KinoSec offers an autonomous AI-driven penetration testing platform that simulates realistic hacker behavior to identify blind spots across an organization’s attack surface. By automatically exploiting vulnerabilities such as SQL injection, it provides continuous, cross‑domain security assessments faster than human teams. The system integrates with existing workflows via a simple install script, delivering detailed findings that help security teams prioritize remediation.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations struggle to identify hidden vulnerabilities across complex, cross-domain attack surfaces, and traditional penetration testing is limited by human speed, scalability, and consistency, leaving critical blind spots unaddressed.
Solution
KinoSec provides an autonomous penetration testing platform that continuously scans and exploits vulnerabilities, such as SQL injection, without human intervention. Its AI-driven engine simulates real-world attacker behavior, probing the entire attack surface to surface blind spots faster than manual teams. The platform generates detailed, actionable reports that prioritize findings based on exploitability and impact. By delivering near‑real‑time threat intelligence, KinoSec enables security teams to remediate risks proactively and maintain a continuously hardened environment.
Target Audience
Primary customers are enterprise security teams, red‑team operators, and managed security service providers that need scalable, high‑velocity vulnerability assessment across large, heterogeneous environments.
Features
- Fully autonomous AI engine that conducts end‑to‑end exploitation of vulnerabilities, including advanced SQL injection attacks
- Continuous cross‑domain scanning that covers web, API, and network layers to map the complete attack surface
- Realistic attacker simulation with adaptive tactics to mimic human adversaries and uncover hidden blind spots
- Automated reporting with exploit details, risk scores, and remediation guidance delivered in near real‑time
- Benchmark‑validated performance showing higher detection rates than human pentesters on metrics such as BoxPwnr, Shannon, and MAPTA