VectraGuard is our platform for expert-led penetration testing and continuous automated scanning, built and pilot-ready. Findings are designed to carry evidence, severity, and a fix path from the moment they surface, not arrive as a PDF at the end of the quarter.
Simulated output, shown for illustration.
Why continuous
Code ships daily. Infrastructure drifts hourly. A point-in-time assessment ages out before the report is bound.
One pentest report every twelve months, stale on arrival.
Expert engagements on a quarterly, semi-annual, or annual cadence, with automated scanning running continuously in between.
Findings buried in appendices with screenshots and no context.
Every finding carries severity, CVSS, CWE, request and response evidence, and concrete remediation guidance.
Scanner exports full of duplicates and false positives.
Findings are deduplicated by fingerprint into long-lived risks, and AI vetting flags likely false positives before they reach your queue.
A compliance scramble in the weeks before every audit.
Scheduled reports with OWASP Top 10 mapping and executive summaries, exportable any day of the year.
The platform
One platform for the whole offensive loop: scope, test, triage, fix, verify, attest.
Scoped engagements move through planning, testing, and reporting with a named lead, in-platform chat with your testers, customer signoff, and a verifiable completion certificate at the end.
OWASP ZAP, Nuclei, and SSLyze run in isolated containers with per-engine circuit breakers and priority queues. Already invested in Nessus? Import results and consolidate.
Findings collapse by fingerprint into a single tracked risk with OWASP Top 10 mapping and a full lifecycle, from open to verified fixed.
Post-scan AI triage marks likely false positives with model attribution. Your team reviews verdicts instead of raw noise.
Severity, CVSS, CVE and CWE references, affected endpoints with request and response detail, and remediation guidance.
Executive summary to raw appendix in PDF, CSV, or HTML, with OWASP Top 10 mapping. Schedule recurring delivery, filter by severity, and white-label the output.
How it works
A continuous loop, not a yearly ceremony.
Add domains, IPs, and applications as targets. Prove ownership with a DNS record or well-known file so nothing gets scanned that should not be.
Automated engines run on your schedule. Expert pentest engagements run on a recurring cadence with scope agreed in writing first.
Findings are deduplicated into risks, AI-vetted for false positives, and ranked by severity with evidence attached.
Push risks to Jira and Slack, track remediation against MTTR, and run a new scan to confirm the fix actually landed.
Coverage
Web apps, APIs, transport security, and the long tail of known CVEs, with discovery to find what you forgot you exposed.
Active testing for injection, access control, and the rest of the OWASP Top 10. Authenticated scanning is on the roadmap.
Import an OpenAPI spec and test the API surface your SPA and partners actually call.
Protocol versions, cipher suites, certificate chains, and HSTS posture across every endpoint.
Thousands of community-maintained templates matched against your stack, updated as new CVEs drop.
Enumerate subdomains you forgot existed, then review them and add the live ones as targets.
Import Nessus results, or findings from GitHub Dependabot and Snyk (Dependabot and Snyk on Enterprise), to triage everything in one queue.
Integrations
Push risks into your tracker, alert the right channel, and automate everything over a signed webhook or the REST API.
Tracking
Create and sync issues from risks.
Alerting
Scan and risk events in your channels.
Alerting
Native notifications for security events.
Alerting
Page on-call when criticals land.
Automation
HMAC-signed events with retries.
Automation
Scoped API keys for machine access.
Assets
Pull assets from AWS, Azure, DigitalOcean, Linode.
Identity
Single sign-on with your identity provider.
Early access
VectraGuard is in private pilot. Request early access and tell us what you run, and we will talk through what we would test first.