Penetration Testing for San Diego Organizations
San Diego runs three distinct high-value economies alongside each other, and each attracts a different adversary.
The defense and maritime systems sector is the largest. The naval concentration here supports a deep supplier base in shipbuilding, unmanned systems, communications and maritime technology. Prime contractors are generally well defended; the engineering firms and component manufacturers beneath them hold controlled unclassified information under DFARS flow-down obligations, often on networks that grew with the business rather than to a defined boundary. That gap between contractual obligation and technical reality is the most common finding we report in the sector, and it is the one that most often surprises a leadership team who believed the paperwork was the hard part.
Life sciences is the second. The cluster through Torrey Pines and Sorrento Valley holds research and clinical data whose value does not decay: pre-publication research, trial data, and intellectual property that remains worth stealing for years. That profile attracts patient, well-resourced actors who are content to stay quiet, which makes detection and identity controls more important than perimeter hardening. Collaboration is also structurally risky, because research runs through contract research organizations, academic partners and instrument vendors with standing access.
Wireless and semiconductor technology is the third, with an intellectual property exposure of its own and a supply chain that reaches well beyond the county. Around all three sit hospital networks and an academic medical center, a substantial software sector, and cross-border manufacturing and logistics operations whose availability requirements make ransomware particularly damaging.
What We Test
San Diego 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.
The internal assessment is usually the highest-value component. An operator connects to your network on site, or works from a device you ship to us, and replicates what a compromised workstation or malicious insider could achieve: privilege escalation, lateral movement, Kerberos abuse, credential harvesting, and the path from a standard user account to domain administrator. For organizations holding controlled unclassified information, this is also the test that shows whether the boundary described to your assessor is the boundary that actually exists.
For research and biotech environments we give particular attention to third-party and collaborator access: standing vendor accounts, guest identities in cloud tenants, instrument and laboratory systems on the corporate network, and shared storage permissions that accumulated over the life of a program.
Cloud work covers AWS, Azure and Google Cloud identity and access management, privilege escalation paths, exposed storage and secrets handling, with hybrid identity between Active Directory and Entra ID examined closely because it is how a cloud compromise becomes a domain compromise. Application testing follows the OWASP Web Security Testing Guide and the OWASP API Security Top 10.
San Diego Compliance and Regulatory Drivers
CMMC and NIST SP 800-171 dominate the defense supply chain, flowing down through DFARS clauses to subcontractors.
The CCPA, as amended by the CPRA, applies to most sizeable businesses handling California residents' personal information, carries a reasonable security obligation, and provides a private right of action following a breach caused by inadequate security. That makes a security failure a litigation question as well as a regulatory one.
HIPAA and the California Confidentiality of Medical Information Act govern healthcare and health data, with the state law reaching further than the federal rule alone. Connected medical devices in development carry FDA premarket cybersecurity expectations.
SOC 2 Type II applies to technology and services firms selling into the enterprise, PCI DSS to card handling, and breach notification runs under California Civil Code 1798.82.
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.
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 so the closed status is documented for your assessor or your customer.
Why San Diego Organizations Choose StrikeCyber
Because every finding is confirmed by a person. AI-augmented reconnaissance and continuous attack surface validation widen coverage well beyond manual enumeration, and a certified operator then validates, exploits where safe, and writes it up with the evidence attached.
Scope and price are fixed before testing starts, and findings are prioritized by what an attacker could actually do with them rather than by raw severity score.
Related Services
San Diego 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 detection and response.
You can also explore internal network, external network, cloud and Active Directory testing, or see the wider California coverage.