Low-privilege account reaches restricted billing objects.
Pentests that run themselves.
Proof your team can replay.
Autonomous agents find the chain. Certified operators prove it.
Oqtrix maps routes, identities and trust boundaries, then reasons across them to surface exploitable web and API attack chains. Certified operators verify the evidence before it reaches your team.
Watch Oqtrix reason through a web application.
This simulated walkthrough demonstrates the workflow. It does not send traffic to the entered domain.
READY Target workspace initialized
WAIT Route discovery queued
WAIT Identity graph queued
WAIT Exploit reasoning queued
WAIT Operator verification queued
Sequential object access exposes another tenant’s data.
Chained input reaches an internal metadata endpoint.
Run the walkthrough to populate the attack workspace.
Move from surface map to verified proof.
Explore two connected views from the Oqtrix workspace. The dashboard shows coverage; the finding view preserves the complete attack path.
Acme Commerce
Web application + API / authenticated scope
Authorization bypassAdmin scope reached in 4 steps
9.4Cross-tenant IDORCustomer records exposed
8.1SSRF to metadataCloud identity token reached
9.0Authorization bypass to admin billing scope
Verified by security operator / Updated 12 minutes ago
A low-privilege account can chain an object-level authorization flaw with an undocumented administrative route to access restricted billing records.
GET /api/admin/billing/organizations/184 Authorization: Bearer low_privilege_token HTTP/1.1 200 OK scope: organization_admin
Automation for reach. Operators for judgment.
Oqtrix accelerates the repeatable work while certified experts remain accountable for impact and evidence.
Map the real application
Discover routes, APIs, roles, sessions and trust boundaries beyond the public surface.
Reason across controls
Connect smaller weaknesses into realistic exploit paths that reflect attacker behavior.
Hand off verified proof
Deliver reproducible evidence, business impact and remediation guidance to engineering.