CCP support for Russia, its behaviour in the Taiwan Straits and the South China Sea, its repudiation of universal values in the infamous “document no 9” and demonstration of that disregard in Hong Kong and Xinjiang should convince our policy makers that if the CCP does not represent a hostile power now, it is likely to in future. Therefore, with cellular IoT modules, it is a question of identifying the vulnerabilities and taking measures to close them off.

The relationships between Chinese technology companies that are the suppliers of IoT devices and the companies that are the suppliers of the cellular modules that enable them is key. Often conversation on risk associated with Chinese companies exporting technology globally focuses on the visible companies, overlooking the many others that sit within their supply chains.

Free and open nations have woken up to the threat posed by Chinese involvement in their 5G telecommunications and to the importance of maintaining the lead in semiconductors. There is less awareness of the risks incurred by using Chinese cellular IoT technology. In the longer term the risk posed by the pervasive presence of Chinese cellular IoT modules in our systems and processes poses a greater threat than does relying upon Chinese companies for 5G.

According to new research discovered by Forescout’s cybersecurity research branch Vedere Labs, IoT devices such as conferencing systems and IP cameras are among the five riskiest IoT devices connected to networks. The security company has identified themes in its recent research that highlight the growing attack surface these devices are

IoT security researchers at Nozomi Networks have warned that a popular library for the C programming language is at risk for DNS cache-poisoning attacks. The bug in the library is roughly 10 years old, and could not be fixed by the owners and maintainers of the library. Security researcher Andrea

The advent of the internet led to a paradigm shift that has transformed nearly every aspect of society since then. This was compounded by the growing interconnectivity of an ever-increasing amount of WiFi-enabled devices known as the Internet of Things (IoT) that fostered the development of Web 2.0. Innovations enabled by

Internet of Things (IoT) is a popular topic in the current 4.0 revolution. Nanotechnology is the same, I trust you have at least read or heard the two phrases above. What about the Internet of Nano Things, a combination of IoT and Nano is something to look forward to. Today,

Supply chains must meet multiple objectives: a high level of customer fulfillment, profitability targets, and resilience to disruptions. Companies are also beginning to prepare their supply chains for a responsible future by guaranteeing that their production and transportation systems are safe and environmentally friendly, raw materials are obtained from sustainable

IoT is extending networks further and further from conventional workstations and centralized data centers. That trend has, in turn, created the need for computing power closer to those endpoints. Edge computing devices, such as gateways, first addressed that need. There’s now another option: tiny machine learning, or tinyML, which embeds analytics

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