Trend Vision One™ Integration with AWS Security Hub CSPM: Unifying Cloud Security

The integration between Trend Vision One and Security Hub CSPM is exactly that, two powerful platforms enhancing each other to keep your AWS infrastructure protected.

By: Eduardo Castro, Yessenia Becerra, Dave McDuff Dec 10, 2025 Read time: ( words)

Organizations can improve their AWS infrastructure security management by streamlining multiple security dashboards and tools. The integration between Trend Vision One and AWS Security Hub CSPM helps address this, bringing all critical information together in one place and allowing you to respond to security findings in real-time, without wasting time navigating between systems.

Trend Vision One is Trend Micro's unified cybersecurity platform, while AWS Security Hub is a unified cloud security solution at AWS. When integrated, they create a consolidated view of all security findings, enabling your team to detect and respond to events much faster and more efficiently.

To simplify implementation, Trend Micro offers an open-source project on GitHub ( v1-server-and-workload-integration-with-aws-securityhub ), making it easier for organizations to leverage these benefits.

1.1 Understanding the Components

Before diving into implementation, it's important to understand the main components involved:

Trend Vision One™ Server and Workload Security (SWP) : This is Trend Micro's solution for protecting your cloud servers. It offers comprehensive protection against malware, network attacks, vulnerabilities, and much more. Think of it as an intelligent bodyguard for your Amazon EC2 instances and other AWS workloads.

AWS Security Hub CSPM : This is a unified cloud security solution at AWS. It brings together alerts from various AWS services (such as Amazon GuardDuty , Amazon Inspector , Amazon Macie ) and partner solutions (like Trend Micro) in one place. It's like having a "news feed" dedicated exclusively to your infrastructure's security.

The Open-Source Project : Trend Micro created and made freely available on GitHub all the code necessary to connect these two platforms. This includes automated scripts, configuration templates, and detailed documentation - everything ready for you to use and adapt to your needs.

1.2 The Information Flow

From Trend Vision One to AWS Security Hub CSPM: When Vision One detects something suspicious - whether it's malware, an unauthorized access attempt, or a critical security finding, it automatically sends this information to Security Hub CSPM. All important details are preserved: severity level, threat type, affected resources, and remediation recommendations.

2.1 What You Need Before Starting

You don’t need to be an expert to implement this integration, but a few prerequisites are essential:

On the Trend Micro side:

2.2 Implementing the Integration in 5 Steps

Setting up this integration is straightforward and can be completed in just a few hours. Follow these five steps:

Step 1: Activate AWS Security Hub CSPM Access the AWS console, enable Security Hub in your region. Estimated time: 5 minutes.

Step 2: Execute the Permissions Template Trend Micro provides a ready-made AWS CloudFormation emplate that automatically creates all necessary resources, the integration data are in Output parameters. Execute it and wait for completion. Estimated time: 5 minutes.

Step 3: Configure the Integration in Server & Workload Protection in the Vision One Console, go to Endpoint Security > Server & Workload Protection, select the tenant you want to integrate, go to Administration > System Settings > Event Forwarding.

Enable the option “Publish Events to Amazon Simple Notification Service” and copy and paste the parameters saved in the Secret Manager for integration you have from the preview step. Estimated time: 5 minutes.

Step 4: Validate Functionality . Verify that Vision One alerts appear in Security Hub CSPM. A simple test: locate a recent alert in Vision One and confirm it's visible in Security Hub CSPM. Estimated time: 5 minutes.

Step 5: Optimize as Needed Adjust filters to display only relevant alerts and configure notifications for your team. Estimated time: 30 minutes to 1 hour.

Total Implementation Time: 1 to 2 hours

2.3 Critical Success Factors

Start Small, Scale Fast Implement first in a test environment or in a single AWS account. Validate the results in 1-2 weeks, then expand to production. This approach reduces risks and enables rapid learning.

Ensure Team Alignment This is an initiative that crosses organizational silos. Make sure that:

Establish Success Metrics Define clear indicators from the start:

Focus on what brings immediate value. The basic configuration already solves most challenges. Evolve the solution incrementally, always anchored in real business needs.

Plan for Sustainability

Expected ROI: Organizations that implemented this integration report, as per customer feedback

The operational efficiency gained and the reduction in risk exposure quickly compensate for the implementation effort.

3.1 Unified Security View

Situation: Your company has 50 EC2 instances distributed across multiple AWS accounts. You use Vision One for malware protection, GuardDuty to detect suspicious behavior, and Inspector to find vulnerabilities.

The Problem Before: Your security team needed to check three different dashboards, multiple times a day, to get a complete picture of the situation.

The Solution with Integration: Now, everything appears in one place - AWS Security Hub CSPM. When Vision One detects malware on an EC2 instance, the alert appears alongside GuardDuty and Inspector notifications. Your team has a complete view and can prioritize what's most critical.

Practical Example: Imagine that at 10:30 AM, Vision One detects a trojan on an instance. The alert appears immediately in Security Hub CSPM with all relevant information:

3.2 Automated Threat Response

Scenario: Amazon Inspector discovers a critical vulnerability in one of your EC2 instances - a serious security flaw that could be exploited by attackers.

The Benefit: You gain precious time. Instead of being vulnerable for hours or days, protection is applied in seconds, reducing the exposure window.

3.3 Simplified Compliance and Auditing

For companies that need to demonstrate compliance with regulations such as PCI DSS, LGPD, or GDPR, the integration offers significant advantages:

4.1 Multiple AWS Accounts and Regions

Many organizations manage several AWS accounts, typically separating environments such as production, development, and testing. They also operate across multiple geographic regions to improve performance, ensure compliance, and enhance resilience.

The Hub-and-Spoke Architecture: Think of this as a radial network system, where there's a central account (the "hub") and several connected accounts (the "spokes"):

Practical Benefit: Your security analyst doesn't need to log into 10 different accounts. They access a single dashboard and see everything happening across the entire organization.

4.2 Intelligent Alert Filtering

Not every alert needs to be visible in every system or dashboard. This integration enables you to define intelligent filtering rules so that alerts are routed where they matter most. Example Rules:

The Code Allows Customization: Since the project is open source, you can adapt the filtering logic to your specific needs. For example, you can add rules based on:

4.3 Monitoring the Integration Itself

Monitoring your applications is important, but monitoring the integration itself is just as critical. You need to ensure alerts are flowing correctly. Amazon CloudWatch - Your Observatory: Amazon CloudWatch allows you to create visualizations and alerts the integration itself:

Monitoring Example: You can configure to receive a notification if:

5.1 Start Small, Expand Gradually

Recommendation: Don't try to implement everything at once across all accounts. Start with a pilot project:

Benefit: You learn from mistakes in a controlled environment, avoiding production impacts.

5.2 Document Your Customizations

The GitHub project is an excellent starting point, but you'll inevitably make adjustments for your reality:

Why This Matters: When someone new joins the team, or when you need to replicate the configuration in another region, having this documentation saves hours of work.

It may seem ironic, but when implementing a security solution, you need to ensure the solution itself is secure!

Credential Protection: Never, under any circumstances, leave your API keys visible in code or configuration files. Use AWS Secrets Manager to store them securely. Think of it as keeping your house keys in a safe, not under the doormat.

Regular Rotation: Just as you periodically change your email password, do the same with API keys. Configure automatic rotation every 90 days. AWS Secrets Manager can do this automatically for you.

Principle of Least Privilege: The AWS Lambda functions that perform the integration should have only the strictly necessary permissions. It's like giving the pizza delivery person only the gate key, not the keys to every room in the house.

5.4 Test Before Trusting

Regular Simulations: Periodically conduct tests to ensure the integration is working:

Alert Validation: In the first months, manually review a sample of alerts to ensure that:

5.5 Empower Your Team

The best technology in the world is useless if your team doesn't know how to use it properly:

Internal Documentation: Create a simple guide with common scenarios:

Culture of Continuous Improvement: Encourage the team to suggest improvements. Those who use the tool every day have valuable insights on how to make it more efficient.

After implementing the integration, you'll see concrete results:

6.1 Reduction in Response Time

Before: An alert could take hours to be noticed, investigated, and responded to, as it was "lost" among various tools.

After: With everything consolidated, the average response time can drop from hours to minutes. Organizations report reductions of up to 70% in the time between detection and containment.

6.2 Decrease in Missed Alerts

The Alert Fatigue Problem: When your team needs to check multiple systems, some alerts inevitably go unnoticed.

The Solution: With the unified view, the probability of a critical alert going unnoticed is practically zero. Everything is in one place, prioritized by importance.

Fewer Tools, More Efficiency:

Measurable ROI: If an analyst saves 2 hours per day by not needing to for information in multiple places, that's 40 hours per month. Multiply this by the size of your team and you'll see the real value.

The integration between Trend Vision One and AWS Security Hub CSPM represents a significant step in modernizing cloud security. By unifying alerts, automating responses, and providing complete visibility, it transforms the way security teams operate.

The open-source project made available by Trend Micro on GitHub democratizes access to this technology, allowing organizations of all sizes to implement an enterprise-level solution without additional licensing costs.

If you're considering implementing this integration, start by exploring the GitHub repository. Read the documentation, test in a controlled environment, and adapt to your specific needs. The community is active, and Trend Micro keeps the project regularly updated.

Remember : effective security isn't having dozens of tools but having the right tools working in harmony. The integration between Trend Vision One and Security Hub CSPM is exactly that, two powerful platforms enhancing each other to keep your AWS infrastructure protected.

Additional Resources:

Cloud security is a continuous journey, not a destination. This integration is a powerful tool to make that journey more efficient, effective, and, above all, more secure.