Six signals into the AI Prioritization Engine, one ranked list of what to fix first.
Security woven into all eight phases of the pipeline, not bolted on at the end.
Threat modeling and compliance requirements defined up front.
Secure coding standards, SAST, and automated policy checks.
Software composition analysis, container security, and IaC validation.
DAST, API security testing, and penetration testing.
Digital signing and automated compliance checks before ship.
Least-privilege access and runtime protection at rollout.
Zero-Trust controls enforced in production.
SIEM, threat intelligence, and anomaly detection feeding the next plan.
A scanner hands you thousands of findings; we run Continuous Threat Exposure Management. An AI engine combines threat intelligence, asset context, exploitability, and business impact - not static CVSS - then drives the few fixes that matter to verified closure.
Five stages: Scope your true attack surface, Discover visible and hidden assets, Prioritize by exploitability, Validate with testing, and Mobilize findings across teams - a continuous loop, not a point-in-time scan.
Yes - blended autonomous and manual. Autonomous pentesting tests thousands of assets fast and repeatably; manual testing understands workflows, intent, and business-logic flaws. Our red-team engagements compromise 96% of clients with minimal detection in 80%, typically reaching initial access in 8-15 days and their objective in 8-10 days - across Physical Security (tailgating, badge cloning, unattended systems), Social Engineering (phishing, quishing, vishing), and Wireless Security (rogue APs, weak encryption, protocol gaps).
Yes - SAST, DAST, API security, mobile app security, plus AI infrastructure pentesting (GPU clusters, model APIs, data pipelines) and LLM application security (input/output sanitization, RBAC, data protection). We weave security into all eight DevSecOps phases: Plan, Code, Build, Test, Release, Deploy, Operate, and Monitor.
Risk-ranked vulnerabilities with contextual remediation guidance, SLA-driven workflows, and board-ready risk-posture reporting - so leadership sees exposure trending down, not a spreadsheet of CVEs.
Yes - real-world engagements with real findings. At the largest bank in the UAE we exposed full core-banking compromise via credential theft and ATM compromise. For a UAE real-estate client we detected subdomain takeover and XSS/SQLi, securing it to the OWASP Top 10. For an insurance provider we found a business-logic flaw enabling free insurance sales. For an FMCG client we chained RCE and SQLi into full app-server takeover. In the financial sector we surfaced open databases, weak configs, and unpatched software. And for a government health entity in Dubai we found RCE paths and weak SMB signing enabling lateral movement.