Supply chain attacks increasingly exploit vulnerabilities scattered across code repositories, CI/CD pipelines, and cloud infrastructure to construct attack chains that traditional security tools fail to detect. Threat actors connect small flaws—each individually low-severity—into coordinated exploits that bypass isolated defenses designed to catch single-point failures.

Wiz security researchers highlight a critical blind spot in modern security operations. Organizations deploy detection systems that generate excessive noise, flooding analysts with low-priority alerts that obscure genuine threats. This alert fatigue causes security teams to deprioritize or ignore warnings, creating windows for attackers to move laterally across multiple systems before detection occurs.

The attack pattern works like this. An attacker identifies a minor vulnerability in an open-source dependency within a code repository. They chain that flaw to a misconfiguration in the CI/CD pipeline that allows unauthorized artifact modification. They exploit that to gain access to a cloud environment where data assets sit unprotected. Each individual component appears benign. The combination becomes lethal.

Modern attack paths cross three distinct security domains that most organizations manage separately. Code security teams focus on repositories and dependencies. Infrastructure teams guard pipelines and deployment processes. Cloud security teams monitor runtime environments. Attackers exploit the gaps between these siloed defenses.

The webinar addresses practical mitigation strategies. Organizations need tools that correlate alerts across code, pipeline, and cloud layers to surface genuine attack chains rather than individual weak signals. Security teams require visibility into how vulnerabilities in one domain expose systems in another. Context matters more than volume. A low-severity code issue becomes high-risk when it opens a path to production data.

The briefing emphasizes that defending modern applications requires abandoning the smoke-alarm approach to security. Teams must map dependencies between code repositories, deployment processes, and cloud resources to identify which flaws actually create exploitable chains. This approach reduces alert fatigue while increasing threat detection