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From Chip to Cloud Internet of Things: A Decisive Step towards Web 3.0

time :2022-12-02 author : from: scanning : classify :公司新闻
The transition to Web 3.0 will continue from here. Over time, chip to cloud may be added and combined with other Web 3.0 technologies (such as blockchain) to further enhance its usability and security robustness. It will be interesting to see how real value creators in the world use these powerful new tools.

Most IoT products are not safe in design. In fact, they are the main reason for the recent surge in cybercrime. A report shows that 2.9 billion network incidents occurred in the first half of 2019. The researchers especially pointed out that the proliferation of the Internet of Things (IoT) and Windows SMB are the main reasons. The decentralized technology from chips to the cloud Internet of Things may be the answer to these questions.


The Internet of Things has brought almost countless opportunities for improvement at the consumer and business technology levels. Personal use includes smart home and smart car. The Internet of Things provides supervision for many network physical systems in the industrial environment, and promotes data mobility in an unprecedented way.


The rampant network security issues surrounding the Internet of Things have led some technical experts to call for different types of architectures. Chip to cloud IoT seems to be a promising way to build a more secure, useful and decentralized technology for everyone.


What is the problem with the security of the current Internet of Things?


By 2030, there may be 50 billion networked devices in the world, including smart phones, personal computers, sensors, and embedded logic controllers in the fleet of vehicles and machines in the industrial world. Each of these devices is an Internet node, and any of them may be a weak link in the network security chain.


The current method of building IoT devices is fundamentally unsafe for several reasons:


IoT devices usually lack the processing capacity to run onboard security tools. Users of IoT devices are often unable to change the factory default password, which is easy for hackers to guess. The Internet of Things is a relatively immature technology. It is easy for inexperienced users to misconfigure the network and settings.


Despite limited computing power, Internet of Things devices can still infect malware. While networked machines and devices have all the potential to improve enterprise planning and maintenance responsiveness, they can provide an unattended back door to facility intranets and enterprise networks. This is especially true if they are not built and deployed correctly, which is why IT experts often subdivide networks to isolate and hide IoT devices from other business or visitor traffic in the organization.


However, this still does not solve the fundamental flaw of the Internet of Things. People need to rethink how chips in IoT products communicate with the Internet and with each other, so as to bring more powerful IoT security.


Chip to cloud is a decentralized Internet of Things


The chip to cloud architecture provides a way to create a secure, low-power device network that is directly connected to the Internet of Things cloud platform. Organizations everywhere find that they must move to the cloud first technology stack, but so far, the collective effort to build such infrastructure is wasteful, inefficient and insecure.


The traditional way for IT professionals to protect IoT devices is based on firewalls and other security products that are not hosted on the machine itself, which is the fundamental weakness that chip to cloud architecture attempts to address.


One of the main weaknesses of IoT devices is that they lack computing power and on-board security measures. Products built using chip to cloud IoT security are more powerful and secure than their predecessors, while maintaining energy conservation, thanks to the following characteristics:


On board encryption engine random number generator sufficient random access memory (RAM)


These chipset features give additional security advantages. Due to the unique cryptography of each IoT node, it is more difficult for hackers to cheat their identities and hijack them to access a wider business network.


If the predecessor of the Internet of Things is part of Web 2.0, the chip to cloud Internet of Things is a decisive step towards Web 3.0 or just "Web3". Technicians active in this emerging field said that these design principles would transfer the balance of power back to the beneficiaries of data mobility, consumers or value creators of IoT devices, rather than centralized suppliers.


Data collected at the edge can also be processed and used there. Chip to cloud makes it faster than ever by eliminating traffic between edge nodes and logical programs ready to take action on information.


The term "design security" applies to chip to cloud IoT architecture. The new generation of tools is designed to provide value-added data mobility for old and new devices, just like the current Internet of Things. However, chip to cloud chipsets are always connected to the cloud. This will greatly improve asset availability and enable faster digital communications between nodes, departments, or facilities.


How to decentralize the Internet of Things from chip to cloud?


In essence, it is the most decentralized security protocol. The traditional Internet of Things involves placing firewalls and other third-party protection on the existing, otherwise unprotected connection device cloud. Imagine an umbrella protecting a family of 12. Now, imagine a family of 12, but each member has his own umbrella when it rains cats and dogs. This is the Internet of Things from chip to cloud. Each device has a powerful, individually protected chipset, making it a more powerful link in the chain than ordinary IoT devices.


Chip to cloud is a decentralized technology, because each node reports directly to the cloud controller or analyzer rather than to the intermediary, which represents another victory in terms of transaction security and a method to reduce the delay and loss of data packets when moving between receivers.


What happens after the chip goes to the cloud?


Recent global events are seeing extensive investment in cloud technology and especially in chip to cloud architecture. Companies and organizations need data to support their customer relationship portals, enterprise planning tools, and machine maintenance platforms, and the Internet of Things can provide these.


However, even if chip to cloud technology is used, the Internet of Things is not safe enough. The organization needs to develop detailed equipment management agreements for each new IT investment, a culture focused on security alerts and training, and expertise to choose technology partners wisely.


The transition to Web 3.0 will continue from here. Over time, chip to cloud may be added and combined with other Web 3.0 technologies (such as blockchain) to further enhance its usability and security robustness. It will be interesting to see how real value creators in the world use these powerful new tools.