Penetration testing helps organizations evaluate the effectiveness of their cyber security controls through simulated, real-world cyber attacks. Selecting an applicable methodology is one of the most important activities in performing a penetration test. Our experience shows that a structured, effective methodology supported by qualified personnel consistently delivers high-quality output. For this reason we base our approach on the Penetration Testing Execution Standard (PTES) combined with a customized offensive threat-modeling process.
Two penetration testing services
We offer penetration testing as two complementary services — autonomous testing for continuous, scalable coverage, and manual testing by OffSec-certified experts for the depth automation can't reach.
Service 01
Autonomous penetration testing
AI-driven automation that continuously emulates a real attacker — discovering, chaining and safely exploiting weaknesses without waiting for a scheduled engagement.
- Continuous or on-demand — never a once-a-year snapshot
- Broad attack-surface coverage in hours, not weeks
- Exploit validation that cuts false positives
- Integrates with CI/CD to catch regressions as code ships
Service 02
Manual penetration testing
Hands-on testing by experts certified by OffSec — OSCP, OSWE, OSEP and OSCE — following PTES and a customized offensive threat-modeling process.
- Business-logic flaws and multi-step exploit chains
- Authorization, abuse cases and context-specific weaknesses
- Every finding hand-verified with a working proof-of-concept
- Remediation guidance tailored to your systems
What we cover
Both services go well beyond automated scanning — every significant finding is backed by a working exploitation proof-of-concept.
- Web, API, network, cloud, wireless and IoT targets
- PTES methodology with a customized offensive threat-modeling process
- Exploitation proof-of-concepts for every significant finding
Deliverables
- Risk heatmap
- Exploit proofs
- Recommendations & retest validation
Best for
Enterprises requiring assurance beyond automated scans — validation that defenses hold against a skilled, manual attacker.