"strict" dilini İngilis dilinə tərcümə edin

EN For first-party SameSite=lax is used by 50.06%, SameSite=strict by 2.03%, and SameSite=none by 47.96%, while for third-party SameSite=lax is used by 23.40%, SameSite=strict by 0.10%, and SameSite=none by 76.50%.

• first-party
• while for third-party

EN An internet standard that functions by improving the security of connections between SMTP (Simple Mail Transfer Protocol) servers is the SMTP Mail Transfer Agent-Strict Transport Security (MTA-STS)

• improving the security
• connections between SMTP
• Simple Mail Transfer
• Mail Transfer Agent-Strict
• Security
• MTA-STS

EN Strict: This signifies that only if the domain in the Return-path header and the domain in the From header is an exact match, only then SPF will pass.

• Strict
• header
• match

EN Strict: This signifies that only if the domain in the DKIM signature and the domain in the From header is an exact match, only then DKIM will pass.

• Strict
• signature
• match

EN MTA-Strict Transport Security (MTA-STS) is a security protocol designed to mitigate both MITM attacks. Here’s how it does that:

• MTA-Strict Transport Security
• MTA-STS
• security protocol designed
• mitigate both MITM
• does

EN An internet standard that functions by improving the security of connections between SMTP (Simple Mail Transfer Protocol) servers is the SMTP Mail Transfer Agent-Strict Transport Security (MTA-STS)

• improving the security
• connections between SMTP
• Simple Mail Transfer
• Mail Transfer Agent-Strict
• Security
• MTA-STS

EN Moving on from what is DMARC, SMTP MTA-STS (Mail Transfer Agent Strict Transport Security) is an email security mechanism that notifies senders of your ability to receive emails over TLS secure SMTP connections

• DMARC
• SMTP MTA-STS
• Mail Transfer Agent
• Transport Security
• email security mechanism
• ability to receive
• TLS secure SMTP

EN What is Mail Transfer Agent-Strict Transport Security (MTA-STS)?

• Mail Transfer Agent-Strict
• Security
• MTA-STS

EN Moving on from what is DMARC, SMTP MTA-STS (Mail Transfer Agent Strict Transport Security) is an email security mechanism that notifies senders of your ability to receive emails over TLS secure SMTP connections

• DMARC
• SMTP MTA-STS
• Mail Transfer Agent
• Transport Security
• email security mechanism
• ability to receive
• TLS secure SMTP

EN MTA-Strict Transport Security (MTA-STS) is a security protocol designed to mitigate both MITM attacks. Here’s how it does that:

• MTA-Strict Transport Security
• MTA-STS
• security protocol designed
• mitigate both MITM
• does

EN Strict: This signifies that only if the domain in the Return-path header and the domain in the From header is an exact match, only then SPF will pass.

• Strict
• header
• match

EN Strict: This signifies that only if the domain in the DKIM signature and the domain in the From header is an exact match, only then DKIM will pass.

• Strict
• signature
• match

EN  Mail Transfer Agent-Strict Transport Security (MTA-STS)  fixes this, guaranteeing safe transit for your email.

• Mail Transfer Agent-Strict
• Security
• MTA-STS
• guaranteeing safe transit

EN Mail Transfer Agent-Strict Transport Security (MTA-STS) is a protocol that makes it mandatory for any outgoing email from the domain to be TLS encrypted before being delivered to the recipient

• Mail Transfer Agent-Strict
• Security
• MTA-STS
• protocol that makes
• TLS encrypted before

EN What it means: This optional DMARC tag stands for the SPF alignment mode. The value can be either strict(s) or relaxed(r)

• means
• optional DMARC tag
• SPF alignment mode
• strict
• relaxed

EN The first one is HTTP Strict Transport Security (HSTS), which can easily be enabled by setting a response header consisting of several attributes

• HTTP Strict Transport
• HSTS
• easily be enabled
• setting a response
• consisting of several

EN The attribute has three possible values: None, Lax, and Strict

• attribute has three
• values
• None
• Lax
• Strict

EN Finally, cookies with the SameSite=Strict attribute will only be sent in a first-party context.

• Finally

EN For instance, the strict-dynamic keyword will allow any script that is dynamically added by an already-trusted script, e.g

• instance
• script

EN However, when the strict-dynamic keyword is present, this will effectively ignore the unsafe-inline and unsafe-eval keywords

• However
• unsafe-eval keywords

EN Because the strict-dynamic keyword may not be supported by older browsers, it is considered best practice to include the two other unsafe keywords to maintain compatibility for all browser versions.

• Because the strict-dynamic
• supported by older
• considered best practice
• include the two

EN Whereas the strict-dynamic and nonce- keywords can be used to defend against reflected and persistent XSS attacks, a protected page could still be vulnerable to DOM-based XSS vulnerabilities

• Whereas the strict-dynamic
• used to defend
• reflected
• persistent XSS attacks
• protected page could
• vulnerable to DOM-based
• vulnerabilities

EN Websites powered by the top 3 (according to their market share, namely Shopify, Squarespace and Automattic), make up for 30.32% of all homepages that have enabled Strict Transport Security

• top
• share
• namely Shopify
• Squarespace
• Automattic
• Strict Transport Security

EN This SaaS product also enables several other security headers (Strict-Transport-Security, X-Content-Type-Options and X-Frame-Options) as a default for virtually all of their customers.

• several other security
• Strict-Transport-Security
• X-Content-Type-Options
• X-Frame-Options
• default for virtually

EN Access to the keeper domain names is restricted to HTTPS with TLS 1.3 and is enforced by HTTP Strict Transport Security. This prevents a wide array of packet sniffing, data modification, and man-in-the-middle attacks.

• HTTPS with TLS
• enforced by HTTP
• Transport Security
• prevents a wide
• packet sniffing
• modification
• man-in-the-middle