Security for the
hidden attack surface

Mulberi reveals multi-system vulnerabilities across modern web infrastructure, risks legacy tools can't see, but AI-assisted attackers actively exploit.

The attack surface has outgrown traditional security

Modern applications face threats that legacy tools weren't designed to detect

Complexity creates new vulnerabilities

Modern applications are built from dozens of interconnected systems and services. Critical vulnerabilities emerge not within a single system, but between them.

Legacy tools can't see between systems

Traditional security tools operate in isolation, missing the multi-system attack surface that enables real-world breaches—even when protections are in place.

AI raises the ceiling for attackers

AI doesn't just automate easy attacks. It enables attackers to research, chain, and exploit complex vulnerabilities across systems faster than defenders can keep up.

This is the hidden attack surface—and it's where modern breaches begin.

Why Mulberi

Legacy tools scan systems in isolation.
Mulberi understands how systems interact.

Built for multi-system risk

Mulberi focuses on vulnerabilities that emerge only when multiple systems, services, and nodes interact.

Context without complexity

Our approach infers deep context from real-world behavior, even in black-box environments, without invasive setup.

Precision over noise

Fewer probes, fewer false positives, and findings aligned with real attacker behavior.

Starting with DAST

Mulberi's first product is a black-box DAST designed for penetration testers and red teams. It applies our multi-system detection approach to uncover vulnerabilities that traditional scanners miss—without requiring application context or invasive setup.

Interested in the hidden attack surface?

Whether you're testing modern web applications, responsible for enterprise security reporting, or exploring investment in next-generation security, we'd love to talk.

Request a conversation

Design partners, security teams, and investors welcome.