Security Assessments / Web Application

Test where trust can break.

Authenticated, source-assisted gray-box testing across one application, its first-party interfaces, identities, tenant boundaries, data, integrations, and critical workflows.

AssessmentWeb Application
Testing boundaryOne coherent application

Where can an attacker cross a boundary the system was meant to preserve?

The assessment follows identities, authority, data, and state across the application—not just isolated endpoints. Runtime behavior and targeted source analysis are combined to expose failures that exist between components and control paths.

01

Identity and access

Authentication, recovery, sessions, tokens, roles, object access, tenant separation, ownership, and entitlements.

02

Application and APIs

Input handling, injection, unsafe execution, files, outbound requests, browser security, APIs, and unintended exposure.

03

Critical workflows

State transitions, replay, concurrency, limits, approvals, impersonation, overrides, integrations, and background paths.

04

Source-assisted controls

Targeted tracing of security-critical implementation paths to guide testing, find alternates, and connect behavior to root cause.

Coverage is risk-based and representative. Source access increases depth, but the engagement is not a full code audit and does not promise exhaustive endpoint, role, workflow, dependency, configuration, or source-line coverage.

Model the system. Then challenge it.

The work starts with the application's actual trust boundaries and security-critical behavior. Testing follows the paths where failure would matter most.

  1. 01Map trust

    Build a working model of interfaces, roles, tenants, sensitive operations, data, administrative paths, integrations, and asynchronous processing.

  2. 02Exercise authority

    Test authentication and authorization independently of browser restrictions across representative objects, actions, roles, tenants, and interfaces.

  3. 03Break workflows

    Challenge state, sequence, replay, concurrency, approvals, limits, privileged functions, callbacks, queues, and alternate execution paths.

  4. 04Trace controls

    Use source to guide runtime testing and inspect selected security-critical implementation paths—not to inflate the engagement into a line-by-line audit.

  5. 05Validate and synthesize

    Close candidates with bounded evidence, connect compound paths, and prioritize remediation by expected risk reduction.

Findings with context and proof.

The report makes the affected boundary, evidence, consequence, uncertainty, and remediation direction explicit.

Immediate

Critical notification

Validated Critical findings are communicated immediately rather than held for the final report.

Primary

Written report

Executive conclusion, tested coverage, limitations, evidence-backed findings, severity rationale, material attack paths, and prioritized remediation.

Optional

Engineering readout

A focused discussion of material findings, attack paths, and remediation priorities when live discussion adds value.

Define the scope.

Each engagement receives a fixed scope and fixed quote before work begins. Breadth and complexity shape the quote; evidence integrity does not.

To scope the workAccess + context

Provide representative accounts and tenant contexts, approved test data, application access, the relevant source revision, available API definitions, and a technical contact.

One coherent application includes its first-party web, API, administrative, and supporting interfaces within the agreed boundary.

Discuss an assessment

What do you need assessed?

A brief outline is enough to start. We’ll follow up by email to discuss fit, scope, and timing.

Scope and a fixed quote are agreed before work begins.

Prefer email? mark@inferencesecurity.ai

A little about your system, what prompted the assessment, or a date you’re working toward.

For this conversation only.
No product updates unless you ask.

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