Continuous evidence for NEN 7510

Information security in Dutch healthcare — technische maatregelen.

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Sample evidence

acme-corp.com · NEN 7510

Live

10.1 Cryptografische beheersmaatregelen

Encrypted transport (TLS 1.2+)

13.2 Informatietransport

Email authentication (SPF / DKIM / DMARC)

13.1 Beheer van netwerkbeveiliging

Secure HTTP response headers

13.1.2 Beveiliging van netwerkdiensten

DNS hygiene & DNSSEC

Updated continuously+ 4 more controls

Why it matters

NEN 7510 in 30 seconds

NEN 7510 is the mandatory information security standard for organisations processing patient data in the Netherlands. It builds on ISO 27001 with healthcare-specific controls. Inspectie Gezondheidszorg en Jeugd (IGJ) and Autoriteit Persoonsgegevens (AP) actively audit against it.

Scope

All Dutch healthcare providers, healthcare insurers and parties that process patient information on their behalf.

Exposure

AP fines up to €20M / 4% of turnover (via AVG/GDPR linkage) + IGJ enforcement.

Clause-by-clause mapping

How Security Monitor evidences NEN 7510

Each row links a NEN 7510 clause to the external check we perform and the evidence it produces. Mappings are reviewed by our compliance team and updated when standards change.

NEN 7510 clause	What it requires	How we evidence it
TLS-1 10.1 Cryptografische beheersmaatregelen	Versleuteling moet worden toegepast om de vertrouwelijkheid en integriteit van patiëntgegevens in transit te beschermen.	Encrypted transport (TLS 1.2+) We verify the certificate chain, expiry, supported TLS versions and cipher suites on every public hostname.
EMAIL-1 13.2 Informatietransport	Beleid en procedures voor veilig elektronisch berichtenverkeer, inclusief authenticiteit van e-mail.	Email authentication (SPF / DKIM / DMARC) We resolve and validate SPF, DKIM and DMARC records, including DMARC enforcement policy and reporting addresses.
WEB-1 13.1 Beheer van netwerkbeveiliging	Netwerken die patiëntgegevens dragen worden beveiligd; publieke webservices moeten gehard zijn.	Secure HTTP response headers We test for HSTS, Content-Security-Policy, X-Frame-Options, Referrer-Policy, Permissions-Policy and X-Content-Type-Options on the live site.
DNS-1 13.1.2 Beveiliging van netwerkdiensten	Beveiligingsmechanismen, dienstverleningsniveaus en beheereisen van netwerkdiensten worden vastgesteld.	DNS hygiene & DNSSEC We resolve A, AAAA, MX, NS, CAA and DNSSEC records and flag anomalies, dangling records and missing controls.
REP-1 12.6 Beheer van technische kwetsbaarheden	Informatie over technische kwetsbaarheden van gebruikte systemen wordt tijdig verkregen en beoordeeld.	Reputation & threat intelligence We cross-check the domain and its IPs against VirusTotal, Shodan, Spamhaus, URLhaus and Google Safe Browsing.
BREACH-1 16.1 Beheer van informatiebeveiligingsincidenten	Detectie van datalekken (waaronder gelekte inloggegevens) en formele meldprocedure aan AP en betrokkenen.	Credential exposure monitoring We query Have I Been Pwned for breaches involving the monitored domain and surface affected accounts.
EXP-1 9.4 Toegangsbeveiliging tot systemen en toepassingen	Voorkom onbedoelde openbare toegankelijkheid van systeembestanden en beheerinterfaces.	Exposed files & admin panels We probe for publicly accessible .env, .git, backups, admin panels and other sensitive paths that should never be reachable.
SUB-1 8.1 / 15.1 Bedrijfsmiddelen & leveranciersrelaties	Een actueel overzicht van informatiemiddelen en externe verwerkers — inclusief derde-partij diensten die op publieke domeinen worden geladen (third-party data flow map).	Third-party data flow map (subdomains & external services) We enumerate subdomains via Certificate Transparency logs, fingerprint every third-party service they load (analytics, payments, chat, CDNs, tag managers, ad networks, fonts) and map where browser-side data flows. This is the externally-observable evidence regulators ask for under supplier, supply-chain and processor-inventory clauses.