The seven key points of security in the IoT era

If you live in different hemispheres around the world, you may need to turn on the heating or wear short-sleeved tops and sunglasses. At this time, it is also looking forward to 2017, thinking about the challenges we are about to face.

From a global perspective, the world as a whole will experience turbulent changes, including conflicts, political uncertainty, a continuing refugee crisis, and a slightly fragile economic recovery since the recent economic downturn. At the same time, technology development continues, high-speed networks, big data and deep learning have passed the initial stage, not just marketing hot words, but now can be applied to new security upgrades.

Similarly, we expect the “Internet of Things” (IoT) to be no longer a strange technology, but more integrated into our daily lives. However, this means that the manufacturer of the network device must enforce the default security level of the shipped product and assume greater responsibility. All of the above factors may increase the need for increased security, including physical and online security.

As many other technologies mature, it is expected that customers will no longer see physical security as a set of hardware and software connected to the network. Instead, we believe that customers will begin to see security as a service—remote professional hosting and monitoring of images transmitted from the customer's location. Customers can build their own, and can be carried out by experts in the field, which not only eliminates the burden of managing complex systems, but also reduces the cost of maintaining system updates and security. This not only frees up internal resources to focus on other areas, but also improves the service level of the security system, provides better device management, and enforces network security procedures. In terms of cybersecurity topics, we believe that tools and practical applications that avoid attacks on network images will become more popular. In general, the wider use of pre-installation and post-installation tools (such as AXIS Site Designer) will help to continuously monitor and maintain the system.

The security surveillance industry will continue to provide a more specific solution to specific problems rather than adopting one-of-a-kind hardware/software. After all, customers don't just buy a camera or video management system (VMS)—they actually want to reduce the chances, or ensure that only certain people can get in and out of the cash-strapped office or track potential threats inside the airport. Although technology companies often use the term "soluTIon", it is the most appropriate term here. Bringing together hardware and software, as well as the pre-installation and post-installation tools mentioned above, into an end-to-end solution will handle specific security issues. These solutions will include high-performance cameras, storage and access control, and are closely integrated with image management and analysis tools. This approach will make it easier for customers to buy, install and execute, while at the same time making their investments more profitable.

Although high-quality image recording is a core function of modern security surveillance cameras, it is ultimately necessary to evaluate and analyze the information in order to respond to the content of the film. Recent advances in camera technology, such as thermal imaging and enhanced low light source capabilities, are significant advances. But these technologies ultimately only produce more movie records that need to be viewed/reviewed. Therefore, as many tools have been developed to screen a large amount of numerical/text data generated every day, the security surveillance industry has continued to work hard to develop real-time image analysis software to assist professionals in making decisions with sufficient information. 2017 is expected to be a year of combining these new camera features, real-time analysis and handling of many security challenges, including face recognition, forensic analysis and perimeter protection.

In the case of all the data, we believe that deep learning technology is about to leap to the stage. These technologies use "mode" recognition software to "learn" the different types of behavior seen by multiple security surveillance cameras installed around the world. Technologies involving deep learning and artificial intelligence will be more widely used in the security surveillance industry. The benefit is that although the customers are different, the environment and location in which they are located can often be categorized into the same general category, and the people will exhibit the same general behavior. After "learning" these behaviors, you can share the hidden patterns at the bottom, allowing the system to warn of unusual events. We think this is just the beginning, and it is a very interesting and exciting area.

However, we know that physical security involves not only the monitoring of people/locations/objects, but also physical access control, one-way and two-way communication, and managing emergencies – and usually managed from considerable distances. Therefore, to further extend the concept of integration, 2017 should be a year of close integration of security surveillance cameras with smart access control, walkie-talkies and loudspeakers (whether local or remote). This means that all of the above device functions can be managed in real time with a simple system, allowing customers to see and hear and talk to people in/near buildings.

As mentioned earlier, the “Internet of Things” has evolved from a popular term to a mainstream reality, but it still faces challenges. At the beginning we thought that millions of IP devices would be an exciting future, but in 2016 we gave us some warnings as to whether we can properly protect the security of all Internet-connected refrigerators, digital video recorders and security surveillance cameras. Since most of the above devices are only enabled by the customer plugging in, it is the responsibility of the manufacturer to ensure that these products are sufficiently safe to leave the factory. Axis believes that 2017 will be a year in which all manufacturers consider safety programs a priority. We will continue to strengthen our existing range of products and make it easier for our customers to maintain network and equipment security.

The Internet of Things should be a "smart" camera with access to the Internet, access control stations and audio equipment to make organizations and cities safer and provide more efficient services. 2017 will add more “wisdom” to these devices, while allowing customers to focus on what they are best at, and let security experts improve the services they provide.

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