How to combat AI-driven threats with cybersecurity simulations and other practices

It’s proven that businesses can be protected against the latest cyber threats by employing artificial intelligence simulations and innovative cybersecurity practices.

Artificial intelligence has now entered various industries. While everyone is discussing the impact of artificial intelligence and dealing with changes in workflow, cybersecurity experts have been addressing the application of artificial intelligence in malicious attacks.

Despite their extensive experience, the increasing complexity of artificial intelligence has always been difficult for security experts to cope with. As cyberattackers use more self-learning algorithms to penetrate enterprise networks, static security measures are becoming outdated.

So what should businesses do? Here are three principles every business must implement to combat the growing trend of AI applications in data breaches.

(1) Conduct cybersecurity simulations

When it comes to creating a strong security framework, conducting network security simulations is not the first thing that comes to mind among industry experts. However, cybersecurity simulation is more than just installing a simulation platform. Continuous testing of an enterprise's security posture is an example of simulation.

By detecting and imitating the methods used by cyber attackers to penetrate systems, enterprises will know which vulnerabilities to eliminate and where the weak points are. Security simulations also include creating breach scenarios and testing an organization's response.

These exercises are very similar to drills and provide businesses with the opportunity to set up strong processes and train employees to take the right actions. Cybersecurity simulations also extend to security training measures. For example, safety training can be gamified and data used to create customized learning paths.

This approach contrasts with typical security training programs, which rely on lectures or workshops delivered by security experts, which can develop employees’ cybersecurity awareness but does not ensure they are ready to face the challenges they face. Change your behavior from time to time. Even if they are aware of cyber attack vectors, they are likely to be targeted by cyber attackers.

Simulation exercises help employees understand the importance of acting in a controlled environment, and they can learn from the mistakes they make. Most importantly, simulations provide different levels of security awareness and provide the right lessons for everyone.

For example, why should developers take the same courses as sales associates? Their technical abilities are different, and the training they receive must reflect that. Simulations can help them explain these differences seamlessly.

(2) Adopt Zero Trust Protocol

Enterprises often rely on infrastructure extensions including microservices, cloud containers and DevOps pipelines. These are mostly done automatically as it is almost impossible to perform and maintain them manually.

However, security protocols are still largely implemented manually. For example, despite the shift left in security through DevSecOps, security challenges are still one that developers need to overcome rather than integrate. Security teams develop code templates for developers, but human input is still required when access is required.

Therefore, many accesses are predetermined to ensure optimal performance of the application. The problem is that these hard-coded access controls provide an easy way for malicious actors to penetrate the system. There is no point in testing such infrastructure due to a weak foundation.

Zero trust is the best way to solve this problem. Zero Trust is a perfect fit for DevOps frameworks, which rely on automation and APIs to connect the vast infrastructure in the enterprise. This gives security teams more time to focus on important issues.

Zero trust tools also enable security teams to grant time-based access and impose additional encryption controls on their cloud containers. Therefore, enterprises can control the data even if it resides in the cloud computing service provider's cloud platform. Vulnerabilities in cloud providers' security keys will not impact an organization's data security because additional layers can provide protection.

In addition to adopting zero trust tools, enterprises can also follow time-tested security frameworks such as MITER ATT&CK to ensure that their security devices follow best practices. A security framework prevents businesses from duplicating work and provides them with an easily replicable set of workflows.

The result is a powerful framework pre-validated by industry experts.

(3) Check the operation process

Today, DevOps appears in almost every enterprise, but it often ignores the role of security in creating great products. Zero Trust security tools help enterprises shift security to the left, but to create a security culture, one must dig deeper and examine their processes.

In general, security is a cultural issue rather than a process-based issue. Developers are accustomed to working under tight schedules and may not be able to adopt new security-based measures. The key to including security is to automate and integrate it into the DevOps pipeline.

Start by using code templates that are pre-validated for security. Next, embed security team members on every development team. This way, developers can easily access industry experts when they need help, and finally, business executives must preach the importance of security in creating great products.

Security is as much a product feature as anything the company is developing, so communicate this to your employees. Over time, they will understand this and start taking safety seriously. With the rapid development of artificial intelligence, every employee is now responsible for safety.

Conclusion

Cybersecurity simulations, adopting zero trust protocols and examining operational processes are good ways for enterprises to combat the threats posed by artificial intelligence to their security posture. Ultimately, safety is a cultural issue. When used in conjunction with the right tools, businesses will significantly reduce the risk of a data breach.

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