2026 WINNER · CYBERSECURITY STARS AWARDS
OX Security · Code-to-Cloud DevSecOps Platform
Best DevSecOps Platform
Overview
OX Security is an AI-native application security platform that integrates security across the entire software development lifecycle — from AI code generation through cloud runtime. As AI-accelerated development creates security debt faster than traditional tools can address it, OX unifies code scanning, supply chain validation, cloud posture management, runtime analysis, and autonomous attack simulation into a single closed-loop system. Security and development teams share a unified platform, enabling organizations to find, prioritize, and fix real-world exploitable risk at the source — without slowing developer velocity.
Key Capabilities
Key Capabilities/Features:
- OX Code: Unified code security engine covering SAST, SCA, SBOM, secrets and PII detection, IaC scanning, container security, API discovery, and CI/CD security — correlating findings across the full SDLC with business and runtime context to eliminate alert fatigue and prioritize what's actually exploitable
- OX Cloud: Centralizes cloud posture management, runtime security, drift detection, and infrastructure analysis — uniquely tracing every cloud vulnerability and misconfiguration back to its originating source code via Code Projection technology
- OX Agentic Pentester: Deploys autonomous AI agents that simulate real-world attacks against applications and APIs, correlating exploitable runtime vulnerabilities directly back to underlying code repositories for immediate, precise remediation
- VibeSec by OX: Embeds security directly into AI coding environments and developer workflows, preventing vulnerability introduction at the point of creation and reducing newly created production issues by up to 90%
- Pipeline Bill of Materials (PBOM): Provides full, automated traceability from code to runtime across CI/CD pipelines, enabling teams to detect risks across the entire software lifecycle and eliminate point-in-time blind spots
- Code Projection Technology: Maps runtime cloud vulnerabilities directly back to original source code — enabling immediate understanding of where risks originate in development pipelines and dramatically accelerating remediation
- Automated Remediation Workflows: Creates precise remediation recommendations down to the IDE or PR level, automatically triggering ticketing and communications workflows to align security and development teams
- Unified Asset Inventory: Maintains a continuous, cross-layer inventory across code repositories, CI/CD pipelines, APIs, containers, and cloud infrastructure — providing DevSecOps teams a single, always-current view of their attack surface
How we are different
What Makes OX Different:
- OX is the only platform that unifies the full DevSecOps lifecycle — from AI code generation through cloud runtime — in a single architecture, eliminating the visibility gaps and console fatigue that result from deploying layered, disconnected tools
- Unlike legacy AppSec platforms that generate high-volume alerts without context, OX correlates findings across code, cloud, and runtime to surface only those vulnerabilities that are truly exploitable in production
- OX's Code Projection technology uniquely traces runtime and cloud exposures back to their originating source code and CI/CD pipelines — enabling DevSecOps teams to remediate at the root cause rather than treat symptoms
- OX integrates security directly into developer workflows without slowing velocity — delivering remediation guidance at the IDE and PR level so developers can fix issues in context rather than through a separate security console
- The OX platform continuously re-prioritizes risk as environments evolve, ensuring DevSecOps teams are always focused on the exposures that matter most rather than chasing a static snapshot of vulnerabilities
- OX replaces the fragmented combination of scanners, CSPM tools, DAST solutions, and standalone pen testing with a unified platform — reducing tool sprawl, vendor overhead, and the blind spots that exist between disconnected systems
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