Entering 2022, the world continues to endure the pandemic. But the security industry has, no doubt, continued to shift, adapt, and develop in spite of things. Several trends have even accelerated. Beyond traditional “physical security,” a host of frontiers like AI, cloud computing, IoT, and cybersecurity are being rapidly pioneered by entities big and small in our industry.
By all appearances, the security industry is in a stage of redefining itself. It is moving from mere security and safety protections to encompass a wider scope of activity that will expand safety while also bringing new levels of intelligence and sustainability to communities, companies and societies.
Here, Hikvision would like to share some of our ideas and expectations about key trends that will likely affect the security industry in 2022 and perhaps even further into the future.
Nowadays, Artificial Intelligence is quite common in the security industry. More customers in the industry have recognised the value of AI, and have found new uses for AI applications in various scenarios. Along with ANPR, automated event alerts, and false alarm reduction, AI technologies are being used for wider applications, like personal protective equipment (PPE) detection, fall detection for the elderly, mine surface detection, and much more. Meanwhile, we also have seen more collaboration across the industry, with security manufacturers opening their hardware products to third-party AI applications, and launching open platforms for customers to create and train their own AI algorithms to meet customised needs.
AI has been one of the fundamental technologies to reshape the security industry. Benefiting from the optimisation of algorithms, as well as the improved computing performance and the decreased cost of chips due to the advancement of semiconductor technology in recent years, AI applications are gradually forming the basic functions and capabilities accepted by all sectors in the industry, and we predict an even stronger tendency to assert that “AI will be everywhere.”
With more security cameras and other security devices being connected to the network, the security industry is becoming an important part of an IoT world, enriching its visual capabilities. It’s apparent that the boundaries of the security industry are blurring, going well beyond the physical security arena. Meanwhile the popularisation of AI technology enables the connected devices to become intelligent “things” in the IoT world. The combination of AI and IoT, or as we call it, AIoT, is taking the security industry to a higher plain, automating the workflows and procedures of enterprises and aiding in the digital transformation of various industry verticals such as energy, logistics, manufacturing, retail, education, healthcare, etc.
From our perspective, AIoT brings more possibilities to the industry with rapidly expanding applications for security devices and systems. Meanwhile, more perception capabilities like radar, Lidar, temperature measuring, humidity sensing, and gas leak detection are being added to security devices and systems to make them more powerful. These new devices shoulder a multiplicity of tasks that just a few years ago required several different devices, covering both security functions and other intelligent functions for an ever-advancing world.
Workers throughout private enterprises and public service sectors alike would jump at the chance to get rid of obstructive “data silos.” Data and information scattered and isolated in disparate systems or groups creates barriers to information sharing and collaboration, preventing managers from getting a holistic view of their operations. Here, the convergence of various information systems has been proven to be an effective approach – hopefully enough to break down those silos.
It’s clear – the trend in the security industry has been to make efforts to converge systems wherever possible, including video, access control, alarms, fire prevention, and emergency management, to name a few. Further, more non-security systems, like human resources, finance, inventory, and logistics systems are also converging onto unified management platforms to increase collaboration and to support management in better decision-making based on more comprehensive data and analytics.
Like AI, the cloud is not a new trend in our industry, but it is an expanding one. From small business markets to enterprise levels, we can see the momentum push more and more businesses to leverage cloud-based security solutions and services. And as we are witnessing even now, the pandemic has accelerated the movement to cloud-based operations for people and businesses around the world.
All businesses want platforms or services that offer simplicity, with as few assets to manage as possible, and a setup that’s as simple as possible. This is precisely where the cloud delivers. With a cloud-hosting infrastructure, there is no need for a local server or software. Users can conveniently check the status of their assets and businesses in real time, receive security events and alarms quickly, and accomplish emergency responses simply using a mobile app. For security business operators, the cloud enables them to remotely help their clients configure devices, fix bugs, maintain and upgrade security systems, and provide better value-added services.
It is always vital for video security cameras to maintain image clarity and capture details 24 hours a day, in any weather and under any condition. Cameras with low light imaging technology that renders high-definition and full-color images at night and in nearly completely dark environments have been very welcome in the market. We are seeing the impressive technology applied to more camera models, including 4K, varifocal and PTZ cameras. Moreover, for clearer video security imaging in poor visibility – especially in severe weather – high-performance imaging sensors, ISP technology, and AI algorithms are being employed, enabling cameras to maintain clarity and details of view.
Speaking of imaging technology, the trend toward incorporating multiple lenses in new cameras cannot be ignored. Single-lens cameras are limited in their ability to get more details at greater distances and get the whole picture in large-scale places. They do only one or the other. But by employing two or more imaging lenses in one camera, multi-lens cameras can simultaneously deliver both panoramas and detailed, zoomed-in views of the same large site. Applications including airports, harbors, transit stations, parking lots, stadiums and squares will see these multi-lens cameras as a boon on every level.
In the past decades, authorised access control has moved a long way away from keys, pin codes and ID cards. We now find ourselves stepping into the era of biometrics. The access control market is rapidly becoming occupied by biometric authentications, from fingerprint and palmprint recognition to facial and iris recognition.
Biometric access controls bring inherent advantages, like higher security and efficiency with reduced counterfeiting. They verify within seconds – or fractions of seconds – and prevent unnecessary physical contact. Iris, palmprint, and facial recognition offer touchless access control, a hygienic practice more and more favored as a result of the pandemic.
With more security devices connecting over the Internet than anyone ever imagined, cybersecurity has become an immense challenge in the industry. Stricter data security and privacy protection regulations have recently been introduced in the world’s key markets, like the EU’s GDPR and the Data Security Law in China, placing higher demands on cybersecurity. And in 2021, several landmark ransomware attacks on a variety of enterprises convinced us in no uncertain terms that companies in every industry must reinforce their network security architecture and strengthen their online protections.
So how do we address growing cybersecurity concerns? Though the concept actually developed in 2010, the term “Zero Trust” has become a hot word just in recent years. A strategic initiative that developed to prevent data breaches by eliminating the concept of trust from an organisation’s network architecture, Zero Trust is rooted in a philosophy of “never trust, always verify.” The concept has been roundly accepted within the IT industry and it is now also slowly but steadily moving into the physical security realm, as it gradually becomes an important part of the IoT world.
The consensus is in low-carbon initiatives are valued by societies around the world. In the security market, we have seen products featuring low-power-consumption become the preferred options for customers, and demands for solar-powered cameras are increasing.
Meanwhile, local laws, regulations and policies that restrict carbon emission standards for manufacturing enterprises are pushing industries toward adopting more environmentally conscious practices in their daily operations and production, which includes using more environment-friendly materials and adopting multiple energy-efficient designs in product manufacturing processes. We are delighted to see that more security industry manufacturers are exploring “green” manufacturing, and are committed to lowering their carbon output. Though it will take time, the movement has begun. We expect to see significant strides in this area in 2022.
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