What is your primary use case for Bitdefender Security for AWS?

My main use case was protecting EC2 workloads in a test AWS environment. I deployed the Bitdefender Security for AWS agent on a couple of EC2 instances and then reviewed the security dashboard to verify that malware protection and security monitoring were working correctly. I also tested using harmless test files, such as EICAR antivirus test files, to confirm that alerts were generated and could be viewed in the consoles. In addition to the basic deployment, I spent time exploring policy configurations and monitoring. I looked at how alerts were prioritized, reviewed the event logs, and practiced responding to the detections. I also tested scheduled scans, on-demand scans, and verified that EICAR test files were detected while observing how the consoles reported security events. The main objective was to become familiar with the platform and understand how it protects AWS workloads.

My primary use case for Bitdefender Security for AWS is endpoint protection. I use Bitdefender Security for AWS on servers and also on the company's personal machines, providing phishing protection and open port detection. On a day-to-day basis, I use Bitdefender Security for AWS as a website blocker for some remote endpoints that we have and I also perform incident response.

The main use case I have for Bitdefender Security for AWS includes medium- to large-profile companies. In a company of that profile, I specifically use Bitdefender Security for AWS for security for all their repositories, connectivity, and their servers.

I evaluated and tested Bitdefender Security for AWS specifically for the protection of virtual machines (EC2 instances) deployed on AWS. The main objective was to secure cloud production environments and data synchronization pipelines between remote offices, ensuring robust anti-malware and anti-ransomware protection at the guest OS level without affecting performance, thanks to the scan offloading features.

My main use case for Bitdefender Security for AWS is affordability. A quick specific example of how I use Bitdefender Security for AWS in my day-to-day work is that we are using its firewall for multi-connection.

Bitdefender Security for AWS provides advanced threat protection, malware detection, and workload security for EC2 instances and cloud workloads, ensuring compliance and reducing security risk across the AWS environment. In my daily operations, I use Bitdefender Security for AWS to monitor and protect EC2 instances. For example, when a new Linux server is deployed, I ensure the Bitdefender Security for AWS agent is installed, verifying that real-time malware protection is active, review security alerts from the management console, and check for any detected threats or vulnerabilities. This helps keep our cloud workloads secure and compliant.

My main use case for Bitdefender Security for AWS is primarily for investigation purposes. Bitdefender Security for AWS is mainly used to protect Windows and Linux EC2 instances running on AWS by adding a lightweight, cloud‑based antimalware layer that doesn’t slow them down. Organizations typically adopt it when they want dedicated security for their EC2 workloads without managing heavy on‑box scanners, especially in environments where they’re already using AWS Marketplace for billing and need something that scales automatically with their instance count. It’s also commonly used by security teams or MSSPs who manage multiple AWS accounts, because the solution lets them manage policies, view events, and monitor protected workloads from a single GravityZone console, then forward alerts into their existing SIEM or XDR setup.

I primarily used Bitdefender Security for AWS for SOC policy tuning and other SOC-related tasks. Our work involved integrating Bitdefender with different environments and fine-tuning security policies to enhance malware threat protection. Bitdefender Security for AWS provides comprehensive protection for cloud-based infrastructures. It covers endpoint, network, and identity security, making integration easier across cloud environments. After integration, we fine-tuned detection policies and monitored activity logs. Any detections—such as malware, lateral movements, or suspicious DNS activity—were forwarded to our SIEM or XDR for analysis and response. As part of both the SOC and incident response teams, I worked on integrating Bitdefender Security for AWS with other security tools. This integration helped streamline alert management, reducing false positives through continuous policy optimization. The solution secures EC2 instances directly from the Bitdefender console and includes advanced features such as anti-malware protection and behavioral threat detection. It is especially beneficial to SOC teams for its ease of policy management and scalability, making it a reliable solution for maintaining a secure AWS environment.