B-52 Connects Isolated Vulnerabilities into a Verified Application Attack Path
Autonomous testing moved beyond a list of scanner alerts to investigate how application weaknesses could combine into meaningful business impact.
Client: Enterprise Technology Organisation
The challenge
Individual Vulnerabilities Were Visible. Their Combined Impact Was Not.
The organisation had an established application testing programme, but findings were largely assessed in isolation. Authentication flows, API permissions and business processes were tested separately. This made it difficult to establish whether a weakness that appeared minor on its own could become serious when combined with another.
- Point-in-time testing prioritised individual endpoints over connected attack paths.
- Complex application workflows made exhaustive manual exploration difficult.
- Scanner output did not consistently provide reproducible proof of business impact.
- Engineering teams needed evidence showing which combinations of weaknesses warranted immediate remediation.
The solution
Give the Testing Engine an Objective, a Scope and Permission to Investigate
Security Brigade used B-52 to conduct autonomous application testing within agreed rules of engagement. The assessment explored authentication, authorisation and workflow behaviour, evaluated promising attack paths and pursued controlled proof of impact.
Our approach
- 01Define authorised targets, business-critical workflows, testing boundaries and production-safety constraints.
- 02Allow B-52 to enumerate application behaviour, explore alternative paths and prioritise potentially exploitable weaknesses.
- 03Validate selected paths through controlled exploitation, preserving request sequences and evidence.
- 04Review the resulting findings, provide engineering-level remediation guidance and repeat the relevant tests after changes.
The results
Reproducible Evidence Replaced Disconnected Security Alerts
The assessment approach connected technical weaknesses to the actions an attacker could perform, making the remediation priority easier to establish. Developers received the sequence needed to reproduce the behaviour, the conditions that enabled it and the controls required to prevent it. Retesting focused on whether the complete attack path remained possible, not merely whether an individual alert disappeared.
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