Cybersecurity

AI-assisted security across source code, dependencies, cloud configuration, and enterprise workflows.

Cortex Cybersecurity

Find, prioritize, validate, and document software risk

Cortex brings code review, dependency analysis, cloud configuration, managed execution, and enterprise context into a coordinated security workflow that produces actionable findings and traceable evidence.

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Code and Dependency Security

Review first-party code and third-party components
with context that helps separate meaningful risk from noise.

Secure Cloud Execution

Use isolated project environments with scoped
credentials, network policies, resource limits, and validation gates.

Audit-Ready Evidence

Preserve the source, configuration, checks, results,
and limitations behind security assessments and remediation.

Cybersecurity in Numbers

Security Across Code, Cloud, and Context

3

Primary signals: code, configuration, and SBOM

5

Operations: identify, prioritize, validate, fix, report

10

MCP connections to enterprise services

1

Reviewable evidence chain for every assessment

Cortex Security Workflows

Cortex helps security and engineering teams evaluate software risk across code, dependencies, infrastructure, and managed execution while keeping each action bounded, observable, and subject to human review.

Central Security Visibility: See security posture, findings, and workflow progress across the organization in one place.

Application Code Analysis: Find supported source-code weaknesses and trace them to the files that require attention.

Dependency and SBOM Security: Identify vulnerable components and maintain visibility into the software supply chain.

Cloud Configuration Review: Assess eligible infrastructure and deployment risks alongside application findings.

Secret Exposure Detection: Detect credentials and sensitive values that could create access or data exposure risk.

ASPM and Risk Prioritization: Correlate findings and focus remediation on the issues with the greatest likely impact.

Runtime Security Assessment: Evaluate supported applications during bounded execution to uncover runtime behavior and risk.

GitHub-Native Review: Keep routine pull-request security feedback in GitHub with deeper analysis available in DevSecOps.

Role-Aware Governance: Control who can view findings, approve changes, manage projects, and initiate operations.

Human Approval: Keep consequential remediation, deployment, and connected-service actions subject to review.

Least-Privilege Access: Scope repository, cloud, and enterprise-service permissions to the active security task.

Isolated Assessments: Run eligible builds, tests, and runtime checks in bounded managed environments.

Prompt Injection Defense: Prevent untrusted retrieved content from overriding security controls or authorized intent.

Action Verification: Check resulting system and workflow state instead of assuming an attempted operation succeeded.

Auditable Operations: Preserve the scope, actions, evidence, and limitations behind security decisions.

Security Beyond Patch Scanning

Secure execution depends on isolation, scoped permissions, credential handling, network policy, resource limits, validation, and evidence—not on vulnerability scanning alone.

Enterprise Security Context

Cortex can connect approved enterprise services through MCP so security work can use relevant repository, issue, communication, cloud, and business context without granting unrestricted access.

Organization Reporting: Use consolidated reports and analytics to guide remediation priorities and security decisions.

Multi-Cloud Delivery Context: Connect approved AWS, Azure, and Google Cloud resources to the application security story.

AI-Assisted Remediation: Turn supported findings into reviewable fix suggestions with clear developer ownership.

Validation and Release Evidence: Keep tests, security checks, runtime results, and release artifacts available for review.

Connected Enterprise Context: Use approved repository, issue, collaboration, cloud, and business data through MCP connectors.

Continuous Security Workflow: Carry findings from discovery through prioritization, remediation, verification, and release.