This assessment is based on passive external observations of publicly visible services, DNS records, TLS/SSL configuration, HTTP response headers, and open network ports. No authenticated scanning, penetration testing, or internal network access was performed.
Quantum-Tools runs automated checks aligned to the NIST Cybersecurity Framework 2.0 (CSF 2.0). Findings are categorised by severity and mapped to NIST control references where applicable. Scores reflect the proportion of passing checks weighted by NIST function.
External scans cannot detect internal network vulnerabilities, weak passwords, social engineering exposures, insider threats, or misconfigured internal systems. A passing result on any check does not guarantee the absence of vulnerabilities in that area.
This document is an advisory scan, not a formal audit, certification, or compliance attestation. It does not constitute a legal opinion of any kind. Quantum-Tools and CyOps LLC make no representations or warranties as to the completeness or accuracy of this scan.
This report contains security-sensitive information and should be shared only with personnel who have a need to know — your IT provider, MSP, legal counsel, or board. Do not distribute publicly.
Control references (e.g. PR.DS-1) are drawn from NIST CSF 2.0. Reference does not imply certification or formal compliance — it is used here as a structured way to categorise findings against an industry-recognised framework.
Quantum risk assessments reflect the cryptographic algorithms in use on observed TLS certificates. "High" quantum risk indicates algorithms vulnerable to a sufficiently powerful quantum computer. These risks are forward-looking and apply to data that must remain confidential for 10+ years.
Beacon Ridge Dental Group presents a moderate external security posture, scoring 68/100 on the Core Security Scan. Strong points include a well-configured mail authentication stack (SPF, DKIM, DMARC all enforced) and modern TLS on the primary domain. However, an expired SSL certificate on a secondary subdomain, missing security headers, and an outdated CMS plugin exposed to the public internet represent near-term risk that a threat actor could act on with minimal effort.
The organization operates a small external footprint: a primary marketing site, a patient-portal subdomain, and a handful of standard mail/DNS records. Most core hygiene items (HTTPS enforcement, DNS security records) are in place, which is common for organizations using a modern hosting provider. The gaps found are typical of a business that has not had a recent external review — nothing here suggests active compromise, but several items are the kind that get exploited opportunistically by automated scanners rather than targeted attackers.
Healthcare and dental practices are a frequent target for opportunistic ransomware groups because of HIPAA-protected patient data and typically under-resourced internal IT. Practices of this size often rely entirely on a third-party IT provider or MSP — this report is designed to be handed directly to that provider as a prioritized action list.
The current TLS certificates use RSA-2048, which is not quantum-resistant. This is a low urgency item today, but for any data intended to remain confidential for 10+ years (e.g. patient records under HIPAA retention rules), migration planning toward post-quantum-ready algorithms should begin in the next 2-3 years as vendor support matures.
What it is. The TLS certificate for portal.beaconridgedental.example expired 14 days before this scan.
Why it matters. Browsers show hard security warnings to patients trying to log in, and some browsers block access entirely. It also signals neglect to anyone probing the domain.
What to do. Renew the certificate and enable auto-renewal (e.g. via Let's Encrypt or your hosting provider's managed TLS) so this cannot silently expire again.
What it is. The primary site does not send Content-Security-Policy, X-Frame-Options, or Strict-Transport-Security headers.
Why it matters. Increases exposure to clickjacking and content-injection attacks, and is an easy, free fix that meaningfully raises the baseline.
What to do. Add the standard security header set at the CDN/reverse-proxy layer (most hosting providers support this with a few lines of config).
What it is. A content-management plugin on the marketing site is running a version with a publicly disclosed vulnerability.
Why it matters. Automated bots scan the internet continuously for exactly this signature; unpatched CMS plugins are one of the most common opportunistic breach vectors for small business websites.
What to do. Update the plugin to the latest version and enable automatic minor-version updates going forward.
| Status | Severity | Finding | Control |
|---|---|---|---|
| PASS | info | SPF record present and enforced | PR.DS-2 |
| PASS | info | DKIM signing configured | PR.DS-2 |
| PASS | info | DMARC policy set to reject | PR.DS-2 |
| PASS | info | TLS 1.2+ enforced on primary domain | PR.DS-1 |
| FAIL | high | Expired SSL certificate on patient-portal subdomain | PR.DS-1 |
| WARN | medium | Missing HTTP security headers | PR.PS-1 |
| FAIL | high | Outdated CMS plugin detected | ID.RA-1 |
| PASS | info | No open administrative ports found | PR.AC-3 |
| WARN | low | DNSSEC not enabled | PR.DS-1 |
None of the findings in this report indicate an active breach. They represent the kind of accumulated small gaps that are common for organizations without a dedicated security function, and each has a straightforward fix. Addressing the three priorities above would meaningfully raise this score and close off the most likely opportunistic attack paths.