Project Name
Untraced Production Breach Resolved by Tracing 12 Critical CVEs With Trivy Deep Scanning
A mid-market networking SaaS provider headquartered in North America, serving broadband operators with real-time telemetry analytics, woke up to compromised frontend containers, a database under unexpected write load, and multiple customer environments affected by a single breached VM. The security team knew they had been hit but could not pinpoint which vulnerabilities had been exploited, which images were still exposed, or how deep the compromise ran. Every remediation step was guesswork. Applying its AI-First approach, Ksolves was engaged to turn forensic uncertainty into a traceable, CVE-level root cause analysis with a prioritised remediation roadmap and an automated scanning pipeline to prevent recurrence.
- Untraced Production Compromise: The frontend application and database experienced a confirmed breach with no forensic trail linking the incident to specific vulnerability codes or affected image layers - leaving the full scope of the compromise unknown.
- Database Write Anomalies With No Root Cause: The production database exhibited sudden write spikes and unauthorised access patterns, indicating exploitation of a database-adjacent vulnerability that had never been catalogued or scanned.
- Multi-Customer VM Compromise: A single VM compromise cascaded across multiple customer environments through lateral movement that existing monitoring had failed to detect or contain - amplifying the blast radius across the entire customer base.
- No Centralised Vulnerability Inventory: Container images and source repositories had never been subjected to a unified deep scan. Vulnerabilities existed across dozens of images and repositories with no consolidated severity view or CVE catalogue.
- Blind Remediation Without Root Cause: Without mapping specific CVEs to the compromise vector, every patch and configuration change was reactive guesswork - risking incomplete remediation, missed attack vectors, and recurrence of the same breach.
- No Repeatable Security Scanning Pipeline: Security auditing was a one-off manual process with no automation, leaving the organisation fully exposed between audit cycles with no mechanism for ongoing vulnerability detection.
Ksolves deployed a forensic incident response built on one principle: traceability. Every remediation action had to map to a specific CVE and a confirmed attack vector. Full-depth Trivy scans across all production images and source repositories correlate findings to the breach, producing a prioritised remediation roadmap and an automated pipeline to prevent recurrence.
- Trivy Deep Image Scanning: Comprehensive vulnerability scans across all production container images identified critical and high-severity CVEs with layer-level attribution - establishing exactly which base images and dependencies carried exploitable vulnerabilities linked to the breach.
- Repository-Level Source Scanning: All application source repositories were scanned for embedded secrets, insecure dependencies, and known vulnerability patterns - extending the forensic scope beyond runtime images to the build-time supply chain.
- CVE-to-Incident Correlation and RCA: The 12 most critical CVEs were mapped directly to the observed compromise indicators - database write anomalies, frontend injection vectors, and VM lateral movement paths - producing a fully traceable root cause analysis with evidence-backed conclusions.
- Prioritised Remediation Roadmap: A severity-ranked remediation plan was delivered with specific patch versions, image rebuild instructions, and configuration hardening steps - enabling the team to close the highest-risk gaps first with no guesswork.
- Trivy-Based Automated Scanning Pipeline: A repeatable Trivy pipeline was designed and integrated into the CI/CD workflow, ensuring every future image build is scanned before reaching production - replacing periodic manual audits with continuous pre-deployment vulnerability gating.
Technology Stack
| Category | Technology |
|---|---|
| Security | Trivy |
| DevSecOps | Trivy Repository Scanning |
| Infrastructure | Container Images (Docker) |
| Methodology | Root Cause Analysis (RCA) |
| Platform | CI/CD Pipeline Integration |
- 12 Critical CVEs Traced to Compromise: Trivy deep scanning identified and correlated 12 critical CVEs to the production compromise vector, giving the security team an exact, evidence-backed remediation target list for the first time since the breach.
- 100% Container Image Coverage: Every production container image was scanned at the layer level, producing a complete vulnerability inventory that had never existed, eliminating all blind spots in the organisation's container security posture.
- Root Cause Identified in Days, Not Weeks: The forensic engagement moved the team from complete uncertainty to a precise CVE-level root cause analysis in days, enabling the board to be briefed with evidence-backed conclusions rather than speculation.
- Multi-Customer Blast Radius Contained: Root cause identification enabled targeted isolation and patching of the compromised VM and affected images, containing lateral movement and preventing further cascade across additional customer environments.
- Automated Scan Gate Eliminates Audit Gaps: The CI/CD-integrated Trivy pipeline now scans every image build before deployment, replacing periodic manual audits with continuous pre-deployment vulnerability gating - no unscanned image reaches production again.
“Before Ksolves came in, we knew we had been compromised, but could not tell our board exactly which vulnerabilities were exploited. The Trivy deep scan gave us a precise CVE-level map; we went from guessing to knowing in days, not weeks.”
-VP of Engineering / Head of Security
A networking SaaS provider facing a confirmed production compromise with no forensic trail was given a precise, CVE-level root cause analysis in days through Ksolves’ DevSecOps consulting services. Trivy deep scanning identified 12 critical CVEs, achieved 100% container image coverage for the first time, and produced a severity-ranked remediation roadmap that eliminated guesswork from every patch decision. Multi-customer lateral movement was contained, and a CI/CD-integrated Trivy pipeline now ensures continuous pre-deployment vulnerability gating – moving the organisation from reactive patching to forensic-grade, automated security governance.
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