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VULNARY / SECURITY VALIDATION PLATFORM

FROM ATTACK SURFACE TO PROOF.
ONE PLATFORM FOR SECURITY VALIDATION.

SECURITY VALIDATION, BUILT FOR EVIDENCE.

REQUEST A SECURITY ASSESSMENT OUR METHODOLOGY

Five specialized engines validate exposure, exploitability, attack paths, business impact, and remediation. One platform connects the evidence across the attack surface, turning security testing into defensible, decision-ready results.

FIG. 01 · VALIDATION WORKFLOW Define the scope. Validate the risk. Correlate the evidence. Prove the outcome.

01 ENTERPRISE ATTACK SURFACE

Application & Dependencies

Source code, packages, build artifacts

Web Applications & APIs

Applications, endpoints, authentication

Network & Identity

Infrastructure, directory services, access controls

Cloud & Containers

Workloads, configurations, IAM

AI & Autonomous Systems

Models, agents, tools, pipelines

Data & Secrets

Sensitive data, credentials, keys, exposure

02 SECURITY VALIDATION ENGINES

CODE TO EXPLOITATION

Reported flaw to proven exploit

CODE REVIEW

Code-path analysis, with proof

AI AUTONOMOUS OFFENSIVE PLATFORM

Adversarial attack-path validation

ATTACK SURFACE THREAT MAP

Continuous environment discovery

VALIDATION ENGINE

Independent third-party verification

Five specialized engines. One unified validation framework.

03 VALIDATED SECURITY OUTCOMES

Security Impact Validation

Reproducible evidence demonstrating exploitability, material impact, and exposure.

Attack Path Intelligence

Evidence-backed analysis tracing the path from initial exposure to consequential impact.

Remediation Assurance

Independent validation confirming that corrective controls effectively address the identified risk.

SECURITY ASSURANCE SCOPE MATRIX

Comprehensive Security Assurance Platform

Each capability addresses a distinct layer of the security lifecycle, from vulnerability validation and code-level analysis to attack-path discovery, exposure intelligence, and independent assurance.

CODE TO EXPLOITATION

ENGAGEMENT INPUT

Security finding or hypothesis

CVE, advisory, or suspected weakness

ASSESSMENT APPROACH

Exploitability & remediation analysis

Isolate, reproduce, establish exploitability, determine remediation

ENTERPRISE DELIVERABLE

Validated exploitability with a defined path to remediation

What can be exploited, how, and how to address it

CODE REVIEW

ENGAGEMENT INPUT

Software codebase

Repository, source archive, or GitHub project

ASSESSMENT APPROACH

Application & code-path analysis

Execution, data flow, dependencies and control paths, whole-repo

ENTERPRISE DELIVERABLE

Evidence-backed security findings with code-level traceability

Backed by execution paths and technical evidence, not warnings

AI AUTONOMOUS OFFENSIVE PLATFORM

ENGAGEMENT INPUT

Enterprise attack surface

Applications, infrastructure, networks, AI/agentic systems

ASSESSMENT APPROACH

Adversarial attack-path analysis

Identify, validate, chain and demonstrate exploitable paths

ENTERPRISE DELIVERABLE

Demonstrated attack paths tied to business impact

How individual weaknesses chain into meaningful compromise

ATTACK SURFACE THREAT MAP

ENGAGEMENT INPUT

Enterprise environment

Deployed assets, identities, services, relationships

ASSESSMENT APPROACH

Continuous exposure intelligence

Discover, correlate and contextualize across the environment

ENTERPRISE DELIVERABLE

Authoritative security context across the environment

A correlated view of assets, identities and exposure

VALIDATION ENGINE

ENGAGEMENT INPUT

Existing security assessment

Third-party report, finding, or claimed exposure

ASSESSMENT APPROACH

Independent security validation

Reproduce findings, re-perform testing, establish current posture

ENTERPRISE DELIVERABLE

Independent determination of security reality

What remains valid, exploitable, material and actionable

MANAGED CAPABILITY

ONE OPERATOR RUNS EVERY CAPABILITY.

The Resident works your stack in three offensive modes (white-box code review, red team, and black-box pentest) on a cadence you control, timed off-peak so it never touches production.

365

days covered
per year

offensive modes
one operator

humans in
the chair

DEPLOY THE RESIDENT

TERMS OF OPERATION

FULLY MANAGED

Nothing to deploy. No appliance to maintain. No headcount to hire. Your team reads the findings.

DEEP SECURITY OPERATIONS

Reverse-engineers binaries in its own sandbox, implements published research in code, develops exploits, and discovers and validates new vulnerabilities.

SCOPE STAYS YOURS

Your team defines the scope and the rules of engagement. That is the one human touch, and the Resident works strictly inside it.

KNOWLEDGE RETENTION

Every engagement compounds a private knowledge base, preserving institutional expertise and reducing reliance on outside firms.