HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.

HTTPS encrypts nearly all information sent between a client and a web service. Properly configured, it guarantees three things: Confidentiality. The visitor's connection is encrypted, obscuring URLs, cookies, and other sensitive metadata. Authenticity. The visitor is talking to the "real" website, and not to an impersonator or through a "man-in-the-middle". Integrity. The data sent between the visitor and the website has not been tampered with or modified. A plain HTTP connection can be easily monitored, modified, and impersonated. Every unencrypted HTTP request reveals information about a user’s behavior, and the interception and tracking of unencrypted browsing has become commonplace. The goal of the Internet community is to establish encryption as the norm, and to phase out unencrypted connections. ⚖️ GDPR: Rec. 83, Art. 5.1.f, Art. 25, Art. 32.1 By GDPR Art. 25, a controller is responsible for implementing state of the art data protection by design and by default. Encrypted connections are a well-established technology to protect the privacy of web visitors against eavesdroppers on the wire.