Developing and deploying a smart security architecture should focus on three steps: understanding, isolation, and protection. Protecting the Internet of Things must first understand which devices can be trusted and managed, which devices are untrustworthy, and untrusted devices that do not allow access to certain network partitions. The Internet of Things (IoT) is one of the most important technologies in the current Digital Transformation process, because it can collect unprecedented amounts of information through various connected devices, so that data can be processed before the decision is made. Improve corporate sales and quality of life. However, in the past 12 months, we have continued to see cyber attacks against IoT devices, and the frequency and complexity continue to increase. Unfortunately, too many IoT devices have never had rigorous security considerations. These devices are often headless devices with limited power and processing power, which means that secure client software cannot be installed to further update applications or fix vulnerabilities. Recent research shows that about 70% of IoT devices are very vulnerable to cyber attacks, and this result is not surprising. With the popularity of the Internet of Things, pressure on security officers (CISOs), including other IT executives, must face increasingly serious security challenges. Each security officer has two goals: to increase productivity and to maintain security. So how do you balance business and security needs? Most of today's security systems are not sufficient to do security work independently. There must be a larger security architecture that interweaves, correlates, shares, and automatically protects and detects devices and systems. Abnormal behavior; most importantly: automatically detect, review, and allow any new users or devices connected to the network, regardless of their actual location. Simply put, developing and deploying a smart security architecture should focus on three steps: understanding, isolation, and protection. Protecting the Internet of Things must first understand which devices can be trusted and managed, which devices are untrustworthy, and untrusted devices that do not allow access to certain network partitions.
1. Understand. Organizations must understand the capabilities and limitations of each device and network system. To do this, the security solution must have full network visibility (Visibility) to authenticate and classify all IoT devices. Operating technology OT and industrial control systems ICS/SCADA networks and devices are particularly sensitive, as in some cases even simply scanning them can have a negative impact. Therefore, organizations must adopt a trust-based security framework to automatically identify and classify devices in real time, establish risk profiles, and assign devices to IoT device groups, while delivering appropriate security policies to security devices and network segments.
2. Isolation. Once complete visibility and centralized management is established, some IoT devices and communication solutions can be isolated in a specific secure network segment through intelligent automatic control. This will automatically assign and enforce basic permissions based on the risk profile of each device without compromising the entire critical network system.
3. Protection. Finally, a multi-layered monitoring, inspection, and security policy is implemented that combines the security policies of the IoT device group and the intranet segment, regardless of whether the activity occurs anywhere in the distributed enterprise architecture. Traditional single-point protection products and platforms are not enough to protect the IoT environment. Companies must build a security architecture based on a trust framework that can be interconnected with the Internet of Things and the cloud to automate the adjustment and respond to evolving enterprise needs.
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