Agnite Security Lab
The lab shows how SaaS security failures appear in real API behavior: tenant data, object access, role permissions, paid features, webhook results, API key responses, and session state being accepted when they should be blocked.
This is a lab-based trust layer for the public audit story, not real client data or an exploit playground.
SaaS leaks often look like normal API traffic
Most SaaS security failures do not look dramatic in logs. They look like normal authenticated requests returning data, state, or access they should not.
Normal request, wrong data
The lab shows how normal authenticated traffic can return data, state, or access it should not have.
Evidence before opinion
Each scenario captures the actor, target boundary, unsafe response, and secure response in a public-safe format.
Built for SaaS boundaries
The scenarios center on tenants, roles, billing, exports, webhooks, API keys, sessions, and audit logs.
Representative SaaS failure patterns
The lab does not try to simulate every security issue. It focuses on the SaaS boundaries buyers most often need to see covered.
Tenant isolation bugs
Tenant A can access records, invoices, reports, or files belonging to Tenant B.
IDOR / BOLA
A user changes an object ID and receives data they are not authorized to access.
RBAC bypass
A lower role performs owner or admin actions because the backend trusts weak role checks.
Billing workflow abuse
Plan, invoice, or paid feature state is accepted from the client instead of trusted billing records.
Webhook trust failures
Unsigned, replayed, or fake webhook events change credits, plans, or entitlements.
Broken authentication
Expired tokens, reused reset links, old sessions, or missing re-auth checks are accepted.
Export and download leaks
Bulk exports, reports, or download links return unscoped tenant data.
API key scope failures
Deleted, overpowered, or wrong-tenant API keys still access protected resources.
Weak audit logging
Denied access, support actions, webhook failures, or suspicious object requests lack useful audit context.
Abuse and rate-limit gaps
Login, reset, invite, export, or webhook paths accept repeated requests without throttling or abuse controls.
From request to finding
Each scenario follows the same review pattern: send a controlled request, compare the actor and target, confirm the unsafe behavior, then confirm the fixed behavior.
Controlled actor
A known user, role, token, or API key sends a request against one boundary.
Known boundary
The test checks whether the actor is allowed to reach the target tenant, object, feature, export, webhook, or session.
Vulnerable response
The unsafe response shows the boundary failed, such as returning foreign data or accepting an invalid state.
Fixed response
The fixed response blocks, scopes, rejects, or filters the same action.
What a finding looks like
The public pages do not expose raw lab data, but each sample finding follows a consistent structure.
Cross-tenant invoice access
Alpha user receives Beta invoice data.
Vulnerable response returns foreign tenant data. Fixed response blocks the same request.
Fake plan upgrade accepted
Client-supplied payment state unlocks an enterprise plan.
Vulnerable response accepts the upgrade. Fixed response rejects client-controlled billing state.
Expired token still works
Expired session token still reaches a profile endpoint.
Vulnerable response accepts the token. Fixed response returns unauthorized.
What this page does not claim
The lab is a proof system, not a fake client story or a public exploit target.
Not real client data
The scenarios use fictional tenants, users, roles, and workflows.
Not a public vulnerable API
The public site does not expose raw source code, curl commands, localhost URLs, seed data, repo names, or vulnerable internals.
Not a fake case study
The lab demonstrates representative failure patterns without pretending they came from a real client engagement.
Not a replacement for your audit
It is a preview of the method, not the final engagement.
The lab makes the audit easier to understand
The lab gives buyers and engineering leads a simple way to understand what the audit tests before those same checks are applied to a real SaaS product.
Clearer scope
Buyers can see the exact SaaS boundaries that the audit is meant to test.
Better proof
The lab shows the shape of the evidence without exposing raw internals or real client material.
Stronger remediation
The same review style helps engineering teams understand what needs to change after a finding is confirmed.
Easier buyer review
Founders and engineering leads can review the audit story before the same checks are applied to their SaaS.
Review the public proof set
Sample Audit Report
See how the lab becomes a buyer-facing report with context, impact, and retest guidance.
Open reportSample Findings
Review sample findings that show the evidence format behind the audit story.
View findingsSaaS Security Audit Checklist
See the audit checklist that maps the boundaries the lab models.
Open checklistSaaS Security Audit
Request the same request-level review for your tenants, roles, billing flows, exports, webhooks, API keys, and sessions.
Request auditConnect the lab to live audit paths
These service pages use the same boundary ideas shown in the lab, but apply them to real audit scopes.
API Authorization Audit
Request-level authorization testing for actors, roles, tenants, and object access.
Open auditTenant Isolation Audit
Boundary testing for tenant-scoped reads, lists, exports, and shared-resource access.
Open auditRBAC Audit
Role and permission validation for admin paths, exports, and object access.
Open auditObject-Level Authorization Audit
Resource-level access testing across records, files, reports, exports, and nested resources.
Open auditBroken Access Control Audit
Runtime access control testing across actions, roles, objects, and permission boundaries.
Open auditIDOR Testing
Copied IDs, file IDs, and report IDs used across users or tenants.
Open auditWant this tested against your SaaS?
The lab shows the proof format. The audit applies the same request-level review to your tenants, roles, billing flows, exports, webhooks, API keys, and sessions.