Why You No Longer Need Cloud Security Posture Management
While cloud security posture management (CSPM) tools are everywhere, they are not the right solution for a secure cloud.
Getting your cloud infrastructure under control starts with Infrastructure as Code (IaC). Security best practices and cloud configuration management aren’t just about scanning for vulnerabilities or misconfigurations; they are about establishing a sustainable, scalable and secure cloud environment from the ground up.
Traditional tools like cloud native application protection platforms (CNAPP) and CSPM have played a significant role in optimizing cloud configurations and scanning for security best practices. The cloud security companies behind these platforms have been pioneers in this space, helping organizations identify issues like publicly accessible S3 buckets or identity and access management (IAM) roles without multifactor authentication (MFA), and other known cloud pitfalls and misconfigurations that expose your cloud and organization to unnecessary risk.
However, as cloud environments become more complex, CSPMs are proving to be great for surfacing these issues, but addressing them through IaC is where the real power lies. Eventually, scanning for vulnerabilities is not the goal — it’s the means to keeping our cloud secure and governed. Which means we need to make sure we don’t enslave the entire platform engineering team to chasing security tickets from the scanner’s output.
Imagine all your cloud configurations — from MFA-enforced IAM roles to automated key rotations — being managed through IaC. Not only are they configured securely today, but any changes made in the future will be validated against the same security best practices before deployment. This is what gives you true control over your cloud security. And this is just one example.
If you don’t fix security issues in IaC, the fixes won’t last. Your changes will create drifts, they will not be documented or immutable, and they will be out of scope for testing. The crux of the problem remains in security teams’ dependency on platform teams to generate the IaC, and that’s where automation tools like Firefly help achieve this automatically. The future of cloud security lies in IaC, which is the backbone to ensuring consistency, security and efficiency in dynamic cloud environments.
Why CSPMs Became Popular
In the early stages of cloud adoption, organizations faced a significant challenge: managing and securing a rapidly expanding and complex cloud environment. Traditional security tools weren’t designed to handle the dynamic nature of cloud infrastructure, leading to a gap that needed to be filled. This is where CSPM solutions came into play.
CSPMs became popular for several reasons:
- Visibility into cloud assets: They provided organizations with much-needed visibility into their cloud resources, configurations and potential vulnerabilities.
- Automated misconfiguration detection: CSPMs could automatically scan cloud environments to identify misconfigurations, such as publicly accessible S3 buckets or IAM roles without MFA.
- Compliance assurance: They helped ensure that cloud configurations adhered to industry standards and regulatory requirements by continuously monitoring and reporting compliance status.
- Risk mitigation: By identifying security gaps early, CSPMs allowed organizations to address issues before they could be exploited by malicious actors.
These tools were essential at a time when the rapid pace of cloud adoption outstripped the ability of organizations to manage security manually. CSPMs filled a critical need by providing automated scanning and reporting capabilities that were otherwise lacking.
This, however, raises a pertinent question. We’ve been using CSPMs for almost a decade now, yet we still have so many vulnerabilities, misconfigurations and alerts being thrown non-stop. Why is that? Because, we aren’t treating the root problem.
The cloud is so complex and built on so many moving parts that security simply can’t be treated only after the fact. We need to establish a secure baseline, with “golden images” of proper architecture and high security standards before deployment and as a shared responsibility of the entire engineering team. We also need to enforce changes to the cloud when it doesn’t meet those criteria. After a secure baseline is established, it’s then possible to closely monitor for drift, and then also quickly remediate it.
The Shift Toward IaC and Policy as Code
As cloud technology matured, so did the strategies for managing it. Organizations began to recognize the limitations of relying solely on CSPMs — particularly, the reactive nature of detecting and remediating issues after deployment. This realization sparked a shift toward infrastructure and policy as code.
By governing cloud infrastructure through code, organizations can prevent and mitigate misconfigurations, drift, ghost assets and more, rather than just detect them. This shift reduces the overhead associated with managing and remediating issues identified by CSPMs.
The Power of IaC
We speak about the power of everything-as-code tirelessly, as we truly believe the “*-as-code” revolution has affected and evolved every single engineering domain, from the systems themselves to how they are secured, scaled and governed.
Just to reiterate the benefits, IaC governs your entire cloud infrastructure through version control, deriving all the same benefits it has brought to other engineering domains.
In the context of security, this includes:
- Consistent configurations: All deployments follow predefined security best practices.
- Automated deployments: Changes are made through CI/CD pipelines, reducing the risk of human error.
- Controlled changes: Unauthorized manual deployments or changes via CLI are minimized.
- Drift detection: It’s easier to monitor and rectify configuration drift or unmanaged resources.
When you manage your cloud through code, every change is deliberate and traceable. Security checks become an integral part of your deployment pipeline, ensuring that only compliant configurations make it to production.
The Reality of Cloud Deployments
Even the most secure CI/CD pipelines can’t prevent all risks. Manual interventions, command-line changes, or actions by external contractors can introduce vulnerabilities. These changes often bypass standard security checks, leading to a contaminated cloud environment.
IaC addresses this by enforcing strict governance. Since all changes must go through code reviews and automated pipelines, the chances of unauthorized modifications diminish significantly. This not only enhances security but also improves overall operational efficiency.
Moving Beyond Scanning
Simply scanning for misconfigurations is an outdated approach. A decade ago, it was innovative, but today’s cloud environments require proactive measures. CSPM tools add layers of complexity — from having to manage the tool itself, to interpreting the findings, prioritizing the many issues they output, and then, hopefully, manually fixing them.
With IaC, you eliminate many of these steps. Security is baked into your infrastructure from the start. Instead of reacting to problems, you’re preventing them from occurring in the first place.
Injecting CSPM Functionality Into Cloud Asset Management
As organizations strive for more efficient and integrated approaches to cloud security and governance, cloud asset management is emerging as a core solution. These platforms extend the capabilities of IaC by not only managing and provisioning resources but also by codifying existing assets, detecting drift and misconfigurations, and identifying ghost or unmanaged assets within the cloud environment.
Platforms like Firefly operate by scanning your cloud infrastructure to discover all assets, including those that may have been created outside of your standard IaC pipelines — often referred to as “shadow IT.” Once these assets are identified, the platform codifies them into your IaC framework, bringing them under the same governance and management processes as your existing codebase. This codification ensures that all resources, regardless of their origin, are now managed as code.
By integrating these unmanaged assets into your IaC practices, these platforms enable continuous detection of drift — the divergence between the desired state defined in your code and the actual state in the cloud. They alert you to any unauthorized changes or misconfigurations, allowing for prompt remediation through your established IaC pipelines. This continuous monitoring and enforcement help maintain compliance with security policies and regulatory standards.
