Databarracks research shows that only a quarter of companies have policies against IoT threats.
When creating a business continuity plan, a new factor needs to be considered, and that is the Internet of Things.
Research from Databarracks found that only a few companies have formulated policies that help prevent IoT threats, which means they may be exposed to various threats.
The company's latest data health check survey shows that only 13% of companies believe that IoT threats are a major issue, and only 27% (27%) have policies aimed at preventing IoT threats.
Peter Grouctt, general manager of Databarracks, said: "The IoT device market is still relatively immature, a bit like a wild west."
He said: "According to industry experts, by 2020, there will be more than 50 billion devices connected to the Internet. It is understandable that manufacturers are scrambling to take advantage of this opportunity, but unfortunately, many manufacturers are doing so. At the expense of basic safety measures.
"Enterprises need to be aware of these risks, even if they do not use any IoT devices-the increase in the number of connected devices worldwide means an increased risk of DDoS attacks via IoT botnets-but our data shows that companies ignore these threats ."
"Companies that want to add the Internet of Things to their infrastructure need to keep things in mind, such as not relying on existing policies, defining risks and implementing necessary controls to minimize risks."
"The unique challenge of IoT continuity is that these devices are remote in nature and numerous. Remote access and the ability to apply changes and repairs to multiple devices at the same time make them easier to manage, but this brings potential risk."
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A miniature slip ring typically consists of two parts: a stationary housing and a rotating contact assembly. The contact assembly contains the brushes that make electrical contact with the rotating structure, as well as the rings that conduct current or data.
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The contact assembly is made from precious metals such as gold or silver in order to provide good electrical conductivity.
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