Key Takeaways

• Application security risks can emerge during development, deployment, or after an application is already live.
• Code Security Assessment examines source code, dependencies, software components, infrastructure-as-code and exposed secrets.
• Combining SAST, SCA, SBOM, IaC and Secret Scanning gives teams broader visibility across the application.
• Continuous assessment helps organisations discover new risks as applications and their environments change.
• Bringing different assessments into one platform helps security and development teams work from a shared view instead of siloed tools.

Security Risk Does Not End at Launch

An application can be secure when it goes live and still become vulnerable later. Code changes, dependencies are updated, infrastructure configurations evolve, and new vulnerabilities are discovered in software that was previously considered safe. A secret can also be accidentally exposed in a repository, or a configuration change can introduce an unexpected security weakness.

This is why application security cannot rely on a single assessment before launch. Organisations need to continuously discover security risks throughout the application lifecycle, including when applications are already running in production.

ArmourZero’s Automated Vulnerability Management (AVM) supports this approach through Code Security Assessment, bringing different types of security assessment together to provide broader visibility into application risk.

What Does Code Security Assessment Cover?

Code Security Assessment looks beyond the source code itself. Modern applications rely on open-source libraries, third-party components, infrastructure configurations and credentials, all of which can introduce security risks.

ArmourZero brings several assessment types together:

• SAST identifies vulnerabilities and insecure patterns in source code.
• SCA identifies known vulnerabilities in open-source and third-party dependencies.
• SBOM provides visibility into the software components and dependencies used by an application.
• IaC identifies security risks and misconfigurations in infrastructure-as-code.
• Secret Scanning detects exposed credentials, API keys, tokens and other sensitive information.

Each assessment covers a different area, but together they provide a more complete view of where application risk may exist.

Why Does Continuous Assessment Matter?

A security assessment provides a view of an application at a particular point in time, but the application itself continues to change. A new code commit can introduce a vulnerability, a dependency can become affected by a newly disclosed CVE, or an infrastructure change can create an unintended exposure.

Continuous assessment helps organisations keep discovering these risks as changes occur rather than waiting for the next scheduled security review. By integrating assessments into the CI/CD pipeline, security checks can become part of the development workflow while continuing to support security visibility beyond the initial release.

This approach is particularly important for live applications, where vulnerabilities may remain unnoticed until they are exploited or identified through a separate security activity.

Moving Beyond Siloed Security Tools

Continuous assessment can create another challenge when every type of assessment is managed through a separate tool. Security teams may have one platform for source code, another for dependencies and another for infrastructure, while developers have to move between different dashboards and reports to understand what needs attention.

A unified approach brings these findings together.

With SAST, SCA, SBOM, IaC and Secret Scanning available within the same platform, security and development teams can work from a shared view of application risk instead of piecing together findings from multiple systems. Risk, operations and business stakeholders can also have greater visibility into remediation progress and outstanding issues.

This matters because a vulnerable dependency, exposed secret and infrastructure misconfiguration may come from different assessments, but they can all affect the security of the same application.

From Discovery to Remediation

Finding a security issue is only part of the process. Teams also need to determine whether a finding is relevant, understand its impact and decide how it should be addressed.

ArmourZero uses AI to support this process through false-positive detection and remediation suggestions, giving teams additional context when reviewing findings and working towards remediation. The platform brings the findings and the people responsible for addressing them into the same workflow, helping security and development teams collaborate without relying on disconnected tools and reports.

Making Code Security Continuous

Code security is not a one-time exercise because applications, dependencies and infrastructure continue to change. Organisations need continuous and automated ways to discover vulnerabilities, exposed secrets, insecure dependencies and configuration risks across the application lifecycle.

ArmourZero Code Security Assessment brings SAST, SCA, SBOM, IaC and Secret Scanning together within its AVM platform, giving security and development teams one place to continuously assess application risk, understand findings and collaborate on remediation.

The goal is not simply to find more vulnerabilities. It is to maintain a clearer view of application risk as the environment changes and give the teams responsible for security a shared way to manage what they discover.