Penetration Testing for Austin Organizations
Austin runs on two economies that rarely appear in the same city. It is the seat of Texas state government, with the agencies, boards and university systems that entails, and it is one of the densest technology markets in the country. A penetration test here has to make sense to a public-sector security officer working to a state control framework and to a startup CTO whose next enterprise deal depends on passing a security review.
The technology side has changed shape quickly. What was a hardware and semiconductor town is now also a deep SaaS market, with companies that sell into regulated enterprise buyers from day one. That creates a specific and repeated pattern: a product engineered fast and well, running on modern cloud infrastructure, whose growth is suddenly gated by a customer security questionnaire and an auditor's expectations. The security work that follows is usually less about exotic vulnerabilities and more about tenant isolation, authorization at the object level, secrets handling and the administrative surfaces that were built for internal convenience and never re-examined.
Semiconductors and advanced manufacturing add a different exposure. The fabs and the supplier network around Central Texas, extending north through Round Rock and out to Taylor, sit in supply chains with contractual security obligations and intellectual property that is attractive to well-resourced actors. Process and manufacturing execution systems live alongside corporate IT, and the boundary between them is often the first thing an assessment should look at.
State agencies and the university sector bring their own drivers. Citizen-facing services, benefits systems, research computing and student records concentrate personal data at scale, and the assurance expectations that apply to them flow down to every supplier. For a vendor, the practical consequence is that a security failure is not just an incident, it is a procurement problem.
Across all three, the underlying question is the same one every board eventually asks: not whether controls exist, but how far somebody would actually get.
What We Test
Austin engagements are scoped around your environment rather than sold as a fixed bundle.
Web applications and APIs
Usually the core of the work here. We test against the OWASP Web Security Testing Guide and the OWASP API Security Top 10, covering authentication and session handling, access control across roles and tenants, object-level authorization, injection, business logic flaws and the integration points between systems. For multi-tenant platforms, tenant isolation gets specific and deliberate attention, because those are the findings that stop a deal rather than merely appearing in a report.
Cloud environments
AWS, Azure and Google Cloud configuration review and exploitation: identity and access management, privilege escalation paths, exposed storage, secrets handling, network boundaries and the workload identities connecting services together. For cloud-native companies this often matters more than the traditional network test, because there is very little traditional network left.
External attack surface
Everything reachable from the internet: perimeter services, remote access, email infrastructure, public DNS, and the staging environments, forgotten subdomains and preview deployments that accumulate around a fast-moving engineering organization. AI-augmented reconnaissance maps exposed assets, certificates, cloud storage and leaked credentials continuously, and an operator validates what is genuinely exploitable.
Internal network and Active Directory
Where a corporate domain still exists, we replicate what a compromised workstation or a malicious insider could achieve: privilege escalation, lateral movement, credential harvesting and the path from a standard user to domain administrator. Hybrid identity between Active Directory and Entra ID gets particular attention, since it is how a cloud compromise becomes a domain compromise.
Mobile applications
Native and hybrid iOS and Android applications, covering local data storage, certificate pinning, API authorization and reverse engineering of client-side controls.
Social engineering and phishing
Targeted phishing, pretext calling and physical access testing, authorized carefully and reported without singling out individuals. In fast-growing companies this is often where the gap between a written policy and actual practice shows up.
Austin Compliance and Regulatory Drivers
SOC 2 Type II is the dominant driver for Austin technology companies, and in practice enterprise procurement is the real enforcer: buyers ask for an independent test before signing, whatever the auditor requires.
TX-RAMP, run by the Texas Department of Information Resources, governs cloud services sold to Texas state agencies, and Texas Government Code Chapter 2054 requires agencies to run regular information security assessments, which flows through to their suppliers.
CMMC and NIST SP 800-171 reach the semiconductor and advanced manufacturing supply chain wherever defense work is involved. PCI DSS applies to card handling, HIPAA to digital health platforms, and FERPA where student records are held.
The Texas Data Privacy and Security Act applies to organizations processing personal data at scale in the state, with breach notification under Texas Business and Commerce Code Chapter 521. For public companies, the SEC cyber disclosure rules have moved incident assessment onto the board agenda.
How an Engagement Runs
Scoping starts with a short call. We establish what you are protecting, what you are worried about and what evidence you need at the end, then agree targets, timing, rules of engagement and success criteria in writing before anything is touched. For production SaaS, we also agree rate limits, test accounts and a rollback path.
Testing is performed by certified human operators using AI-augmented tooling for reconnaissance and coverage. Critical findings are reported the day we confirm them through an agreed channel, because a tenant isolation failure is not something to sit on.
The report carries an executive narrative and reproducible technical detail, with evidence, demonstrated impact and a prioritized remediation path. We walk the findings through with your engineers rather than emailing a PDF, and a retest is available so the closed status is documented for your auditor or your customer.
Why Austin Organizations Choose StrikeCyber
Because the findings are validated by people. AI-augmented reconnaissance and continuous attack surface validation give coverage manual enumeration cannot reach, and then a certified operator confirms every finding, exploits it where that is safe, and writes it up with the evidence attached.
Scope and price are agreed before testing starts. Findings are prioritized by exploitability and business impact rather than raw severity, so remediation effort lands where it changes your risk. And reports are written to be handed onward, because in this market the audience is usually an auditor or a prospect, not only your own team.
Related Services
Austin organizations frequently combine a penetration test with:
- Vulnerability assessments, for continuous prioritized visibility of an attack surface that changes with every deploy.
- Red teaming, for full-spectrum adversary emulation once the basics are solid.
- Maturity level assessments, for benchmarking against NIST CSF, ISO 27001 or CIS ahead of an audit.
- Adversary simulation, to test whether detection and response fire against real attacker tradecraft.
You can also explore the individual testing types, including web application, API, cloud, external network and mobile application testing, or see the wider Texas coverage.