In barely a few years, some digital twin technologies have emerged rapidly.Consider creating a virtual model of IT infrastructure so that flaws can be identified, attack scenarios can be created, and catastrophic assaults may be avoided before the system is actually implemented. It’s no longer a ridiculous concept for businesses to use digital twins. Let’s learn about Digital Twin technology and how it may assist you to examine your security posture’s flaws.
What exactly is a digital twin?
A digital twin is an electronic version of a real object, activity, or service. This technique replicates activities in order to collect data and predict results. Digital twins may be used for a variety of applications, including:
- evaluating a design
- identifying and tracking development cycles
- determining how a product or system might work in a variety of situations
Digital twins and cyber security
The concept of a digital twin was initially encountered in the industrial world. Many companies believe that digital twinning is beneficial to their assets, procedures, and, more recently, their cyber security network.
Threat actors are becoming more interested in targeting unsecured devices, networks, and other systems as more enterprises move their resources to the cloud and the Internet of Things (IoT) becomes more popular.
Because cyber attackers are becoming more skilled, just protecting networks and reacting to actual assaults is no longer sufficient, and businesses must use more strategic and predictive approaches.
While just a few industries have implemented digital twins to secure their virtual assets, many firms have improved their cyber security posture to identify and mitigate future attacks with greater speed and efficiency. A digital duplicate of the vehicle is practically a need for an effective software update management system.
When industrial facilities and manufacturers implement the Industrial Internet of Things (IIoT) into their systems, cyber risks and security breaches through technology constitute a concern, according to Elsby. To strengthen cyber security, this is where twinning innovation comes into play. A simulated cyber-attack may be detected by the digital twin in the same way that processes are simulated and data is collected to identify non-performance of assets.
Cyber dangers may be assessed with the use of digital twins.
As organizations who have suffered data breaches know, data breaches are costly, from correcting security holes and retrieving information to restoring reputation and incurring financial implications.
When penetration evaluations are performed in a network’s twin simulation, digital twin technology aids in the prevention of breaches by enabling for more effective and efficient solutions by giving information prior to production usage.
Consider a digital twin as a honeypot, where we build a clone of our infrastructure to fool attackers into thinking the system they’re breaking into is genuine. We may use digital twins to analyze cyber risks and provide an additional layer of protection to our network design.
You can identify infrastructure as it is being built using digital twins, allowing you to detect and mitigate risk exposures. You can anticipate and better handle dangers before applying an update if any infrastructure changes are required.
The digital twin conforms with international norms, enabling firms to inventory any resource on the system and calculate quantitative risk exposures before implementing the system.
Attack graphs created by cyber-intelligent digital twins may predict the intruder’s most successful path. It may do a step-by-step analysis to forecast how an assault would present itself if it occurs.
To evaluate the impact of threats, essential data linked to the company’s processes might be employed. In the event of a breach, this will help see the damage done to both the functionality and operations levels.
The information acquired in the previous two steps will aid the company in determining which hazards to address first. Threat prioritization will help in successful threat management and a constant decline in threat intensity across all layers.
Digital twins may be used by businesses to monitor and analyze security flaws, as well as to compute the gap between current and planned security standards. It may assist in determining the company’s unique security goals and prioritizing cyber risks based on their impact on day-to-day operations.
Many use cases may be monitored, analyzed, and tested using the digital twin in a duplicated setting. It may use factual data to identify a threat before it occurs, preventing any interruption or compromise.
Pen testing and other approaches are used in digital twin technology to analyze and validate the information in a virtual environment. As a result, security personnel may be able to make better judgments before an infiltration attempt escalates into a cyber-attack.
Digital twins benefit power, manufacturing, government, environmental cities, and the IT and OT sectors. For a digital twin to be successful, management must be committed to understanding and implementing its importance.
In the near future, effective deployment and management of digital twins might save enterprises millions of dollars. A digital twin is a mitigation approach that is much less expensive than dealing with a cyber event.