Well, let’s talk about this – safe for IoT is the quantum secure encryption technology for the Internet of Things. This is a relatively new and extremely important area in the current trend of technological development. Speaking of the Internet of Things, there are now all over the world – various sensors in smart homes and the linkage of many devices in industry. This Internet of Things is related to life and the development of various industries.
But in fact, there is an obvious problem here – data security. Everyone knows that during the operation of the Internet of Things, a large amount of data is constantly flowing, such as authentication information and device control instructions. Ordinary encryption methods are becoming increasingly fragile nowadays, with more and more risks exposed. At this time, quantum security encryption will appear and make its debut. It is different from the traditional encryption we have seen in the past. It uses some specific attribute characteristics of quantum, such as the elusive and wonderful thing that cannot be cloned or the state cannot be measured at the same time. Once this feature is applied to us, you can see that it provides more reliable and stable encryption guarantee.
Let’s talk about it carefully in several aspects below. First of all, this is safety performance. Compared with the old encryption technology, quantum secure encryption has a very high attack resistance. No matter what traditional password cracking methods, brute force cracking, or illegal key theft, it is useless in the face of quantum security encryption. There is nothing we can do with it. For our IoT-related applications, once we use this product, the data interaction between vehicles in our intelligent transportation will be particularly powerful. In the security of equipment monitoring data in the medical IoT field, the data will be more appropriate and cannot be stolen and changed.
Furthermore, in terms of implementation difficulty. Although it is a powerful and fresh technology technology, many more reliable and down-to-earth technology companies are working hard and devoted to research and implementation. Hardware developers are also thinking about how to integrate technologies that can support quantum secure encryption into the product faster, better and more match. Software service providers are thinking about writing some programs or things that have good compatibility and can implement this technology smoothly; here you might as well consider providing global procurement services for weak current intelligent products! We can provide multiple options for hardware devices, so that when implementing quantum secure encryption, there are better and more optional devices, and it may be more secure to connect.
Then compatibility. Quantum security encryption is not an innovative and unique technology that does not care about other things around it. In their planning, design, research and development, they fully consider that they must be compatible with the Internet of Things frameworks on the market that have long been in large quantities and have been using, and the equipment system is as good as possible and higher-level. Even if your enterprise factory has deployed many traditional applications and devices, when you want to upgrade and use this encryption in the future, you don’t have to push it all to rebuild it. You can spend a small amount of money at low cost and do not destroy the original system as much as possible for smooth transitions.
I still have some questions about this quantum security encryption.
1. What are the comparisons for price concerns? In fact, although it is a new technology now, with the popularization of technology in batches and scale, investment in this area will naturally decrease with mass production. Compared with the unestimated losses caused to enterprises and individuals by data leakage, it is particularly cost-effective and reasonable to calculate this investment in security from a long-term perspective.
2. What level of security is reliable? Currently, it has been found from multiple researches that based on the basic nature of quantum physics, it basically eliminates cracking and leaking, and at least it is foreseeable in the future to ensure that our information security is safe for a certain period of time.
3. What should be done for update maintenance? On the one hand, software programs and models are regularly upgraded, but manufacturers generally provide specific and precise guidance; the hardware is not too complicated and does not require much labor and changes, and can provide guarantee service and maintenance for a long time.
In my personal opinion, quantum secure encryption for the Internet of Things has become an inevitable trend. Whether it is from the perspective of user data security or the company's own business interests. More and more evidence cases tell us that we should use it and further improve the technology and improve Quantum-safe encryption for IoT, so that we can not be pursuing the original intention of pursuing this technological trend! We can't be watching those risks and things that are desperate! We must embrace new technologies to ensure our own safe development in this Internet of Things industry.
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