Everything your team needs
From automated scanning to smart triage: connect your security tools to the development lifecycle.
Real-time scanning
Scans triggered by webhooks on every push or PR, with real-time progress and immediate feedback.
Unified findings
SAST, SCA, DAST and CSPM normalized into a single model, with automatic deduplication across rescans.
Multi-tenant and RBAC
Tenant isolation and granular roles, with per-endpoint control in every service.
Secure by design
Ephemeral artifacts destroyed after execution, encrypted code snippets and an immutable audit trail.
Pluggable notifications
Notifications in the main corporate chat channels, with rules by severity, type or scan completion.
External integrations
Integration with task management (two-way sync) and with the main Git repository providers, through signed webhooks.
Enable what you need
Each module is independent. Turn modules on or off per tenant without affecting other services.
SAST · Static Analysis
Static code analysis with per-repository rulesets, covering the OWASP Top 10 and custom rules with CWE mapping.
ActiveSCA · Dependencies
Detection of CVEs in open-source dependencies, with a severity threshold per tenant.
ActiveDAST · Dynamic Testing
Dynamic analysis of running applications, with authenticated active and passive scans.
ActiveCloud Security · CSPM
Cloud posture assessment on AWS, GCP and Azure, with findings normalized in the single dashboard.
ActiveDomain Recon
Discovery of subdomains and attack surface, with continuous monitoring.
ActiveTask management
Automatic creation of issues from critical findings, with two-way status sync.
ActiveMicroservices from day one
Each engine, built by FF Tech, is an independent container, with asynchronous communication and scanners decoupled from the database.
- Microservices architecture with end-to-end typing
- Modern, reactive and accessible frontend
- Database with per-tenant isolation
- Job queues and asynchronous event streams
- Authentication and federated SSO
- Scanners isolated in containers, with no access to the database
Built secure from the ground up
The platform that looks after the security of your code must be secure too. SecurityFlow practices what it preaches.
Tenant isolation
Each tenant has its own isolated space in the database, validated on every request, to prevent access between tenants.
AES-256 encryption
Code snippets and raw outputs encrypted at rest. Credentials in a secure vault with key rotation.
Network segmentation
Independent networks. Scanners are isolated, with access only to what they need, never to the database.
Immutable audit trail
Every access recorded in an append-only trail per tenant. A mismatch between the tenant context and the token raises an alert.
Container hardening
Non-root containers, read-only file systems and CPU and memory limits per worker.
Dogfooding
SecurityFlow scans its own code. CI runs analysis on every commit, and critical findings break the build.