Data theft in the Manufacturing sector
How a data theft attack could realistically chain together in a Manufacturing organisation, from initial access to business impact — and exactly what you should test to break the chain.
Web application flaw to cloud credentials
A flaw in an internet-facing custom application is used to reach the workload's identity, harvest cloud credentials, and pivot into the wider cloud account where production data lives.
Source-control token to production environment
A leaked source-control token grants access to private repositories, where hardcoded secrets and CI/CD trust are used to reach and exfiltrate from the production environment and its source code.
Supplier account to internal network
A compromised supplier's access is used to enter the organisation through a trusted connection, then to move from the supplier's limited footprint toward internal systems and data.
Azure managed identity to subscription control
A compromised Azure workload is used to assume its managed identity, whose over-broad role assignments are escalated toward control of the subscription and the data it holds.
Phishing to executive communications compromise
A targeted lure compromises an executive or assistant mailbox, which is quietly monitored to harvest sensitive correspondence and impersonate leadership for further reach.
Identity provider compromise to federated access
An attacker who reaches the single sign-on identity provider abuses its trust to grant themselves access across every federated application at once — turning one identity system into keys to the whole estate.
Why chaining matters here
A scanner might flag each weakness in this environment in isolation. What determines whether data theft is actually achievable is whether those weaknesses — together with identities, trust relationships and gaps in monitoring — can be linked into a working path. That is what a red-team engagement validates, and what these chains are designed to help you scope.