| 1. General Results, most used to calculate the result |
| A | name "orange.eg" is domain, public suffix is ".eg", top-level-domain is ".eg", top-level-domain-type is "country-code", Country is Egypt, tld-manager is "Egyptian Universities Network (EUN)
Supreme Council of Universities", num .eg-domains preloaded: 11 (complete: 276475)
|
| A | Good: All ip addresses are public addresses
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| A | Good: Minimal 2 ip addresses per domain name found: orange.eg has 2 different ip addresses (authoritative).
|
| Warning: Only one ip address found: www.orange.eg has only one ip address.
|
| Warning: No ipv6 address found. Ipv6 is the future with a lot of new features. So every domain name should have an ipv6 address. See https://en.wikipedia.org/wiki/IPv6: orange.eg has no ipv6 address.
|
| Warning: No ipv6 address found. Ipv6 is the future with a lot of new features. So every domain name should have an ipv6 address. See https://en.wikipedia.org/wiki/IPv6: www.orange.eg has no ipv6 address.
|
| A | Good: No asked Authoritative Name Server had a timeout
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| A | https://www.orange.eg/ 41.190.248.34
| https://www.orange.eg/ar/
| Correct redirect https to https
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| A | Good: destination is https
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| A | Good - only one version with Http-Status 200
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| A | Good: one preferred version: www is preferred
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| A | Good: No cookie sent via http.
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| HSTS-Preload-Status: unknown. Domain never included in the Preload-list. Check https://hstspreload.org/ to learn some basics about the Google-Preload-List.
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| A | Good: All urls with http status 200/404 have a complete Content-Type header (MediaType / MediaSubType + correct charset)
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| A | http://www.orange.eg/ 41.190.248.34
| https://www.orange.eg/
| Correct redirect http - https with the same domain name
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| B | https://www.orange.eg/ 41.190.248.34
|
| Missing HSTS-Header
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| B | https://www.orange.eg/ar/
|
| Missing HSTS-Header
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| B | https://www.orange.eg/.well-known/acme-challenge/check-your-website-dot-server-daten-dot-de
|
| Missing HSTS-Header
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| B | https://www.orange.eg/ 41.190.248.34
| TS0118f26e=013f7f7848ab0f636a718ee9ea2e9cf58aba4282a2bba8db6b3addd7c7ae3e4d37c4a1913dcca503ad4b3285d50c8b12d19b283843; Path=/; Domain=.www.orange.eg
| Cookie sent via https, but not marked as secure
|
| B | https://www.orange.eg/ar/
| TS0118f26e=013f7f784864e8b8530142371fb0dd9726f83625d54f940363a000e10440f3e59a6904b03d8304d757676f32e03eb1ff1e1f64c079; Path=/; Domain=.www.orange.eg
| Cookie sent via https, but not marked as secure
|
| B | https://www.orange.eg/ 41.190.248.34
| TS0118f26e=013f7f7848ab0f636a718ee9ea2e9cf58aba4282a2bba8db6b3addd7c7ae3e4d37c4a1913dcca503ad4b3285d50c8b12d19b283843; Path=/; Domain=.www.orange.eg
| Cookie without a SameSite-Attribute. Possible values are: Strict/Lax/None. Cookie may not work as expected, if "None" is wanted, but browsers use "Lax" as default value.
|
| B | https://www.orange.eg/ar/
| TS0118f26e=013f7f784864e8b8530142371fb0dd9726f83625d54f940363a000e10440f3e59a6904b03d8304d757676f32e03eb1ff1e1f64c079; Path=/; Domain=.www.orange.eg
| Cookie without a SameSite-Attribute. Possible values are: Strict/Lax/None. Cookie may not work as expected, if "None" is wanted, but browsers use "Lax" as default value.
|
| D | http://orange.eg/ 165.160.13.20
| http://www.orange.eg/
| Wrong redirect one domain http to other domain http. First redirect to https without changing the domain, so no new dns query is required. So the server can send the HSTS header. That's fundamental using HSTS (Http Strict Transport Security). First step: Add correct redirects http ⇒ https. Perhaps in your port 80 vHost something like "RewriteEngine on" + "RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,QSA,R=permanent]" (two rows, without the "). Don't add this in your port 443 vHost, that would create a loop. Then recheck your domain, should be Grade C. There is the rule to select one https version as preferred version.
|
| D | http://orange.eg/ 165.160.15.20
| http://www.orange.eg/
| Wrong redirect one domain http to other domain http. First redirect to https without changing the domain, so no new dns query is required. So the server can send the HSTS header. That's fundamental using HSTS (Http Strict Transport Security). First step: Add correct redirects http ⇒ https. Perhaps in your port 80 vHost something like "RewriteEngine on" + "RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,QSA,R=permanent]" (two rows, without the "). Don't add this in your port 443 vHost, that would create a loop. Then recheck your domain, should be Grade C. There is the rule to select one https version as preferred version.
|
| D | http://orange.eg/.well-known/acme-challenge/check-your-website-dot-server-daten-dot-de 165.160.13.20
| http://www.orange.eg/
| Wrong redirect one domain http to other domain http. First redirect to https without changing the domain, so no new dns query is required. So the server can send the HSTS header. That's fundamental using HSTS (Http Strict Transport Security). First step: Add correct redirects http ⇒ https. Perhaps in your port 80 vHost something like "RewriteEngine on" + "RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,QSA,R=permanent]" (two rows, without the "). Don't add this in your port 443 vHost, that would create a loop. Then recheck your domain, should be Grade C. There is the rule to select one https version as preferred version.
|
| D | http://orange.eg/.well-known/acme-challenge/check-your-website-dot-server-daten-dot-de 165.160.15.20
| http://www.orange.eg/
| Wrong redirect one domain http to other domain http. First redirect to https without changing the domain, so no new dns query is required. So the server can send the HSTS header. That's fundamental using HSTS (Http Strict Transport Security). First step: Add correct redirects http ⇒ https. Perhaps in your port 80 vHost something like "RewriteEngine on" + "RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,QSA,R=permanent]" (two rows, without the "). Don't add this in your port 443 vHost, that would create a loop. Then recheck your domain, should be Grade C. There is the rule to select one https version as preferred version.
|
| I | https://www.orange.eg/ar/
|
| Content problems or problems with resources included - http links, files doesn't exist, different Content-Type definitions. Check the Html-Content - Part.
|
| O | www.orange.eg / 41.190.248.34 / 443
|
| Old connection: Cipher Suites without Forward Secrecy (FS) found. Remove all of these Cipher Suites, use only Cipher Suites with Forward Secrecy: Starting with ECDHE- or DHE - the last "E" says: "ephemeral". Or use Tls.1.3, then all Cipher Suites use FS. 8 Cipher Suites without Forward Secrecy found
|
| A | Good: More then one ip address per domain name found, checking all ip addresses the same http status and the same certificate found: Domain orange.eg, 2 ip addresses.
|
| Info: Checking the ip addresses of that domain name not exact one certificate found. So it's impossible to check if that domain requires Server Name Indication (SNI).: Domain orange.eg, 2 ip addresses.
|
| Info: Checking the ip addresses of that domain name not exact one certificate found. So it's impossible to check if that domain requires Server Name Indication (SNI).: Domain www.orange.eg, 1 ip addresses.
|
| B | No _mta-sts TXT record found (mta-sts: Mail Transfer Agent Strict Transport Security - see RFC 8461). Read the result of server-daten.de (Url-Checks, Comments, Connections and DomainServiceRecords) to see a complete definition. Domainname: _mta-sts.orange.eg
|
| 2. Header-Checks |
| A | www.orange.eg
| X-Content-Type-Options
| Ok: Header without syntax errors found: nosniff
|
| F | www.orange.eg
| Content-Security-Policy
| Critical: Missing Header:
|
| F | www.orange.eg
| Referrer-Policy
| Critical: Missing Header:
|
| F | www.orange.eg
| Permissions-Policy
| Critical: Missing Header:
|
| B | www.orange.eg
| Cross-Origin-Embedder-Policy
| Info: Missing Header
|
| B | www.orange.eg
| Cross-Origin-Opener-Policy
| Info: Missing Header
|
| B | www.orange.eg
| Cross-Origin-Resource-Policy
| Info: Missing Header
|
| 3. DNS- and NameServer - Checks |
| A | Info:: 11 Root-climbing DNS Queries required to find all IPv4- and IPv6-Addresses of 2 Name Servers.
|
| A | Info:: 11 Queries complete, 11 with IPv6, 0 with IPv4.
|
| A | Good: All DNS Queries done via IPv6.
|
| Ok (4 - 8):: An average of 5.5 queries per domain name server required to find all ip addresses of all name servers.
|
| A | Info:: 2 different Name Servers found: dns1.cscdns.net, dns2.cscdns.net, 2 Name Servers included in Delegation: dns1.cscdns.net, dns2.cscdns.net, 2 Name Servers included in 1 Zone definitions: dns1.cscdns.net, dns2.cscdns.net, 1 Name Servers listed in SOA.Primary: dns1.cscdns.net.
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| A | Good: Only one SOA.Primary Name Server found.: dns1.cscdns.net.
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| A | Good: SOA.Primary Name Server included in the delegation set.: dns1.cscdns.net.
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| A | Good: Consistency between delegation and zone. The set of NS records served by the authoritative name servers must match those proposed for the delegation in the parent zone. Ordered list of name servers: dns1.cscdns.net, dns2.cscdns.net
|
| A | Good: All Name Server Domain Names have a Public Suffix.
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| A | Good: All Name Server Domain Names ending with a Public Suffix have minimal one IPv4- or IPv6 address.
|
| A | Good: All Name Server ip addresses are public.
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| A | Good: Minimal 2 different name servers (public suffix and public ip address) found: 2 different Name Servers found
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| A | Good: All name servers have ipv4- and ipv6-addresses.: 2 different Name Servers found
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| Warning: All Name Servers have the same Top Level Domain / Public Suffix. If there is a problem with that Top Level Domain, your domain may be affected. Better: Use Name Servers with different top level domains.: 2 Name Servers, 1 Top Level Domain: net
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| Warning: All Name Servers have the same domain name. If there is a problem with that domain name (or with the name servers of that domain name), your domain may be affected. Better: Use Name Servers with different domain names / different top level domains.: Only one domain name used: cscdns.net
|
| Warning: All Name Servers from the same Country / IP location.: 2 Name Servers, 1 Countries: US
|
| A | Info: Ipv4-Subnet-list: 2 Name Servers, 1 different subnets (first Byte): 156., 1 different subnets (first two Bytes): 156.154., 2 different subnets (first three Bytes): 156.154.130., 156.154.131.
|
| A | Good: Name Server IPv4-addresses from different subnet found:
|
| A | Info: IPv6-Subnet-list: 2 Name Servers with IPv6, 1 different subnets (first block): 2610:, 1 different subnets (first two blocks): 2610:00a1:, 2 different subnets (first three blocks): 2610:00a1:1022:, 2610:00a1:1023:, 2 different subnets (first four blocks): 2610:00a1:1022:0000:, 2610:00a1:1023:0000:
|
| A | Good: Name Server IPv6 addresses from different subnets found.
|
| A | Good: Nameserver supports TCP connections: 4 good Nameserver
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| A | Good: Nameserver supports Echo Capitalization: 4 good Nameserver
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| A | Good: Nameserver supports EDNS with max. 512 Byte Udp payload, message is smaller: 4 good Nameserver
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| A | Good: Nameserver has passed 10 EDNS-Checks (OP100, FLAGS, V1, V1OP100, V1FLAGS, DNSSEC, V1DNSSEC, NSID, COOKIE, CLIENTSUBNET): 3 good Nameserver
|
| Nameserver doesn't pass all EDNS-Checks: dns1.cscdns.net: OP100: ok. FLAGS: ok. V1: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. V1OP100: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found, no OPT100 expected, no OPT100 found. V1FLAGS: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. DNSSEC: ok. V1DNSSEC: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. NSID: ok (Auth_CSC_Host1.Frankfurt_Node1). COOKIE: ok. CLIENTSUBNET: ok.
|
| Nameserver doesn't pass all EDNS-Checks: dns1.cscdns.net / 156.154.130.100: OP100: ok. FLAGS: ok. V1: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. V1OP100: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found, no OPT100 expected, no OPT100 found. V1FLAGS: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. DNSSEC: ok. V1DNSSEC: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. NSID: ok (Auth_CSC_Host2.Frankfurt_Node1). COOKIE: ok. CLIENTSUBNET: ok.
|
| Nameserver doesn't pass all EDNS-Checks: dns1.cscdns.net / 2610:a1:1022::100: OP100: ok. FLAGS: ok. V1: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. V1OP100: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found, no OPT100 expected, no OPT100 found. V1FLAGS: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. DNSSEC: ok. V1DNSSEC: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. NSID: ok (Auth_CSC_Host1.Frankfurt_Node1). COOKIE: ok. CLIENTSUBNET: ok.
|
| Nameserver doesn't pass all EDNS-Checks: dns2.cscdns.net / 156.154.131.100: OP100: ok. FLAGS: ok. V1: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. V1OP100: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found, no OPT100 expected, no OPT100 found. V1FLAGS: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. DNSSEC: ok. V1DNSSEC: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. NSID: ok (Auth_CSC_Host2.Frankfurt_Node1). COOKIE: ok. CLIENTSUBNET: ok.
|
| Nameserver doesn't pass all EDNS-Checks: dns2.cscdns.net / 2610:a1:1023::100: OP100: ok. FLAGS: ok. V1: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. V1OP100: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found, no OPT100 expected, no OPT100 found. V1FLAGS: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. DNSSEC: ok. V1DNSSEC: SOA NOT expected, but found, BADVER expected, NOERR found, Version 0 expectend and found. NSID: ok (Auth_CSC_Host1.Frankfurt_Node1). COOKIE: ok. CLIENTSUBNET: ok.
|
| A | Good: All SOA have the same Serial Number
|
| Warning: No CAA entry with issue/issuewild found, every CAA can create a certificate. Read https://en.wikipedia.org/wiki/DNS_Certification_Authority_Authorization to learn some basics about the idea of CAA. Your name server must support such an entry. Not all dns providers support CAA entries.
|
| 4. Content- and Performance-critical Checks |
| https://www.orange.eg/.well-known/acme-challenge/check-your-website-dot-server-daten-dot-de
|
| Warning: Message "The requested URL was rejected. Please consult with your administrator. Your support ID is ..." found. Looks like there is a blocking F5 Networks device called "Application Security Manager (ASM)" used. That blocks files in /.well-known/acme-challenge, so creating a Letsencrypt-certificate or another certificate with ACME-support via http-validation isn't possible. Check that device to unblock these addresses.
|
| A | Good: Every https result with status 200 and greater 1024 Bytes is compressed (gzip, deflate, br checked).
|
| https://www.orange.eg/ar/
|
| Warning: Https + http status 200 + Inline CSS / JavaScript found. Don't use inline CSS / JavaScript. These are compiled and re-used ressources, save these with a long Cache-Control max-age - header.
|
| https://www.orange.eg/ar/
|
| Warning: Https result with status 200 found, Html-Content is too big. Should be max. 110 %. May contain inline CSS / JavaScript, too much comments or white space. Re-used ressources - create files with a long Cache-Control max-age header. Remove comments and white space.
|
| https://www.orange.eg/ar/
|
| Warning: Https connections (Standard Port 443) found without support of the http/2 protocol via ALPN. Http/2 is the new Http-Version (old: http 1.1) with some important new features. Update your server software so http/2 is available. Only one TCP-connection per Server (that's a performance boost), Header-Compression and Server Pushs are available. Domain Sharding and Inline-CSS/Javascript shouldn't used with http/2.
|
| https://www.orange.eg/.well-known/acme-challenge/check-your-website-dot-server-daten-dot-de
|
| Warning: Https connections (Standard Port 443) found without support of the http/2 protocol via ALPN. Http/2 is the new Http-Version (old: http 1.1) with some important new features. Update your server software so http/2 is available. Only one TCP-connection per Server (that's a performance boost), Header-Compression and Server Pushs are available. Domain Sharding and Inline-CSS/Javascript shouldn't used with http/2.
|
| A | Good: Some script Elements (type text/javascript) with a src-Attribute have a defer / async - Attribute. So loading and executing these JavaScripts doesn't block parsing and rendering the Html-Output.
|
| https://www.orange.eg/ar/
|
| Critical: Some script Elements (type text/javascript) with a src-Attribute don't have a defer / async - Attribute. Loading and executing these JavaScripts blocks parsing and rendering the Html-Output. That's bad if your site is large or the connection is slow / mobile usage. Use "async" if the js file has only functions (so nothing is executed after parsing the file) or is independend. Use "defer" if the order of the scripts is important. All "defer" scripts are executed before the DOMContentLoaded event is fired. Check https://developer.mozilla.org/en-US/docs/Web/HTML/Element/script to see some details.: 6 script elements without defer/async.
|
| Warning: CSS / JavaScript found without Compression. Compress these ressources, gzip, deflate, br are checked. 1 external CSS / JavaScript files without Compression found - 7 with Compression, 8 complete
|
| A | Good: All images with internal compression not compressed. Some Images (.png, .jpg, .jpeg, .webp, .gif) are already compressed, so an additional compression isn't helpful. 5 images (type image/png, image/jpg, image/jpeg, image/webp, image/gif) found without additional Compression. Not required because these images are already compressed
|
| A | Good: All CSS / JavaScript files are sent with a long Cache-Control header (minimum 7 days). So the browser can re-use these files, no download is required. 9 external CSS / JavaScript files with long Cache-Control max-age found
|
| A | Good: All images are sent with a long Cache-Control header (minimum 7 days). So the browser can reuse these files, no download is required. 5 image files with long Cache-Control max-age found
|
| A | Good: All checked attribute values are enclosed in quotation marks (" or ').
|
| A | Good: Some img-elements have a valid alt-attribute.: 5 img-elements found, 1 img-elements with correct alt-attributes (defined, not an empty value).
|
| Wrong: img-elements without alt-attribute or empty alt-attribute found. The alt-attribute ("alternative") is required and should describe the img. So Screenreader and search engines are able to use these informations.: 0 img-elements without alt-attribute, 4 img-elements with empty alt-attribute found.
|
| A | Good: Domainname is not on the "Specially Designated Nationals And Blocked Persons List" (SDN). That's an US-list of individuals and companies owned or controlled by, or acting for or on behalf of, targeted countries. It also lists individuals, groups, and entities, such as terrorists and narcotics traffickers designated under programs that are not country-specific. Collectively, such individuals and companies are called "Specially Designated Nationals" or "SDNs." Their assets are blocked and U.S. persons are generally prohibited from dealing with them. So if a domain name is on that list, it's impossible to create a Letsencrypt certificate with that domain name. Check the list manual - https://www.treasury.gov/resource-center/sanctions/sdn-list/pages/default.aspx
|
| A | Duration: 222280 milliseconds, 222.280 seconds
|
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