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Adopting the IoT? Adopt the Cloud First

It's vital to make sure new devices added to your network do not work against you.
By Sean Ventura
Dec 03, 2018

The proliferation of Internet of Things (IoT) technologies continues to transform business operations and processes. The pace at which these devices appear increases at an astounding rate each year: at present, there are 23.14 billion IoT-connected devices online. By 2025, according to Statista, there will be 75.44 billion.

It's no surprise, then, that today's manufacturers are more reliant on IoT technology than ever before. And while it is clear that the IoT's benefits will make the industry more productive and organized by giving deeper access to customer and production data, the IoT's acceleration also heightens cybersecurity risks. In fact, Symantec's recent "Internet Security Threat Report" found that IoT attacks increased by 600 percent in 2017. To date, however, we've focused much of our energy on making IoT solutions operational, rather than securing them. Because of the transformations and integrations that the IoT will have on manufacturing processes, developing strategies and solutions to secure these devices will be critical.

As a result, it's important to ensure that you protect your IoT devices, as well as the data you gather and the control systems, with a solution that both provides peace of mind across the supply chain and meets the rigorous standards set by increasing data regulations. Let's take a look at the greatest threats facing IoT manufacturing and how solutions, such as cloud migration, deliver the security that businesses need to move forward with digital transformation.

Malware Threats for IoT Devices
Perhaps the IoT's greatest danger to network security is its function as a "door" to your private data. A decade ago, your laptop or desktop computer was the only opportunity for a hacker to break into your network—and even then, the impact on day-to-day operations was minimal.

These days, more manufacturers are adopting IoT-enabled devices to monitor and control critical machinery and gather data that keeps operations running smoothly. Every sensor is another door beyond your computers—if you employ 50 sensors in your factory, hackers have 50 opportunities to take control. Because IoT devices are designed with simplicity in mind, it is easier for a malicious user to gain control through one than it is to attempt access through a desktop.

So, what are hackers doing once they unlock your network? Much of the news in the last year has focused on ransomware attempts by which a hacker locks down your systems and demands payment to surrender control. But hackers are moving away from this attention-grabbing tactic.

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