OX vs Snyk
The Security Platform Snyk Customers Switch To
OX replaces the fragmented tool stack Snyk leaves behind ‑ covering AI code to cloud in one platform that finds, prioritizes, and fixes what actually matters.
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Trusted by global security teams
How OX outperforms Snyk
Capability
Why It Matters
AI Code Generation Security
VibeSec – prevention at creation
Not available
OX prevents vulnerabilities before they exist, eliminating security debt entirely.
Business-Risk Prioritization
Runtime reachability + business context (PBOM, ADR)
CVSS-based + limited context
OX focuses teams on the few issues that actually impact the business, not theoretical risk.
Complete SDLC Security Coverage
Native, context aware code to runtime coverage
Available, but limited depth
OX delivers high-confidence findings that separate theoretical risk from actual risk.
Unified Code to Cloud
Native, unified in the OX platform
Separate Snyk Cloud product
Fragmented tools mean fractured context. OX provides unified visibility from code to cloud, eliminating blind spots and misaligned fixes.
Runtime Exposure Analysis
Attack path mapping & exploitability
Not available
OX shows what can truly be exploited in production, enabling faster, smarter remediation.
AI Pentester
Continuous validation
Not available
OX uncovers hidden exploit paths through intelligent, context-driven attack simulation
ASPM
Govern 120+ integrations
Limited governance layer
OX delivers clarity, context and real time insights across the entire organization
Platform Consolidation
Unified AppSec + Cloud + ASPM (10+ capabilities)
Point solutions
OX reduces cost, complexity, and context switching while accelerating secure delivery
Customers Agree on OX:
“A team with a passion for AppSec, underscored by lightning paced development and a fantastic value proposition.”
Real Problems Security Teams Face
Too many alerts,
not enough context
not enough context
Security tools surface findings – but teams still triage noise because context is missing.
Blind spots outside code
Cloud exposure, API reachability, and runtime risk aren’t visible in most developer tools.
Tool sprawl drains velocity
Teams stitch together SAST, SCA, CSPM, and runtime tools – losing signal and slowing remediation.
A Single Application Security Platform:
From Code to Runtime
One platform that secures applications end-to-end ‑ correlating and prioritizing risk back to the exact source in code.
Secure AI Code
Prevents insecure AI-generated code before it enters the repository with VibeSec – stopping vulnerabilities before they spread.
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Code Security
Identifies vulnerabilities, dependency risks, secrets, and misconfigurations with full code context, not just isolated findings.
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Cloud & Runtime
Secures CI/CD, IaC, containers, and cloud configurations as they evolve, without breaking velocity.
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AI Pentesting
Understands real exposure through API analysis, attack path mapping, and CSPM, feeding insights back to prioritize what’s actually reachable in production.
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For the first time in history we reached zero critical vulnerabilities.
The platform seamlessly integrates with existing tools for quick team adoption, covers static code analysis and supply chain risks comprehensively, and offers an intuitive interface that simplifies navigation and insights extraction.
Verified User,
Mid-Market (51–1000 employees)
OX is easy to use yet powerful, making impressive detections even in early scans. It integrates smoothly with GitLab and CI/CD pipelines, and the POC process is straightforward. Onboarding and ongoing support make for a seamless experience.
Verified User,
Mid-Market (51–1000 employees)
OX consolidates multiple tools into one dashboard with AI-powered integrations for efficient issue resolution. Its on-premises solution ensures code scanning stays secure within the organization’s infrastructure, appealing to those who prefer not to upload code to third-party platforms.
Verified User,
Mid-Market (51–1000 employees)
OX enhances our security posture with seamless integrations like GitLab, Jira, and Slack, keeping the team proactive. Its combined SAST and open-source checks streamline security and provide deep insights across cloud and CI/CD environments.
Verified User,
Mid-Market (51–1000 employees)
OX is essential to our AppSec strategy, streamlining security with early issue detection in the CI pipeline and valuable insights. The UI is customizable, RBAC improves workflows, and customer support is top-notch. Frequent updates, like BOM capabilities, enhance visibility and control, making OX a future industry leader.
Verified User,
Mid-Market (51–1000 employees)
Installation was easy. OX lets DevSecOps and dev teams focus on real issues, not just ticking boxes. The customer success service helps us implement OX across the company, and we use the OX and Jira dashboards daily to monitor potential issues.
Verified User,
Small-Business
Seamless and fast integration with your tools; a wide amount of features; user-friendly easy to use interface; great level of technical and non-technical support from the vendor.
Verified User,
Mid-Market (51–1000 employees)
As one of OX Security's first customers, I was searching for an effective solution to upscale Upstream Security's application security stack. I evaluated several and various vendor's solutions during the selection process. With OX Security I was able to meet all our demanding requirements, deploy it quickly and intuitively.
Verified User,
Mid-Market (51–1000 employees)
FAQ
OX Security prevents vulnerabilities at creation and proves runtime-relevant risk in a single unified platform. Snyk is a developer-first security platform that combines multiple scanners to find vulnerabilities after code and dependencies are introduced.
OX Security prevents vulnerabilities during code creation using Vibe Security and context-driven controls. Snyk detects vulnerabilities after code and dependencies are added, requiring developers to fix issues later.
Snyk does not prevent vulnerabilities during AI code generation. OX Security secures AI-generated code in real time with Vibe Security, applying security controls at the moment of creation.
OX Security reduces false positives by using PBOM and code-to-runtime context to identify real, reachable risks. Snyk relies on multiple scanners and severity-based prioritization, which can create noise and require triage.
OX Security provides better risk prioritization by predicting which vulnerabilities will impact production using full SDLC context. Snyk prioritizes issues based on severity and heuristics, which may not reflect real runtime risk.
Snyk combines multiple scanners across code, dependencies, and infrastructure, which can create fragmented signals and noise. OX Security provides a unified, context-driven platform that eliminates false positives.
OX Security improves developer productivity by preventing vulnerabilities before they are introduced, eliminating rework. Snyk identifies issues after development starts, requiring ongoing triage and remediation.
Severity scores do not reflect real production risk. OX Security uses code-to-cloud context to predict which vulnerabilities are actually exploitable and relevant.
Snyk improves developer visibility but is still based on detection after code and dependencies are introduced. OX Security is built for AI-driven development, preventing vulnerabilities early and validating real runtime risk.
Choose OX Security when you want to prevent vulnerabilities instead of managing them through scanning and triage. OX Security is the better choice when you need unified, AI-native security with real risk prioritization across code to cloud.
It’s Time to Secure Code the Way Software Is Built
OX embeds security at the source and carries it through to runtime, so teams stay fast and in control.
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