patimes.org
14-year-old nonprofit site, served through Cloudflare, with email running through custom-or-self-hosted.
Email health42Needs work
You have DMARC set up, but in monitor-only mode — it's not actually rejecting spoofed mail.
No MTA-STS or TLS-RPT policy is published — incoming mail could be downgraded to plaintext.
DMARC aggregate reporting enabled (rua=)
No DMARC aggregate-reporting address is published — you wouldn't see spoofing attempts.
No SPF record is published, so nothing tells mail providers who's allowed to send as you.
Mailto: direct contact link present
We couldn't find a tap-to-email link anywhere on your site.
Branded domain email address (vs free Gmail/Yahoo)
You send email from your own domain, not a free Gmail/Yahoo address.
SPF lookup count (10-limit deliverability check)
Your SPF record uses fewer than 10 DNS lookups — under the spec limit.
3 additional standards didn't apply to this category
Security
⚠ Held back by a critical issue
69Fair
WordPress REST API user enumeration exposure
Your WordPress site exposes its user list through the REST API. Attackers can enumerate every account by username — the first half of any credential-stuffing attack is already done for them.
Your site isn't sending any of the standard browser-protection headers.
There's no CAA record at your registrar saying which companies are allowed to issue certificates for you.
Neither OCSP stapling nor Must-Staple is in play. A revoked cert wouldn't be caught quickly.
Embedded SCT count (Certificate Transparency)
Your certificate carries only one embedded SCT — modern browsers want at least two. Reissue from a CA that includes them.
Certificate validity-period brevity
Your certificate lifetime is on the longer end (> 90 days). ACME-class certs renew every 60-90 days and rotate cleanly.
Sensitive path exposure (.git, .env, /admin, xmlrpc.php, wp-login.php)
Some common admin or developer paths are reachable from the public internet.
SSL certificate validity & expiration window
Your SSL certificate is valid and not close to expiring.
Modern cipher suite preference
The handshake negotiates a modern AEAD cipher (AES-GCM or ChaCha20-Poly1305).
Forward secrecy is guaranteed by the negotiated handshake — past traffic stays unreadable even if your key leaks.
Certificate key strength and signature algorithm
Your certificate uses strong modern math (ECDSA P-256+ or RSA-2048+ with SHA-256+).
Certificate chain completeness
Your server sends the full certificate chain — every device builds the path to a trusted root cleanly.
Your server staples a fresh OCSP response — visitors don't have to round-trip to the CA on first connect.
Your certificate is issued by a tier-1 publicly trusted CA (Let's Encrypt, DigiCert, Google Trust, Sectigo, etc.).
Your TLS handshake completes quickly — under 300ms on a cold connection.
4 additional standards didn't apply to this category
Privacy74Strong
No privacy policy page found. Required by GDPR, CCPA, and most app store listings.
Your homepage loads a reasonable number of third-party services — clean privacy footprint.
3 additional standards didn't apply to this category
Performance84Strong
Image optimization (WebP/AVIF)
Your images are served as JPEG or PNG when modern formats (WebP, AVIF) would cut their size by 30–60% with no visible loss.
Lazy loading on below-fold images
Images below the fold aren't lazy-loaded — visitors download them up front even if they never scroll that far.
Mobile PageSpeed score + Core Web Vitals (LCP, FCP, CLS)
Your homepage loads fast on mobile — the metrics Google uses for ranking are in the green.
Your server compresses pages with Brotli or gzip — visitors download a fraction of the raw size.
6 additional standards didn't apply to this category
SEO84Strong
Your homepage doesn't have a visible H1 heading. Without it, search engines and screen readers have no anchor for what the page is about.
Schema.org structured data presence
Your homepage doesn't publish any Schema.org structured data. Search engines and AI tools fall back to guessing what your site is — and they guess wrong more often than not.
Title, meta description, OG, Twitter cards, canonical
Your homepage has the title, description, OG, Twitter, and canonical tags.
Schema.org type validity (parsed JSON-LD)
Your structured-data tags parse cleanly against Schema.org.
Your pages publish breadcrumb schema — search results show the path back to important sections.
Internal link depth (clicks from homepage to deepest content)
Important pages are reachable in just a click or two from your homepage.
3 additional standards didn't apply to this category
Accessibility87Excellent
Your heading levels skip — for example, an H1 followed by an H3 with no H2 in between. Screen reader users lose the outline of the page.
No skip-to-content link is published. Keyboard users have to tab through every nav item on every page before reaching the content.
Every image on your homepage has alt text — screen readers can describe them.
Text on your homepage meets WCAG AA contrast minimums — readable by visitors with low vision.
ARIA labels presence and validity
Interactive elements have proper ARIA labels — screen reader users get a clear description of each control.
2 additional standards didn't apply to this category
View formal standards verdicts → Composite-spec rollups for press, regulators, and compliance auditors.
9 additional standards planned, scorer not yet implemented.
Is email from this domain trustworthy?58Fair
Stops scammers from emailing customers as you
You have DMARC set up, but in monitor-only mode — it's not actually rejecting spoofed mail.
Keeps your email private in transit
No MTA-STS or TLS-RPT policy is published — incoming mail could be downgraded to plaintext.
You get reports when someone fakes your email
No DMARC aggregate-reporting address is published — you wouldn't see spoofing attempts.
Lists who's allowed to email as your business
No SPF record is published, so nothing tells mail providers who's allowed to send as you.
A clickable email link on your site
We couldn't find a tap-to-email link anywhere on your site.
You email from your own domain, not Gmail
You send email from your own domain, not a free Gmail/Yahoo address.
Your email setup is under a hidden limit
Your SPF record uses fewer than 10 DNS lookups — under the spec limit.
A contact form people can actually find
A visible contact form is reachable from your homepage.
3 additional standards didn't apply to this site
Does it respect visitor privacy?70Strong
You have a privacy policy page
No privacy policy page found. Required by GDPR, CCPA, and most app store listings.
How many outside companies you let watch your visitors
Your homepage loads a reasonable number of third-party services — clean privacy footprint.
You have a terms of service page
Your terms of service page is reachable from the homepage.
3 additional standards didn't apply to this site
Is it safe to visit?71Strong
WordPress isn't leaking your usernames
Your WordPress site exposes its user list through the REST API. Attackers can enumerate every account by username — the first half of any credential-stuffing attack is already done for them.
Browser-level protections for visitors
Your site isn't sending any of the standard browser-protection headers.
Only your approved vendors can issue your padlock
There's no CAA record at your registrar saying which companies are allowed to issue certificates for you.
Strict mode for your padlock check
Neither OCSP stapling nor Must-Staple is in play. A revoked cert wouldn't be caught quickly.
Your certificate is publicly logged
Your certificate carries only one embedded SCT — modern browsers want at least two. Reissue from a CA that includes them.
Your padlock renews on a healthy schedule
Your certificate lifetime is on the longer end (> 90 days). ACME-class certs renew every 60-90 days and rotate cleanly.
Private files aren't open to the public
Some common admin or developer paths are reachable from the public internet.
Your padlock isn't about to expire
Your SSL certificate is valid and not close to expiring.
The padlock uses strong, modern math
The handshake negotiates a modern AEAD cipher (AES-GCM or ChaCha20-Poly1305).
Old recordings stay locked even if a key leaks
Forward secrecy is guaranteed by the negotiated handshake — past traffic stays unreadable even if your key leaks.
Your padlock isn't using outdated keys
Your certificate uses strong modern math (ECDSA P-256+ or RSA-2048+ with SHA-256+).
Your padlock loads cleanly on every device
Your server sends the full certificate chain — every device builds the path to a trusted root cleanly.
Visitors connect faster on the first click
Your server staples a fresh OCSP response — visitors don't have to round-trip to the CA on first connect.
Your padlock comes from a reputable vendor
Your certificate is issued by a tier-1 publicly trusted CA (Let's Encrypt, DigiCert, Google Trust, Sectigo, etc.).
Your site finishes its handshake quickly
Your TLS handshake completes quickly — under 300ms on a cold connection.
4 additional standards didn't apply to this site
Can everyone use it?72Strong
Your headings are in a sensible order
Your heading levels skip — for example, an H1 followed by an H3 with no H2 in between. Screen reader users lose the outline of the page.
No skip-to-content link is published. Keyboard users have to tab through every nav item on every page before reaching the content.
Your photos have written descriptions
Every image on your homepage has alt text — screen readers can describe them.
Text on your homepage meets WCAG AA contrast minimums — readable by visitors with low vision.
Your buttons and forms are labeled for screen readers
Interactive elements have proper ARIA labels — screen reader users get a clear description of each control.
2 additional standards didn't apply to this site
Is it fast?82Strong
Your photos are saved in modern formats
Your images are served as JPEG or PNG when modern formats (WebP, AVIF) would cut their size by 30–60% with no visible loss.
Photos lower on the page wait their turn
Images below the fold aren't lazy-loaded — visitors download them up front even if they never scroll that far.
How fast your site loads on a phone
Your homepage loads fast on mobile — the metrics Google uses for ranking are in the green.
Your site uses a modern web connection
Your server speaks HTTP/2 — page loads multiplex over a single connection.
Pages get squeezed before they're sent
Your server compresses pages with Brotli or gzip — visitors download a fraction of the raw size.
6 additional standards didn't apply to this site
Can people find this site?84Strong
A clear headline on every page
Your homepage doesn't have a visible H1 heading. Without it, search engines and screen readers have no anchor for what the page is about.
Hidden labels that explain your business to Google
Your homepage doesn't publish any Schema.org structured data. Search engines and AI tools fall back to guessing what your site is — and they guess wrong more often than not.
How your site appears when shared or in search results
Your homepage has the title, description, OG, Twitter, and canonical tags.
Whether your behind-the-scenes labels are valid
Your structured-data tags parse cleanly against Schema.org.
A trail showing where visitors are on your site
Your pages publish breadcrumb schema — search results show the path back to important sections.
How easy it is to reach your deepest pages
Important pages are reachable in just a click or two from your homepage.
3 additional standards didn't apply to this site
Does this look like a real business?——
Site signals
Context we detected about this site — presence, reputation, and the tools it runs. These are informational and don't affect the score, up or down.