Penetration Testing for Raleigh Organizations
The Research Triangle is one of the densest concentrations of research, pharmaceutical manufacturing and enterprise software in the country, and the security work here reflects an unusual combination: assets with very long value horizons sitting alongside regulated production environments that cannot be disturbed.
Pharmaceutical and biomanufacturing is the most distinctive. The corridor has become a major site for drug substance and drug product manufacturing, and those facilities carry two constraints that shape any assessment. First, manufacturing execution and process control systems in a regulated environment cannot tolerate intrusive testing, and validation states must not be disturbed by security work. Second, the data that matters, batch records, process parameters and quality information, has integrity requirements as well as confidentiality requirements. An attacker who alters a record is a different problem from one who steals it, and it is a problem the regulatory framework takes seriously.
The research and biotech concentration adds material with a long value horizon: pre-publication research, trial data and intellectual property that remains worth stealing for years. That attracts patient, well-resourced actors content to remain undetected, which changes what a useful test demonstrates. Showing that an intruder could reach the data quietly and stay matters more than showing that something could be knocked over. The structural weakness is collaboration, since research runs through contract research and manufacturing organizations, academic partners and clinical sites, all holding standing access.
Enterprise software and analytics form the third concentration, selling into regulated enterprise buyers who impose security requirements contractually, with SOC 2 acting as the practical gate. The universities hold student records and grant-funded research, state agencies and their suppliers hold citizen data under state information security expectations, and the academic medical centers add clinical records and connected devices.
What We Test
Raleigh engagements are scoped to the environment rather than sold as a bundle. Common components include external attack surface, internal network and Active Directory, web applications and APIs, cloud environments, wireless, and social engineering.
For manufacturing sites we assess the boundary rather than the production environment: vendor and engineer remote access, historians, jump hosts and segmentation, with active work confined to non-production environments you have agreed. Data integrity paths get specific attention, since altering a record is a realistic objective in this sector rather than a theoretical one.
Third-party, partner and collaborator access is treated as a primary attack path: standing accounts held by contract research and manufacturing organizations, guest identities in cloud tenants, laboratory and instrument systems on the corporate network, and credentials left behind when programs concluded.
For software companies the work concentrates on the application and cloud control plane: access control across roles and tenants, object-level authorization, token and session handling, privilege escalation paths in identity and access management, and secrets handling. Application testing follows the OWASP Web Security Testing Guide and the OWASP API Security Top 10.
Raleigh Compliance and Regulatory Drivers
FDA expectations reach manufacturing systems, connected devices and software as a medical device, covering security risk assessment, software bill of materials and data integrity in regulated production.
HIPAA governs health systems, academic medicine and clinical research holding protected health information. FERPA covers education records, and grant-funded research carries security conditions attached to the award.
SOC 2 Type II is the dominant commercial driver for software and analytics companies, with enterprise procurement acting as the real enforcer. PCI DSS applies to card handling.
North Carolina state information security requirements apply to agencies and flow down to their suppliers, and breach notification runs under the North Carolina Identity Theft Protection Act.
How an Engagement Runs
Scoping starts with a short call to establish what you are protecting, what worries you and what evidence you need at the end. Targets, timing, rules of engagement and success criteria are agreed in writing before testing begins, and for regulated manufacturing we agree explicitly what is out of bounds and confirm that nothing we do disturbs a validation state.
Certified human operators run the work, using AI-augmented tooling for reconnaissance and coverage. Critical findings are reported the day we confirm them rather than held for the report. The report carries an executive narrative and reproducible technical detail with evidence, demonstrated impact and a prioritized remediation path, and a retest of remediated items is available.
Why Raleigh Organizations Choose StrikeCyber
Because we scope regulated manufacturing and research environments conservatively by default. A test that disturbs a validated system or a running experiment has failed regardless of what it discovered, and in this corridor that is not an abstract concern.
Every finding is confirmed by a certified human operator, exploited where safe, and written up with the evidence attached. AI-augmented reconnaissance and continuous attack surface validation widen coverage well beyond manual enumeration. Scope and price are fixed before testing starts.
Related Services
Raleigh organizations frequently combine a penetration test with red teaming for full-spectrum adversary emulation, vulnerability assessments for continuous visibility between tests, maturity level assessments for benchmarking against NIST CSF, ISO 27001 or CIS, and adversary simulation to test whether detection and response fire against a patient adversary.
You can also explore web application, cloud, internal network and external network testing, or see the wider North Carolina coverage.