Axis: Improving Hazardous Environments with Surveillance

axis-featured-image Improving Hazardous min

When dangerous environments are a part of your organization, safety and security must be one of your main priorities. Typically in these settings, there’ll be few to no employees frequently on the ground, thus it’s of predominant importance that there’s a way to observe what’s occurring on-site, from monitoring the performance of equipment to making sure remote employees like repair personnel are adhering to strict safety protocol.


It’s not possible to have human eyes all over and particularly in remote, massive dangerous environments, organizations need assistance from technology. Because technology needs to be maintained in order to work at the best efficiency, once looking at the surveillance needs of sectors that have dangerous environments as a part of their business, it’s vital to think about balancing innovation with functionality and therefore the ‘hardiness’ of the technology to be stationed within the area. Often times there’ll be harsh weather, vibrations, and the risk of explosions that might affect both the quality of the video created, yet as take physical control of surveillance units.


In addition to the environmental factors that might impact a closed-circuit television, the character of loads of risky environments – remote, non-public are typically filled with valuable and/or risky assets – implies that they’re often targeted by criminals with intentions starting from mischievousness and larceny during terrorist interference that might cause extreme disruption to communities and even fatalities. So a comprehensive security setup is required.

Digital eyes

The new technologies that are providing advanced solutions to surveillance in dangerous environments are mostly being driven by many trends: AI (AI), machine learning (ML), connectivity and Internet of Things (IoT); advanced cybersecurity, and video analytics. With the good use of those technological techniques, video surveillance becomes the digital eyes overseeing the facilities. The insight into the state of a site will mean the distinction between life and death just in case of emergencies, particularly in those dangerous areas where people’s safety is always at risk.


Due to the importance of having the ability to rely on these devices being able to visualize and measure what’s on-site, it’s paramount that every one of the components are protected and future-proofed so it will work effectively.


If the camera isn’t optimized to perform at its best, then the control room will virtually lose sight of what’s happening on the crucial and dangerous site, probably putting workers, assets, and also the surrounding communities in danger.


High-quality video solutions combined with protective enclosures are one example of how crucial sites are being protected. For instance, IP cameras are offered with industrial enclosures, classified according to different systems, like Class/Division and Zone systems, to be used in dangerous areas where combustible material (liquids, gas, vapor, or dust) may be present. also, the enclosures make them extremely resistant to aggressive water jets, dirt, and vandalism, which is very necessary for safeguarding crucial infrastructure facilities.


Another way in which video surveillance is being employed in unsafe situations is to stick to strict hazardous-industry-specific laws. within the oil and gas sector, for instance, video coverage is more and more being used alongside different sensors to make sure everything is running smoothly and there’s a tight protocol that has got to be met so that they need to guarantee their surveillance equipment meets sector-specific certifications. Producing facilities, like food process plants, are also addressing training and environmental health (HSE) compliance with video surveillance solutions to prevent incidents, such as food recalls. Thus camera manufacturers ought to work with totally different sectors that operate in unsafe environments to develop products that not only aid security but conjointly provide functions optimized to fulfill niche industry needs.


Furthermore, increased protecting enclosure is enabling technologies that were antecedently too fragile, troublesome to take care of or unreliable to be used in these sites, like the strategic placement of wide surveillance cameras.

Increasing the use of video in new markets and applications.

With everything becoming more digitalized, the surveillance solutions chosen must be scalable and ready to adapt to new needs. By using open platforms, it’s simple to integrate third-party analytics to fulfill the individual needs of every environment and for system integrators to change and regulate the camera, as well as guarantee it’s properly maintained to avoid cybersecurity risks.


Taking this a step further, the power to support AI functionality is becoming increasingly important to all markets however particularly in dangerous environments wherever machines are more likely to be “on the ground” than people, there must be an objective, reliable approach for any problems to be swiftly identified and resolved before an accident or malfunction happens.

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