OX vs Cycode
The Security Platform Cycode Customers Switch To
OX replaces the fragmented tool stack Cycode 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 Cycode
Capability
Why It Matters
AI Code Generation Security
VibeSec – prevention at creation
Not available
OX prevents vulnerabilities before they exist, eliminating security debt instead of managing it later.
Business-Risk Prioritization
Runtime reachability + exploitability + business context (PBOM, ADR)
Limited correlation and heuristics using signal-based prioritization
OX focuses teams on issues that will actually impact production, while correlation-based prioritization can still require validation and triage.
Complete SDLC Security Coverage
Full, code-aware analysis with deep, native context across the SDLC
Native scanners for code and pipeline, but relies on integrated tools
OX provides consistent, high-confidence context across the SDLC, while Cycode relies on combining multiple signals to build a unified view.
Unified Code to Cloud
Native, unified code-to-cloud traceability in a single platform
Partial, built through integrations
OX delivers deterministic visibility from code to runtime, while fragmented context can make it harder to consistently trace real risk.
Runtime Exposure Analysis
Attack path mapping and exploitability based on full SDLC context
Limited runtime validation
OX shows what is truly exploitable in production, enabling faster and more accurate remediation decisions.
AI Pentester
Continuous agentic validation with adaptive attack simulation
Not available
OX continuously validates real-world exploitability, uncovering risks that static or correlated analysis may miss.
ASPM
Native ASPM with unified data layer and full SDLC context
Core capability
OX provides a single source of truth with native context, while Cycode aggregates and correlates signals across systems.
Platform Consolidation
Unified AppSec + Cloud + ASPM (10+ capabilities) in one platform
ASPM + scanning with reliance on integrations
OX reduces tool sprawl and context fragmentation, while integration-heavy models can increase operational complexity over time.
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.
FAQ
OX Security prevents vulnerabilities at creation and proves runtime-relevant risk using native code-to-cloud context. Cycode is an ASPM platform that detects and correlates vulnerabilities after code is written.
OX Security prevents vulnerabilities during development with Vibe Security, stopping issues before they exist. Cycode identifies and prioritizes vulnerabilities after they are introduced into the SDLC.
Cycode does not prevent vulnerabilities during AI code generation. OX Security secures AI-generated code in real time with Vibe Security, applying security controls at creation.
OX Security reduces false positives by using PBOM and code-to-cloud traceability to identify real, reachable risks. Cycode correlates signals across tools, which can still require validation and triage.
OX Security provides better risk prioritization by predicting which vulnerabilities will impact production before deployment. Cycode prioritizes risk based on correlated signals and heuristics, which may require further validation.
OX Security generates native, deterministic context using PBOM across code, pipelines, and runtime. Cycode builds context by correlating data from integrations and multiple tools.
Cycode integrates with many security tools to provide visibility across the SDLC. OX Security replaces multiple tools with one unified platform that owns the security signal end to end.
OX Security validates runtime risk early using attack path analysis, exploitability, and AI Pentesting. Cycode typically relies on correlating signals and validating risk later in the lifecycle.
Cycode provides strong visibility and correlation across the SDLC, but it operates after vulnerabilities are introduced. OX Security is built for AI-driven development, preventing vulnerabilities early and proving real risk before runtime.
Choose OX Security when you want to prevent vulnerabilities at creation and understand real runtime risk before deployment. OX Security is the better choice when you need a unified, AI-native platform with deterministic code-to-cloud traceability.
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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