What is DevOps penetration testing?
DevOps penetration testing evaluates the security of the technology and workflows used to build, deploy, and operate software. It can include web applications, APIs, source code, cloud accounts, network controls, secrets handling, and CI/CD-connected infrastructure. The goal is to validate whether weaknesses can be exploited and provide engineering teams with prioritized, reproducible remediation guidance before risks reach production.
How is DevOps penetration testing different from an automated vulnerability scan?
Automated scanners are useful for broad visibility, but they can miss business-logic flaws, authorization issues, exploit chains, and context-specific cloud or API risks. Vynox uses manual, expert-led testing with AI-augmented tooling and human validation. Each confirmed finding includes evidence, severity context, reproduction steps, and stack-specific guidance, so teams can focus on genuine, exploitable security gaps rather than unverified alerts.
What parts of a DevOps environment can Vynox test?
Vynox can test web applications, REST and GraphQL APIs, mobile applications, cloud environments on AWS, GCP, and Azure, internal and external networks, and application source code. Engagements can also assess AI workloads, including LLM applications, RAG retrieval paths, agents with tool access, and cloud storage or pipeline controls that protect model weights and training data.
How long does a DevOps penetration test take?
Timing depends on the engagement scope. Cloud and API assessments typically take 3–5 business days, while web, mobile, and network tests generally take 5–10 business days. Broader infrastructure and AI security engagements commonly take 5–15 business days. AI red teaming is a deeper, scenario-driven engagement that usually takes 3–5 weeks due to its multi-step adversarial testing approach.
Will the test disrupt our production systems?
Testing is scoped with agreed rules of engagement to reduce operational risk. Vynox validates vulnerabilities safely and coordinates testing windows, target systems, and exclusions with your team. Destructive testing of AI agents or workflows is performed in staging or sandbox environments with guardrails. Any production testing is planned carefully around availability, data sensitivity, and approved attack techniques.
Can DevOps penetration testing support SOC 2 or ISO 27001?
Yes. Vynox maps penetration-test findings to SOC 2 and ISO 27001 control evidence requirements and prepares assessor-ready reporting. This helps teams demonstrate independent security testing during audit cycles and respond to customer security questionnaires. Vynox is not a certifying audit firm, but the engagement provides the testing evidence, remediation priorities, and documentation auditors and enterprise buyers commonly request.
What will we receive after the engagement?
You receive a technical report with validated findings, severity ratings, evidence screenshots, reproduction steps, and developer-ready remediation guidance. Leadership receives an executive summary that explains the most important risks and recommended priorities. Relevant engagements also include SOC 2 and ISO 27001 evidence mapping. For continuous PTaaS, teams can track active and resolved vulnerabilities through the Vynox dashboard.
Can Vynox retest fixes after our team deploys them?
Yes. Retesting is included within the agreed engagement scope so teams can confirm that remediation has addressed the reported issue. Under the PTaaS model, Vynox verifies fixes the same day they are deployed to staging. This allows engineering teams to close the loop quickly, maintain a current security posture, and avoid waiting for the next annual assessment cycle.