Virtual Red Team, Cloud Security Command Center

Command Center for Google Cloud Security

The potential use of virtual red team technology to find serious security vulnerabilities before hackers do. Cloud security teams find that cloud-native application protection platforms (CNAPPs) are a helpful tool for finding misconfigurations and vulnerabilities in multi-cloud environments. Where's my biggest danger? is one of the two fundamental issues with cloud security that many of these solutions overlook, even if they may identify hundreds of potential security holes in large cloud environments. and "Which issues should I focus on first?"

Cloud Security Command Center's virtual red team capability may help in answering both questions. The virtual red team is a cunning and determined aggressor. Through the application of millions of attack permutations against a digital twin model of an organization's cloud environment, it discovers weaknesses in cloud defenses that an external attacker may exploit.

Most importantly, the virtual red team can identify attack vectors with harmful combinations unique to each client's cloud environment. "Toxic combinations" are collections of security weaknesses that have the ability to provide an attacker with access to critical cloud services. These resources might be databases holding private customer information or virtual machines (VMs) running mission-critical applications.

This simulation-based approach to uncovering cloud problems is distinct from the static, rules-based approach used by the majority of CNAPPs. Clients of Cloud Security Command Center may utilize it to find attack vectors that have never been seen before that combine toxically, making it easier for them to defend against cloud threats.

Toxic combinations

The importance of Toxic combinations

Cloud environments might include thousands of resources, some of which may have security or compliance issues as a result of misconfigurations, software vulnerabilities that could be exploited, or simply blatant policy breaches. However, the risk associated with each of these issues varies.

A virtual machine (VM) setup with a public IP address that can access a storage bucket containing customer data and has a known vulnerability is not the same as a VM in a development environment that is isolated from the production environment. The former can wait; the latter has to be handled immediately.

With the help of Cloud Security Command Center, cloud security teams can recognize and prioritize these critical issues.

Earliest techniques for determining Toxic combinations

The discovery of hazardous mixtures is at the heart of many CNAPP remedies. Establishing and enforcing regulations is the conventional approach to recognizing objects that are obviously dangerous. Even while there can be immediate advantages, a few problems soon come to light:

Firstly, what is a high-risk attack route or poisonous combination? Most providers employ static rules to find weaknesses in cloud security. This implies that individuals need to create a lot of rules and keep them updated to reflect new dangers in order to recognize hazards in even somewhat complex cloud environments.

A rule-based approach is inherently constrained. It is restricted to locating well-known assault routes with harmful pairings. Does anybody know about every possible risk that might arise in a cloud environment? If they did, could they make rules for each one of them?

Since cloud systems may be very dynamic, it's critical to routinely run rules to spot new risks. If these studies are not carried out often, the results might quickly become antiquated.

The way virtual red teaming is implemented

Cloud Security Command Center finds toxic combinations by using virtual red teaming technology, which simulates a focused and experienced attacker attempting to get past your cloud security and compromise your precious assets.

It makes use of a simulation engine to test millions of attack variations on a digital twin duplicate of your cloud environment. It looks for every possible path an attacker may take to get access to resources stored in private clouds. Once it has discovered them, it highlights cloud services that could be susceptible and suggests possible attack sites for third parties. By using virtual red teaming to help security teams prioritize their responses to threats, they may lower cloud risks before attackers exploit them.

It could detect dangers for which there are no published rules or which the rule development team of a security provider has not taken into account. Giving up on fixed standards allows SCC to pinpoint risks unique to every cloud environment and lowers the chance of missing critical exposure points.

Virtual Red teaming

It has used virtual red teaming in cloud settings to identify the following real threats:

An attacker may find and connect to a virtual machine (VM) that is made accessible to the public for a retail client. From there, they could potentially use a vulnerability that is often exploited to get elevated privileges. With these privileges, it would be able to access a second virtual machine (VM) that was operating a vital business application and resume operations on the VM that had been stopped.

SCC found that an attacker may take over a financial services client's compute instance in a cloud environment, use the rights of an over-privileged service account to move laterally to another compute instance, and so on. Then, using the administrator credentials and additional rights supplied to the instance service account on that second instance, the attacker may make use of them. The attacker may construct a that allows read, write, and delete access to a private bigquery dataset using these administrator permissions.

SCC found that a potential attacker may use phishing to trick a user into giving them access to a cloud service account linked to a customer in the healthcare industry. By exploiting the rights of this service account to create new keys for other service accounts, the attacker might subsequently get access to several high-value resources.

These more complex scenarios illustrate the types of cloud dangers that are challenging to detect using just rule-based approaches. Cloud Security Command Center is a more efficient way to help you identify the largest vulnerabilities in your multicloud system since it may highlight issues that you may not have known existed. It helps security managers learn about cloud risk so they can protect their important data and cloud-based applications.