Security engineering for systems that move, store and settle value.

Capability / Application & API

Secure the path from request to ledger.

Secure design, code review, API testing and business-logic validation focused on the flows that authenticate users, move money and change financial state.

THWART / SECURITY SYSTEM MODEL Scope mapped
INPUT
Client
EDGE
API
POLICY
Authorisation
STATE
Ledger
PROTECTION OBJECTIVE

Prevent an untrusted request from becoming an unauthorised financial action.

FOCUS AREAS
Secure design Code review API testing Business logic
WHERE WE WORK

Test what happens after authentication succeeds.

Financial application security depends on object access, state transitions, limits, roles, retries and workflow assumptions. We review those controls as a connected system.

Discuss your environment

Authentication and authorisation

Validate identity, session, object-level and function-level access controls across roles and tenants.

Business-logic integrity

Exercise state, sequence, limit, replay, concurrency and workflow manipulation scenarios.

Code-level assurance

Review critical paths for unsafe trust decisions, data handling and implementation weaknesses.

Adversarial API testing

Test realistic attacker paths and confirm that fixes close the underlying control gap.

ENGAGEMENT MODEL

From system context to verified improvement.

Focused work that leaves engineering teams with decisions, evidence and a practical route forward.

Scope

Identify critical endpoints, objects, roles and financial state transitions.

Test

Combine design review, code analysis and targeted adversarial testing.

Retest

Work with engineers on fixes and verify the control outcome.

ENGINEERING OUTPUT

Evidence your team can use.

Clear artefacts designed for engineers, security leaders and decision-makers.

START WITH THE SYSTEM

Let’s identify the security work that matters first.

Share the system, its current stage and the outcome you need.

Request a security review info@thwartlabs.com