Seemingly innocuous cloud configuration errors can create massive security risks, especially if your teams are siloed and your security tools don’t play well with each other. Find out how a unified, proactive security approach provides the visibility and automation needed to find and fix these cloud misconfigurations.

As your multi-cloud environment balloons, turning into a sprawling, complex labyrinth, your risk for misconfigurations – a leading cause of breaches – grows exponentially. Simple errors like an open storage bucket, an overprivileged role or an insecure network setting can fly under the radar until an attacker finds them. 

DevOps, SecOps and compliance teams are often caught in a difficult position. They grapple with fragmented tools, inconsistent visibility across platforms like AWS, Azure and Google Cloud, and a lack of clear ownership for remediation. 

This creates a perfect storm where security gaps widen, and your attack surface expands. The solution lies in a unified, proactive approach that embeds cloud security into every stage of the cloud lifecycle.

The high stakes of small mistakes

Tiny cloud misconfigurations might seem like minor oversights, but they can create major security gaps that attackers love, because they’re often easy to exploit. 

These are some of the usual suspects:

• Open storage buckets: That "oops" moment when an S3 bucket is left wide open to the public? It's low-hanging fruit for attackers, exposing vast amounts of sensitive customer data, intellectual property and internal documents.
• Overly permissive roles and identities: When you give users or service accounts more access than they need, you risk handing over a master key to a hacker. An attacker who compromises a single low-level account can potentially move laterally across the network, gaining access to critical systems and data.
• Insecure network settings: Overly broad firewall rules or workloads exposed directly to the internet create a clear path for intruders. Without proper network segmentation and controls, attackers can bypass defenses and directly access core applications and databases.

These technical challenges are compounded by organizational ones. A lack of continuous monitoring means that systems once deployed securely can "drift" into an insecure state as changes are made. Furthermore, when security, DevOps, and compliance teams use siloed tools, no one has a complete picture of the organization's risk posture, making it difficult to identify and prioritize the most critical threats effectively.

A unified solution: Tenable Cloud Security

To combat these pervasive misconfiguration challenges, organizations need a single source of truth: a cloud-native application protection platform (CNAPP) that provides clarity and control. 

That’s where Tenable Cloud Security comes in. Powered by the Tenable One Exposure Management Platform, it gives you a single, unified view to find and fix misconfigurations before they can be exploited.

Tenable Cloud Security offers continuous, agentless discovery across your multi-cloud footprint, letting you proactively get ahead of threats. The platform integrates security seamlessly into cloud operations without slowing down innovation.

A central pillar of this approach is shifting security left. Instead of waiting for problems to pop up in production, Tenable scans your CI/CD pipelines’ infrastructure as code (IaC) before it's deployed. This dramatically reduces rework for DevOps teams, shortens release cycles and prevents security drift.

However, Tenable Cloud Security doesn’t stop there. It connects the dots. With contextual risk correlation, it shows you how a misconfiguration could be combined with vulnerabilities, identity and access issues and exposed data to create a critical attack path.

This helps you understand and assess the broader danger to your full attack surface, so you can prioritize which threats to fix first, based on actual business risk, not just on a laundry list of isolated alerts.

Automated guardrails and intelligent remediation

Tenable Cloud Security goes beyond just finding problems – it helps you stop them in their tracks, automatically.

It embeds automated enforcement and intelligence throughout the cloud lifecycle. This ensures that security policies are not just suggestions but enforceable standards.

For containerized environments, Kubernetes admission controllers act as powerful gatekeepers. They can automatically block workloads at deployment if they violate predefined security policies, such as running a privileged container, using an unapproved image or having insecure network settings. This provides an automated guardrail that ensures compliance at the cluster level.

Organizations can define custom policies that align with their specific business and regulatory requirements. When a violation is detected, automated response workflows can be triggered to accelerate remediation. This could involve revoking excessive permissions, adjusting a firewall rule or automatically creating a ticket for the responsible team, minimizing manual effort and human error.

This creates a powerful, closed-loop security improvement cycle. Insights from runtime monitoring and post-incident findings are fed back into pre-deployment IaC scanning and guardrails, making the entire system smarter and more resilient over time.

Your roadmap to mastering misconfiguration management

Ready to get a handle on misconfigurations? Here’s a quick playbook:

1. Start with the basics: Get the lay of the land with agentless scanning to find existing misconfigurations and exposed secrets.
2. Get more control over misconfigurations: Start "shifting left" by scanning your IaC and enforcing Kubernetes policies via admission controllers.
3. Go pro: Create custom policies and put your remediation and ticketing workflows on full autopilot.

Innovate fearlessly, not recklessly

By giving you one clear view across your multi-cloud environment, automating enforcement and correlating risks for intelligent prioritization, Tenable Cloud Security empowers your teams to develop and deliver cloud-native services quickly and securely.

This approach breaks down the silos between teams, providing a common platform for cloud security practitioners, DevOps engineers and CISOs to manage and reduce risk effectively.

The benefits are clear: a sharply reduced attack surface, the ability to continuously meet compliance standards, and scaled, automated remediation that aligns with fast-paced DevOps workflows. 

Click here to learn more about how Tenable Cloud Security can help you dramatically reduce your cloud misconfigurations.