Complete Application Security
in One Platform
Offensive360 combines static code analysis, dynamic web and API testing, mobile binary analysis, external attack surface management, and autonomous red teaming in a single platform. Scan code, test running applications, analyze APK and IPA binaries, map what you expose, and prove what is exploitable — with unified results instead of six stitched-together tools.
One platform, every attack surface
Analyze source code, test running applications, scan mobile binaries, and run authorized AI-driven penetration engagements — all in one place.
Static Code Analysis
Analyze source code for vulnerabilities before deployment. Data-flow analysis, not just pattern matching.
- 60+ programming languages
- Comprehensive vulnerability detection
- CWE and OWASP-mapped findings
- Fix suggestions with secure code examples
Dynamic Web App Testing
Test running applications for real-world vulnerabilities. Authenticated scanning and API testing included.
- Web application and API scanning
- Authenticated testing behind login
- Real exploit validation
- Request/response evidence in reports
Mobile App Security Testing
Analyze Android APK/AAB and iOS IPA binaries for security flaws — no source code required.
- Android and iOS binary analysis
- OWASP Mobile Top 10 (2024) mapping
- Hardcoded secrets and weak crypto detection
- Embedded SDK and tracker analysis
Authorized AI Penetration Testing
Run full, authorized PTES engagements driven by AI — gated by a signed authorization record, human-approved before exploitation, with a kill switch you control.
- Signed in-product authorization gate
- Human approval required before exploitation
- Visible kill switch, DoS force-disabled
- OWASP WSTG + MITRE ATT&CK reporting
Attack Surface Management
Continuously discover and monitor everything you expose — subdomains, ports, services, certificates, and leaked credentials — risk-scored and validated inside the platform.
- Continuous asset & subdomain discovery
- Ports, services & TLS posture
- Breached-credential monitoring
- Scheduled monitors with change alerts
Autonomous Red Teaming
Continuous, machine-speed adversary emulation that plans its own attack paths and proves exploitability — bounded by an enforced scope guard, safe by default, stoppable in one click.
- Autonomous attack-path planning & chaining
- Enforced scope guard — never out of bounds
- Proof-of-exploit validation, low false positives
- Offline & air-gapped AI reasoning
Why a unified platform matters
One workflow from code to runtime to external exposure — no context switching, no data silos.
Correlated findings
See which code vulnerabilities (SAST) are actually exploitable at runtime (DAST). Prioritize what matters.
Single dashboard
One view of your security posture across all projects, languages, and test types. No tool-switching.
Consistent workflow
Same CI/CD integration, same reporting format, same team collaboration features for both SAST and DAST.
Ready to find what your current tools are missing?
Book a walkthrough with our security team and see it on your own code.