Continuous Penetration Testing
Vortex continuously tests your applications, APIs, and networks using the same application and network attack techniques a skilled human pentester uses — automatically, against your live environment, 365 days a year. Every finding is exploit-validated. Fixes ship as pull requests, ready to review.
Trusted by BiteData, NCOG, Hyacinth, and others. 85% faster remediation than traditional pentest cycles. Audit evidence generated automatically.
The Problem
The traditional penetration testing cycle is: scope the engagement, wait for the firm to schedule, wait for testing to complete, receive a PDF, triage a backlog of findings, assign tickets, wait for developers to fix them, manually retest. By the time that loop closes, the codebase has shipped dozens of times. The pentest describes a product your team stopped building three sprints ago.
The time from pentest engagement to remediated, retested findings can stretch to six months or more. In that window, your team has shipped hundreds of changes. New features. New endpoints. New dependencies. The attack surface the pentest assessed has been replaced by one the pentest never saw.
A pentest report hands your team a list of vulnerabilities. It does not tell your developers how to fix them in the specific framework they're using. It does not open a ticket in their workflow. It does not retest after the fix is merged. The gap between "we found it" and "it's actually fixed" is where AppSec findings become permanent tech debt.
Most teams pull together penetration testing evidence for audits by exporting the PDF and hoping nothing has changed since it was produced. Auditors today want proof that vulnerabilities were found, validated, fixed, and retested — not a static report with a date on it.
What It Actually Is
Running a vulnerability scanner on a schedule is not penetration testing. Penetration testing means simulating how an attacker thinks and operates — probing for real vulnerabilities with real payloads, chaining findings into exploit paths, and confirming what's actually exploitable rather than what's theoretically possible.
Continuous pentesting means doing that automatically, against your current environment, every time your application changes. Not against a snapshot. Not against a staging environment that may not reflect production.
Methodology
Vortex follows the same four-phase approach a professional penetration tester uses — reconnaissance, vulnerability scanning, exploitation and verification, and reporting. The difference is it runs this workflow automatically, on every change, without a scheduling call or a statement of work.
Vortex maps your attack surface before testing begins — endpoints, authentication flows, API routes, and user-facing components. The map updates on every scan. New endpoints introduced in the latest deployment are in scope for the next run. Nothing goes untested because it was added after the last engagement.
Vortex runs a coordinated battery of 20+ specialized tools simultaneously — covering injection attacks, authentication flaws, broken access controls, server-side vulnerabilities, and modern API attack classes.
Every potential finding is validated with a real exploit attempt. SQL injection findings are validated by demonstrating data extraction is possible. Authentication bypass findings are validated by confirming unauthorized access can be gained. XSS findings are validated by executing the injected payload. If the exploit succeeds, the finding is confirmed. If it fails, it's suppressed. Your team never sees unvalidated findings.
Every confirmed finding comes with a complete evidence package: the vulnerability, the exploit payload used, proof of access, the CVSS score, the MITRE ATT&CK mapping, the OWASP category, and the compliance control mappings. Remediation guidance is specific to your environment and technology stack — not a link to a CVE page. Available in real time, not weeks after the engagement closes.
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Your Choice
Every security program is different. Some teams are ready to move fully to continuous automated testing. Others want to keep their annual engagement and use Vortex to close the gaps between them. Both are valid. Both are supported.
Vortex covers the application and network testing scope of a traditional annual pentest — and then keeps running for the other 364 days. Reconnaissance, vulnerability scanning, exploitation verification, and remediation guidance run continuously against your live environment. You get findings faster, fixes sooner, and an always-current evidence package for auditors.
Keep your existing engagement for the deep human expertise and social engineering coverage that automated tools don't replace. Run Vortex continuously between engagements to catch what ships after the pentesters leave. By the time your next annual engagement starts, you've already found and fixed the common vulnerabilities — leaving human time for the harder, higher-value work.
Output
A traditional pentest delivers a document. Vortex delivers a living security program. Here's what the output actually looks like.
| Traditional Pentest Report | Vortex Continuous Output | |
|---|---|---|
| Delivery | Weeks after testing | Available in real time, per finding |
| Format | Static PDF or Word document | Live dashboard, always current |
| Currency | Findings as of the test date | Findings against today's live environment |
| Retesting | Manual retesting required | Automatic retesting after every fix |
| Fix guidance | No fix guidance for your specific stack | AI-generated fix guidance and fix PRs ready to review |
| Compliance | Evidence requires manual export | Audit evidence generated automatically per finding |
| Next update | Same time next year | Next deployment |
The PDF had a date on it. Vortex has a timestamp on every finding.
Compliance
Your auditor doesn't want a PDF from last April. They want proof that your security testing is continuous, your findings are validated, and your fixes are documented. That's what Vortex produces. Automatically. Every day.
Every test Vortex runs is logged with a timestamp. Every finding is stored with the full evidence package. Every fix and every retest is recorded. Findings are automatically mapped to the compliance controls they satisfy — so when your auditor asks for proof that you tested for SQL injection last quarter, you're not exporting logs from three different tools. You're clicking export.
| Framework | Coverage |
|---|---|
| OWASP Top 10 | 100% |
| SANS Top 25 | 100% |
| PCI DSS 4.0 | Web application controls |
| SOC 2 Type II | CC6, CC7, CC8 |
| ISO 27001 2022 | A.12, A.14, A.18 |
| NIST CSF 2.0 | Detect, Respond, Recover |
| HIPAA | Technical safeguards |
| CMMC Level 2 | AC, SI, CA domains |
* Specific control IDs subject to verification with engineering before publish. OWASP and SANS percentages confirmed from product documentation.
Results
BestDefense.io helped us find critical vulnerabilities and helped to drastically reduce the amount of time to resolve them through their automated workflows. This allowed us to secure enterprise customers who required we had a 3rd party audit.
BestDefense.io helped us validate our blockchain under real-world stress and accelerated our SOC 2 compliance. A true top-tier cybersecurity partner.
Stop waiting for the next engagement.
We'll run a live test against your application or network during the demo — not a canned walkthrough. You'll see real validated findings from your actual environment, with fixes ready to review. Most teams find something on the first run they didn't know was there.
No credit card required for first scan. SOC 2 pending. Backed by Techstars.