increase in traffic density, it became pertinent for the city to deploy a surveillance solution that empowers operators located across the city to be able to not only access surveillance data round the clock but also provide them a framework to communicate and collaborate interdepartmentally, adding another layer of security to the schema. The solution Videonetics and Vantage Security collaborated to design an intelligent and surveillance solution In an effort to enhance security measures at toll gantries, decision-makers recognised the opportunity to upgrade the surveillance solution. They sought a system that would not only enable effective communication but also proactively monitor traffic across toll gantries.  The industry’s pioneering brands, Videonetics and Vantage Security collaborated to design an intelligent and scalable surveillance solution to keep watchful eyes at toll gantries. The technology partnership between these companies resulted in a bespoke and modular AI-powered unified solution that encompassed an intelligent video management system (VMS) and ultra-high-definition network cameras. Key points of solution   Advanced Surveillance Solution for Toll Gantries: The city’s government transport officials required an intelligent surveillance solution that could adapt to future needs and accommodate the city's growing number of vehicles. They prioritised an open platform that could support additional capabilities and applications over time. After a rigorous evaluation process, Videonetics and Vantage Security were chosen for the project. Sixteen toll gantries in the city are equipped with Vantage Ultra high-definition cameras, managed by Videonetics IVMS 3.0. This integrated solution provides 24/7 monitoring through a user-friendly interface and ensures easy accessibility to video data for operators and senior authorities. Enhanced Traffic Monitoring and Incident Recording: The implemented solution empowers control centre operators to monitor traffic activity, maintain traffic flow, and capture any adverse events occurring at toll gantries. The adaptive interface allows dynamic monitoring with swift navigation through the system using a map-based interface. Operators can simultaneously view live and recorded videos on a single display panel, ensuring no critical event is missed and investigations are expedited. The platform's data recovery framework with failover and redundancy features ensures uninterrupted access to critical information, even during unforeseen calamities. Streamlined Collaboration and Rapid Investigations: The unified surveillance solution offers significant advantages in investigations, streamlining the process and accelerating outcomes. Previously, investigators had to sift through extensive video data in separate systems to identify relevant information and suspects. With the platform's unified view, investigators can expedite their work by easily accessing all required data in one place. Additionally, the built-in chat engine facilitates seamless communication among active operators, allowing them to share camera views, events, and screen layouts. This feature enables effective collaboration and enhances the speed and efficiency of investigations. By implementing this advanced surveillance solution, the city’s toll gantries have significantly improved security measures while ensuring scalability and adaptability for future needs. The collaborative efforts of Videonetics and Vantage Security have resulted in an integrated system that enhances traffic monitoring, incident recording, and investigative capabilities, setting a new standard for toll gantry surveillance. The impact This case study examines the remarkable outcomes achieved through this technology The implementation of Videonetics and Vantage Security's unified solution has had a transformative impact on traffic monitoring at toll gantries. This case study examines the remarkable outcomes achieved through this technology, including real-time information for authorities, enhanced security levels, expedited investigations, improved response efficiency, and a more secure and efficient driving experience for residents and commuters. "Partnering with Videonetics to develop a unified solution for the city has been an enlightening and rich experience. With their dedication to continuous innovation and improvement, they have curated an Intelligent Video Management Solution, that, in combination with our powerful cameras, is primed to transform traffic management and surveillance in the one of the wealthiest cities of UAE," Prateek Verma, Sales Director-MEA Region, Vantage Integrated Security Solutions. Key points of impact Real-Time Traffic Monitoring and Enhanced Security: The unified solution provides authorities with real-time information on the traffic situation near toll gantries, enabling easy monitoring and management. By leveraging ultra-HD cameras with wider coverage and sharp details, the overall security level of toll gantries has significantly improved. Round-the-clock monitoring ensures prompt detection and response to potential security threats or incidents. The solution empowers authorities to take proactive measures and ensures a safer environment for all road users. Expedited Investigations and Improved Response Efficiency: The implementation of the unified solution has expedited investigations into incidents, leading to heightened situational awareness and improved response efficiency. Investigators can now access a unified view of all video data, eliminating the need to retrieve information from separate systems. This streamlined process enables quicker analysis of incidents, allowing authorities to take necessary actions promptly. The solution enhances the accuracy and efficiency of investigations, resulting in improved safety and security outcomes. Secure and Efficient Driving Experience: With live visualisation capabilities, operators can identify potential threats or emergencies and respond promptly. The advanced surveillance technology provides a more secure and efficient driving experience for residents and commuters. The presence of the unified solution reassures road users that their safety is prioritised, instilling confidence in the overall transportation infrastructure. The solution's capabilities contribute to smoother traffic flow, reducing congestion, and enhancing the overall driving experience. Future-proof Investment through Flexibility and Scalability: The open and modular architecture of the solution enables seamless integration of additional sub-systems and applications, making traffic management even more robust. Its flexibility and scalability ensure that the surveillance system can adapt to future requirements and technological advancements, making it a future-proof investment for the authorities. The solution can evolve alongside the city's growth and changing traffic patterns, providing long-term value and sustainability. The implementation of the unified surveillance solution has revolutionised traffic monitoring at toll gantries of the city. The outcomes include real-time information for authorities, enhanced security levels, expedited investigations, improved response efficiency, and an overall secure and efficient driving experience. With its future-proof design, the solution ensures that the city’s toll gantries are equipped with advanced technology to meet evolving needs and ensure the safety of road users.

ZeroEyes, the creators of the only AI-based gun detection video analytics platform that holds the full U.S. Department of Homeland Security SAFETY Act Designation. Announced that its proactive gun detection and intelligent situational awareness solution has been deployed by Carbon Cliff-Barstow School District (CCBSD) in Rock Island County, Illinois.  Strengthening security with AI The ZeroEyes Gun Violence Research Centre has already analysed 34 gun-related eventsThe AI technology will be implemented at the district’s Pre-K through 8th grade school to enhance security and reduce response times in the event of a gun-related threat. The ZeroEyes Gun Violence Research Centre has already analysed 34 gun-related events at Illinois K-12 school districts this year alone. Recognising the ongoing threat of gun-related violence, the district is taking an important step by integrating ZeroEyes’ AI gun detection system to further bolster its security measures and protect against potential threats. Commitment to campus safety CCBSD maintains a comprehensive, multi-layered security programme in partnership with the Rock Island County Sheriff's Department to ensure the safety of students and staff. Alongside the district’s school resource officer, CCBSD has invested in a third-party monitored alarm system and recently upgraded its camera infrastructure. An on-site behavioural interventionist is also employed to build strong relationships with students and families.  Strengthening security “We take great pride in ensuring the safety and success of all students and staff members at our school,” said Eric Lawson, Superintendent of CCBSD. “By incorporating ZeroEyes, we’re adding another important layer of safety to our campus, and we’re confident that this proactive approach will help us promote a safe learning environment.” Smart solutions with ZeroEyes CCBSD serves 240 students from diverse backgrounds in an urban area of northwest Illinois CCBSD serves 240 students from diverse backgrounds in an urban area of northwest Illinois, part of the Quad Cities region.  The district’s mission is to prepare students to be academically successful and career-ready, foster a love for learning, and help students reach their full potential as confident, lifelong learners. The district’s 40 staff members are dedicated to ensuring the safety and educational success of every student.  ZeroEyes' AI gun detection and intelligent situational awareness software layers onto CCBSD’s existing digital security cameras. If a gun is identified, images are instantly shared with the ZeroEyes Operations Centre (ZOC. Protecting with precision The industry's only U.S.-based, fully in-house operation centre, which is staffed 24/7/365 by military and law enforcement veterans. If these experts determine that the threat is valid, they dispatch alerts and actionable intelligence — including visual description, gun type, and last known location — to first responders and local staff as quickly as 3 to 5 seconds from detection. Innovating school security “The safety of students and staff is a priority for Carbon Cliff-Barstow, and we are honored to play a role in supporting that mission," said Mike Lahiff, CEO and co-founder of ZeroEyes. “Our AI gun detection system will provide the district with the actionable intelligence needed to mitigate potential threats, helping to ensure a safer environment for students and staff."

Battery Energy Storage Systems (BESS) are essential for storing renewable energy and ensuring grid stability. However, their implementation comes with inherent risks, particularly related to lithium-ion battery fires. BESS fires can start from thermal runaway, where one cell failure can trigger a cascade of overheating, leading to fires that are difficult to extinguish and can last for hours or even days. Should a fire breakout, hazardous gases would release from the batteries, posing health risks to nearby communities and causing environmental damage through soil and water contamination. Traditional detection methods BESS fires have the potential for huge disruptions to locals via property damage and even evacuations In severe cases, BESS fires have the potential for huge disruptions to locals through property damage and even evacuations. Traditional detection methods such as flame detectors often fail in the early stages of a BESS fire due to their reliance on visible flames or smoke, which might not be immediately present. Where flame detectors fall short, thermal imaging cameras can significantly improve protection and prevent fires before they ever reach combustion. Advantages of thermal cameras for BESS Thermal cameras detect the heat signature from the onset of thermal runaway long before visible flames or smoke appear, allowing for preemptive action to mitigate risks. While flame detectors react to events that have already happened, a fixed thermal camera such as the FLIR A700F Advance Smart Sensor provides 24/7 surveillance by continuously monitoring for temperature anomalies that could indicate an impending fire, thus enabling early intervention. FLIR cameras are designed for easy integration into broader safety and control systems, allowing for automated responses such as activating suppression systems that enhance response times and efficiency. Comparison with other detection methods FLIR thermal imaging cameras can detect heat in low light and see the start of embers as they heat up While flame detectors are designed to detect visible fire, they may miss smouldering or hidden fires—meaning an alert may not be tripped until the fire has escalated to a dangerous level. FLIR thermal imaging cameras can detect heat in low light and see the beginnings of embers as they heat up surrounding materials, even when there's no visible sign of fire.  This early detection can prevent escalation or at least minimise damage by providing critical time for action before fires get out of control. Another advantage of thermal cameras is their ability to monitor large areas or multiple battery racks simultaneously, providing comprehensive coverage which is often challenging for point-specific flame detectors. Conclusion Incorporating FLIR thermal monitoring into BESS installations not only addresses the critical safety concerns associated with battery fires but also offers a proactive, reliable, and technologically advanced solution. By choosing a FLIR fixed thermal solution, they ensure that the energy storage systems are safeguarded with the industry's pioneering thermal imaging technology, protecting both the investment and the community from the devastating effects of BESS fires.

LATINA Construction and Drilling needs to maximise staff safety and site security on the La Santa Maria oil drilling platform in the Gulf of Mexico. To achieve this, they have implemented a Hikvision solution featuring explosion-proof cameras equipped with deep learning algorithms for perimeter protection and fire detection. This system provides real-time alerts to the security team for swift incident response. Challenge: Maximising security and safety High value of hydrocarbon products makes perimeter security crucial for safeguarding staff and assets Oil and gas sites face unique security and health and safety challenges. The extraction, refining, and transport of hydrocarbons present significant fire and explosion risks that require all equipment and installations to operate at safe working temperatures. Additionally, the high value of hydrocarbon products makes perimeter security crucial for safeguarding staff and assets. These are some of the well-known challenges facing Constructora y Perforadora LATINA (LATINA Construction and Drilling), a major geothermal drilling company in Latin America with more than 60 years of experience. ‘La Santa Maria’ drilling platform The organisation is responsible for operating the ‘La Santa Maria’ drilling platform in the Gulf of Mexico, while also ensuring protection of the local maritime environment and wildlife based on responsible operations. The platform, built in 2013, is relatively close to land, making it more vulnerable to security breaches and property damage from trespassers. To address these risks, and to ensure that environmental risks are mitigated, the platform needed a new, improved, security solution. 24x7 perimeter security This needed to provide 24x7 perimeter security, excellent fire prevention capabilities, and the ability to minimise health and safety risks for employees. In addition, the system needed to be highly corrosion-resistant to withstand the harsh maritime environment, where the platform is located. Solution: Hikvision explosion-proof thermal imaging cameras with on-board deep learning for fire detection and perimeter security To overcome these challenges, LATINA Construction and Drilling, in collaboration with the renowned System Integrator - STC Global System, has deployed a Hikvision solution, which incorporates Thermal & Optical Bi-spectrum Network Bullet Cameras (DS-2TD2637-35/P) and Explosion-Proof Thermographic Network Bullet Cameras (DS-2TD2466T-25X). Hikvision explosion-proof thermal imaging cameras The explosion-proof cameras are housed in 316L stainless-steel casings The explosion-proof cameras are housed in 316L stainless-steel casings, preventing sparks or heat from coming into contact with potentially flammable fumes. The casings meet the NEMA-4X anti-corrosion standard, ensuring durability in the salty sea environment. The cameras’ thermal imaging capabilities, along with the sensitive fire-detection algorithm, ensure that any overheating equipment is reported immediately, even in low-visibility conditions such as fog and rain. Cameras feature powerful analytics functions Both Hikvision camera models use an on-board deep learning algorithm to provide powerful analytics functions. This means the cameras can generate alerts immediately for certain types of incidents, including perimeter invasions (line crossing) and entry of unauthorised people. The algorithm also distinguishes false alarms caused by moving objects like seabirds, high waves or storms from genuine threats, such as people invading the platform perimeter. This helps to minimise false alarms. The cameras also feature light and strobe alarms to alert intruders, deterring them from further actions. Benefits: Increased staff health and safety, optimised operational efficiency, and durable performance Enclosed in heavy-duty casings, the Hikvision explosion-proof cameras help to maximise staff health and safety by ensuring that the risk of camera-related sparks and resulting fires and explosions is minimised. Additionally, the cameras' thermal imaging helps the platform respond quickly to temperature increases or fires, ensuring the safety of personnel and assets, while adhering to environmental regulations. False alarm reduction deep learning algorithm The company can mitigate security risks associated with the platform’s location close to land The false alarm reduction deep learning algorithm ensures that members of the security team can focus 100% of their effort on genuine security threats, speeding up responses, saving time, and increasing operating efficiency and performance. With automated alerts for security incidents, such as ‘line crossing’, the company can mitigate security risks associated with the platform’s location close to land and ensure the safety of everyone working on the platform. Corrosion-resistant cameras offer chemical resistance Finally, but equally importantly, the corrosion-resistant cameras offer exceptional chemical resistance and durability, making them well-suited to withstand the harsh maritime conditions of the Gulf of Mexico. This reliability ensures that LATINA Construction and Drilling continues to benefit from the system for years, despite constant exposure to saltwater. Additionally, the reduced need for repairs and maintenance results in significant cost savings.