Set the secure attribute for any cookies that are sent over a SSL tls connection

Set cookie Attribute secure if https is used

  1. Set the 'secure' attribute for any cookies that are sent over a SSL/TLS connection. The flaw is due to cookie is not using 'secure' attribute, which allows cookie to be passed to the server by the client over non-secure channels (http) and allows attacker to conduct session hijacking attacks. Steps to reproduce the behavior: Change Server to https and Login to get a Cookie
  2. Solution Solution type: Mitigation Mitigation Set the 'secure' attribute for any cookies that are sent over a SSL/TLS connection. Affected Software/OS Server with SSL/TLS. Vulnerability Insight The flaw is due to cookie is not using 'secure' attribute, which allows cookie to be passed to the server by the client over non-secure channels (http) and allows attacker to conduct session hijacking attacks. Impact Level: Application Vulnerability Detection Method Details: SSL/TLS.
  3. The flaw is due to cookie is not using 'secure' attribute, which allows cookie to be passed to the server by the client over non-secure channels (http) and allows attacker to conduct session hijacking attacks. Affected Software/OS: Server with SSL/TLS. Solution: Set the 'secure' attribute for any cookies that are sent over a SSL/TLS connection
  4. The flaw is due to cookie is not using 'secure' attribute, which allows cookie to be passed to the server by the client over non-secure channels (http) and allows attacker to conduct session hijacking attacks. Server with SSL/TLS. Set the 'secure' attribute for any cookies that are sent over a SSL/TLS connection

When using cookies over a secure channel, servers SHOULD set the Secure attribute (see Section for every cookie. If a server does not set the Secure attribute, the protection provided by the secure channel will be largely moot. Obviously, keep in mind that a cookie using this secure flag won't be sent in any case on the HTTP version of your website. So be careful if your website still has got both HTTPS and HTTP areas. Our web page analysis tool will let you ensure at a. Set the SECURE flag on all cookies: Whenever the server sets a cookie, arrange for it to set the SECURE flag on the cookie. The SECURE flag tells the user's browser to only send back this cookie over SSL-secure (HTTPS) connections; the browser will never send a SECURE cookie over an unencrypted (HTTP) connection

In short: any application that is meant to operate only over SSL should set the secure flag on all cookies. There's no reason not to, and it's easy to do. Yes, the presence of the HSTS header could make the secure flag redundant—but setting it won't cause any problems. More importantly, it will be awhile before all the browsers out there honor HSTS. Do the sure-thing, and apply secure flags. It provides one more relief in a world of numerous security vulnerabilities Set-Cookie: cookieName=cookieValue; HttpOnly; Secure; SameSite=None Removing a cookie using Set-Cookie You can't remove cookies marked with HTTPOnly attribute from JavaScript Prevent Apache Tomcat from XSS (Cross-site-scripting) attacks. According to Microsoft Developer Network, HttpOnly & Secure is an additional flag included in the Set-Cookie HTTP response header.. Using HttpOnly in Set-Cookie helps in mitigating the most common risk of an XSS attack.. This can be either done within an application by developers or implementing the following in Tomcat Change the default 'Secure' attribute from FALSE to TRUE to ensure cookies are sent only via HTTPS. The 'Secure' attribute should be set on each cookie to prevent cookies from being observed by malicious actors. Implement the 'Secure' attribute when using the Set-Cookie parameter during authenticated sessions

secure cookie fails penetration tests · Issue #6767

However, due to developers' unawareness, it comes to Web Server administrators. I will not talk about how to set these at the code level. You can refer here. Implementation Procedure in Apache. Ensure you have mod_headers.so enabled in Apache HTTP server; Add following entry in httpd.conf; Header edit Set-Cookie ^(.*)$ $1;HttpOnly;Secur The value of the httpOnlyCookies attribute is true in this case. Like in the previous example, HttpOnly can also be set from C# code: Response.Cookies.Add ( new HttpCookie ( key, value ) { HttpOnly = true , Secure = true , }); Here, I've set the HttpOnly property to true The client sets this only for encrypted connections and this is defined in RFC 6265: The Secure attribute limits the scope of the cookie to secure channels (where secure is defined by the user agent). When a cookie has the Secure attribute, the user agent will include the cookie in an HTTP request only if the request is transmitted over a secure channel (typically HTTP over Transport Layer Security (TLS) [RFC2818]) HttpOnly and secure flags can be used to make the cookies more secure. When a secure flag is used, then the cookie will only be sent over HTTPS, which is HTTP over SSL/TLS

SSL and TLS : SSL/TLS: Missing `secure` Cookie Attribut

When a cookie has the Secure attribute, the user agent will include the cookie in an HTTP request only if the request is transmitted over a secure channel (typically HTTPS). Although seemingly useful for protecting cookies from active network attackers, the Secure attribute protects only the cookie's confidentiality Vulnerability Insight: The flaw is due to SSL cookie is not using 'secure' attribute, which allows cookie to be passed to the server by the client over non-secure channels (http) and allows attacker to conduct session hijacking attacks. remote systems. Impact Level: Application Affected Software/OS: Server with SSL. Workaround: Set the 'secure' attribute for any cookies that are sent over an. There are two optional settings each cookie can have set which largely address these issues: HttpOnly means that the cookies should not be accessible from client side scripts and Secure means that the cookie should only be sent across HTTPS requests The flaw is due to cookie is not using 'secure' attribute, which allows cookie to be passed to the server by the client over non-secure channels (http) and allows attacker to conduct session hijacking attacks. Affected Versions: Server with SSL/TLS. Recommendations: Set the 'secure' attribute for any cookies that are sent over a SSL/TLS connection A cookie with the Secure attribute is sent to the server only with an encrypted request over the HTTPS protocol, never with unsecured HTTP (except on localhost), and therefore can't easily be accessed by a man-in-the-middle attacker. Insecure sites (with http: in the URL) can't set cookies with the Secure attribute

The 'Secure' attribute makes sure that the cookie will only be sent with requests made over an encrypted connection and an attacker won't be able to steal cookies by sniffing. However, we need to be very careful while setting this attribute. Just setting the attribute to 'Secure' does not necessarily mean that the cookie will always be transmitted over an encrypted connection. RFC 2965 states Note that an advanced adversary could potentially target any connection made over the Internet's core infrastructure. Remediation: TLS cookie without secure flag set The secure flag should be set on all cookies that are used for transmitting sensitive data when accessing content over HTTPS. If cookies are used to transmit session tokens, then areas of the application that are accessed over. The HttpOnly attribute is set on Cookies, and these are (usually) passed from the server to the client, not from the client to the server. HttpOnly is not an attribute you can set on a form or form parameter. Here the client is the browser and the server is the Java EE server running your Java application This document outlines how to set the Secure and HttpOnly attributes to session cookies sent from various Oracle Fusion Middleware applications. Setting cookies are application specific. When using SSL, the secure attribute should be enabled and the HttpOnly attribute should be present. In Oracle environments, there may be a Critical Patch Update to change the default or require a new setting.

The 'Secure' Attribute Cookies marked with the 'Secure' attribute are only sent over encrypted HTTPS connections and are therefore safe from man-in-the-middle attacks. -True or false? The 'Secure' Attribute •The 'Secure' attribute only protects the confidentiality of a cookie against MiTM attackers -there is no integrity protection!* -Mallory can't read. Transport Layer Security (TLS), and SSL that came before TLS, are cryptographic protocols that secure communication over a network by using security certificates to encrypt a connection between computers. TLS supersedes Secure Sockets Layer (SSL) and is often referred to as SSL 3.1. For Exchange Online, we use TLS to encrypt the connections between our Exchange servers and the connections between our Exchange servers and other servers such as your on-premises Exchange servers or. HTTPS is a secure extension of HTTP. Websites that install and configure an SSL/TLS certificate can use the HTTPS protocol to establish a secure connection with the server. The goal of SSL/TLS is to make it safe and secure to transmit sensitive information including personal data, payment or information The process of establishing a secure SSL/TLS connection involves several steps. SSL/TLS security protocols use a combination of The last message of the handshake process from the server (sent encrypted) signifies that the handshake is finished. To recap, the following illustrates a typical handshake. The TLS Handshake in TLS 1.3 . In TLS 1.2 and earlier, the TLS handshake needed two round. Secure Socket Layer (SSL) and Transport Layer Security (TLS) refers to the handshake that takes place between a client and a server. The handshake doesn't actually do any encryption itself, it just agrees on a shared secret and the type of encryption that is going to be used. TLS is just a new name for SSL v4 - essentially, we are talking about the same protocol. Apart from WSS and HTTPS.

The Secure attribute for sensitive cookies in HTTPS sessions is not set, which could cause the user agent to send those cookies in plaintext over an HTTP session. Relationships. The table(s) below shows the weaknesses and high level categories that are related to this weakness. These relationships are defined as ChildOf, ParentOf, MemberOf and give insight to similar items that may exist at. When the HttpOnly attribute is present in a Set-Cookie HTTP response header from the server, The secure cookie attribute instructs the browser to only transmit the cookie when a secure connection (for example a HTTPS/SSL connection) is present. If your web application supports or requires SSL, you may want to use the secure cookie attribute to further improve security. ColdFusion has. I read a blog post GitHub moves to SSL, but remains Firesheepable that claimed that cookies can be sent unencrypted over http even if the site is only using https. They write that a cookie should be marked with a secure flag, but I don't know how that flag look like. How can I check that my cookies are only sent over encrypted https and not over unencrypted http, on my site that is only. When using cookies over a secure channel, servers SHOULD set the Secure attribute (see Section for every cookie. If a server does not set the Secure attribute, the protection provided by the secure channel will be largely moot. For example, consider a webmail server that stores a session identifier in a cookie and is typically accessed.

Inline options are: Strict: The browser sends the cookie only for same-site requests (that is, requests originating from the same site that set the cookie).If the request originated from a different URL than the current one, no cookies with the SameSite=Strict attribute are sent.; Lax: The cookie is not sent on cross-site requests, such as calls to load images or frames, but is sent when a. Make sure your server doesn't support insecure renegotiation - the SSL and TLS Authentication Gap vulnerability allows a man-in-the-middle to use renegotiation to inject arbitrary content into an encrypted data stream. Most major vendors have issued patches for this vulnerability, so if you have not already done so make it a priority to implement secure renegotiation or disable insecure. Additionally, Cookie Persistence cookies (which, by default, start with NSC_ ) do not contain any session-identifiable or authentication information. They only instruct the NetScaler on which backend server the connection is persistent to, meaning that the cookie cannot be used to spoof a connection or user cookie.secure. Specifies the boolean value for the Secure Set-Cookie attribute. When truthy, the Secure attribute is set, otherwise it is not. By default, the Secure attribute is not set. Note be careful when setting this to true, as compliant clients will not send the cookie back to the server in the future if the browser does not have an.

Der kostenlose Service von Google übersetzt in Sekundenschnelle Wörter, Sätze und Webseiten zwischen Deutsch und über 100 anderen Sprachen The SSLEnabled, scheme and secure attributes may all be independently set. These are normally used when Tomcat is located behind a reverse proxy and the proxy is connecting to Tomcat via HTTP or HTTPS. They allow Tomcat to see the SSL attributes of the connections between the client and the proxy rather than the proxy and Tomcat. For example, the client may connect to the proxy over HTTPS but.

Spiceworks Inventory SSL/TLS: Missing `secure` Cookie

Non-Secure Session Cookies Identified The website software running on this server appears to be setting session cookies without the Secure flag set over HTTPS connections. This means the session identifier information in these cookies would be transmitted even over unencrypted HTTP connections, which might make them susceptible to interception and tamperin Indicates that the cookie should only be transmitted over a secure HTTPS connection from the client. When set to true, the cookie will only be set if a secure connection exists. On the server-side, it's on the programmer to send this kind of cookie only on secure connection (e.g. with respect to $_SERVER[HTTPS]). httponly. When true the cookie will be made accessible only through the HTTP. Any iframes displaying OutSystems pages must be able to send cookies, since there are always mandatory cookies for authentication and security validations. To make sure that the OutSystems content works properly when embedded in a third-party site, you must have the new OutSystems patch installed and set the new SameSite setting to None , so that the platform-generated cookies include the. secure This option tells haproxy to add a Secure cookie attribute when a cookie is inserted. This attribute is used so that a user agent never emits this cookie over non-secure channels, which means that a cookie learned with this flag will be presented only over SSL/TLS connections. Please check RFC6265 for more information on this attribute The process of establishing a secure SSL/TLS connection involves several steps. SSL/TLS security protocols use a combination of The last message of the handshake process from the server (sent encrypted) signifies that the handshake is finished. To recap, the following illustrates a typical handshake. The TLS Handshake in TLS 1.3 . In TLS 1.2 and earlier, the TLS handshake needed two round.

The SSL/TLS protocol uses a pair of keys to authenticate identities and encrypt information sent over the Internet. One of these (the public key) is intended for wide distribution, and the other (the private key) should be kept as securely as possible.These keys are created together when you generate a certificate signing request (CSR).Here are a few pointers to keep in mind regarding your. csp sets the Content-Security-Policy header to help prevent cross-site scripting attacks and other cross-site injections. hidePoweredBy removes the X-Powered-By header. hsts sets Strict-Transport-Security header that enforces secure (HTTP over SSL/TLS) connections to the server. ieNoOpen sets X-Download-Options for IE8+ It verifies the identity of the server and prevents hackers from intercepting any data. TLS (and its predecessor SSL) allows users to securely transmit sensitive data when using the HTTPS protocol. In other words, HTTPS is HTTP layered on top of TLS. This technology is ideal for applications such as banking, information authentication, email exchange, and any other procedure requiring a higher.

Secure your Cookies (Secure and HttpOnly flags) - Dareboos

TLS, short for Transport Layer Security, and SSL, short for Secure Socket Layers, are both cryptographic protocols that encrypt data and authenticate a connection when moving data on the Internet. For example, if you're processing credit card payments on your website, TLS and SSL can help you securely process that data so that malicious actors can't get their hands on it Cookies are sent by the browser to the server when an HTTP request starts, and they are sent back from the server, which can edit their content. Cookies are essentially used to store a session id. In the past cookies were used to store various types of data, since there was no alternative. But nowadays with the Web Storage API (Local Storage and Session Storage) and IndexedDB, we have much. For cookies that are only required in a first-party context, you should ideally set an appropriate SameSite value of either Lax or Strict and set Secure if your site is only accessed via HTTPS. For cookies that are required in a third-party context, you must set the SameSite=None and Secure attributes SSL/TLS protocols allow the connection between two mediums (client-server) to be encrypted. Encryption lets you make sure that no third party is able to read the data or tamper with it. Unencrypted communication can expose sensitive data such as user names, passwords, credit card numbers, and more. If we use an unencrypted connection and a third party intercepts our connection with the server.

How to ensure that cookies are always sent via SSL when

Yes, You Need to Secure Web Cookies with Secure Flags

Secure, HttpOnly, SameSite HTTP Cookies Attributes and Set

Sending emails via the SMTP protocol (that is, relying on an outgoing SMTP server) is still the most common way to communicate on the internet.However, SMTP has been built without a native security layer: meaning that your emails will always be exposed and quite easily hackable.. That is why we suggest to set a secure SMTP with an encryption protocol - the most popular being SSL (Secure. Recently the vulnerability was found on our site - Cookie Does Not Contain The secure Attribute. And adviced the s olution: If the associated risk of a compromised account is high, apply the secure attribute to cookies and force all sensitive requests to be sent via HTTPS. Windows Server 2008, IIS 7

The SSL/TLS part of Mbed TLS provides the means to set up and communicate over a secure communication channel using SSL/TLS. Its basic functionalities are: Initialize an SSL/TLS context. Perform an SSL/TLS handshake. Send/receive data. Notify a peer that a connection is being closed. Many aspects of such a channel are set through parameters and callback functions: The endpoint role: client or. These samples illustrate how to set up a secure socket connection between a client and a server. Go to main content /* * send http request * * Before any application data is sent or received, the * SSL socket will do SSL handshaking first to set up * the security attributes. * * SSL handshaking can be initiated by either flushing data * down the pipe, or by starting the handshaking by hand. Although SSL was replaced by an updated protocol called TLS (Transport Layer Security) some time ago, SSL is still a commonly used term for this technology. The main use case for SSL/TLS is securing communications between a client and a server, but it can also secure email, VoIP, and other communications over unsecured networks

Website: Check Your, or Any, Email System. See Show Me What CheckTLS Can Do.. You are responsible for protecting the email that you send. We recommend you use the TLS encryption already built into your mail system, but you must check the recipient's email too. Ignoring security invites fines, civil and criminal legal action, and unwanted publicity Using the Secure option you can tell the browser (or other http clients) to only send the cookie over SSL connections. This means the cookie will not be available to any part of the site that is not secure will not have access to the cookie, but it also makes it much less likely that you'll accidentally send the cookie across as cleartext. Protect Against XSS Exploits. This HttpOnly flag is. Deprecate and remove the use of cookies with the SameSite=None attribute but without the Secure attribute. Any cookie that requests SameSite=None but is not marked Secure will be rejected. This feature is available as of Chrome 76 by enabling the cookies-without-same-site-must-be-secure flag. This feature will be rolled out gradually to Stable users starting July 14, 2020 For example, where the server certificate subject DN included two OU attributes, SSL_SERVER_S_DN_OU_0 and SSL_SERVER_S_DN_OU_1 could be used to reference each. A variable name without a _n suffix is equivalent to that name with a _0 suffix; the first (or only) attribute. When the environment table is populated using the StdEnvVars option of the SSLOptions directive, the first (or only.

Secure Tomcat with Set-Cookies Secure Fla

Configuring VMware Horizon View Connection Server. Proxy Auto Configuration for Outbound Proxy support for Citrix Gateway. Configuration support for SameSite cookie attribute. Optimize network traffic with Citrix SD-WAN WANOP. RfWebUI Persona on Citrix Gateway UX Configuration. Optimizing Citrix Gateway VPN split tunnel for Office36 Improving Apache Tomcat Security - A Step By Step Guide Apache Tomcat boasts an impressive track record when it comes to security. According to the official Apache Tomcat Wiki Pages, there has never been a reported case of actual damage or significant data loss due to a malicious attack on any Apache Tomcat instance. Most vulnerabilities, both major and minor, are discovered by the Tomcat. The other day I wrote about my little Drag and Drop application and mentioned I wanted it to send HTTPS POST requests to an existing PHP web application. I thought it would be a relatively trivial task, but it turned out not the be as easy as I thought. First let me show you the code, and then discuss the pitfalls. Sending the request by itself is actually pretty easy key: The name of the cookie - if left default (connect.sid), it can be detected and give away that an application is using Express as a web server. httpOnly - Flags cookies to be accessible by the issuing web server, which assists in preventing session hijacking. secure - Ensure that it is set to true - which requires TLS/SSL - to allow the. The connect.sid is a signed ID for the session, but does not contain any data such as the username - that is all stored on the server, looked up using the session ID as a key. Again note that it's not encrypted, and it doesn't have anything identifying IP addresses or anything like that, though the cookie has attributes, which we will discuss later. Again it's just a cookie - if you've.

How to Enable Secure HttpOnly Cookies in IIS IT Not

Install SSL certificate for encryption. For TLS encryption we need to deploy the SSL certificate that has the FQDN as a SAN that matches our public MX record. Also, the certificate must be signed by a publicly trusted Certificate Authority. In our example our MX record is mail.alwayshotcafe.com, we use the certificate that we installed on the Mailbox server earlier. Note: one certificate can. HTTP Strict Transport Security (HSTS) is a new(ish) technology that allows an application to force browsers to use only SSL/TLS (HTTPS, not HTTP) when they visit that application. This occurs when the application sets an HSTS-specific HTTP response header. Browsers that support HSTS recognize the response header and only communicate with that application over HTTPS for the specified time Secure Flag. If the Secure flag is included as part of a cookie declaration, the web browser will be instructed to only transmit the cookie over network connections that are encrypted using the SSL or TLS protocols.. Ensuring that cookies are only transmitted over an encrypted channel, prevents the cookie from being obtained in plaintext by an attacker, who is able to intercept the network. Cookies with this setting will work the same way as cookies work today. Cookies will be able to be used across sites. Note that you need both the None and Secure attributes together. If you just specify None without Secure the cookie will be rejected. Secure ensures that the browser request is sent by a secure (HTTPS) connection

To configure and use TLS, each mail server involved in the sending and receipt of a message must have an SSL certificate from a public root certificate authority installed and configured. By default, TLS connections take place over port 25. For Secure Receipt policies, we act as the server. The client application connects to us and checks the. start_tls: establishes a secure connection, can be executed before or after the bind operation. do_sasl_bind: performs a SASL bind with the parameter defined in the Connection. It's automatically executed when you call the bind operation if SASL authentication is used. refresh_dsa_info: reads info from server as specified in the get_info parameter of the Connection object. response_to_ldif. The secure attribute for authentication cookies. By default, web browsers send all cookies, including authentication cookies, on insecure requests. We've implemented the secure attribute in the Set-Cookie header, which instructs the browser to only send these cookies on https requests so the cookies won't be visible on the network if you happen to visit an insecure link to Facebook. An.

Secure cookie with HttpOnly and Secure flag in Apach

The ultimate guide to secure cookies with web

SECURE_SOCKETS contains a list of all of the HTTPS sockets that were established for network requests, including the certificates sent by the server and the parameters requested of any client certificates. The Server certificates can be viewed by saving the contents of a -BEGIN CERTIFICATE- entry to a file named something.cer. Alternatively, select the line, hit CTRL+C, click Edit > Paste. Hodges, et al. Standards Track [Page 4] RFC 6797 HTTP Strict Transport Security (HSTS) November 2012 UAs typically announce to their users any issues with secure connection establishment, such as being unable to validate a TLS server certificate trust chain, or if a TLS server certificate is expired, or if a TLS host's domain name appears incorrectly in the TLS server certificate (see Section.

http - How does cookie Secure flag work? - Stack Overflo

  1. When you are reading and sending cookies through the request and response components as shown in the last two subsections, you enjoy the added security of cookie validation which protects cookies from being modified on the client-side. This is achieved by signing each cookie with a hash string, which allows the application to tell if a cookie has been modified on the client-side. If so, the.
  2. Cookies are small strings of data that are stored directly in the browser. They are a part of the HTTP protocol, defined by the RFC 6265 specification.. Cookies are usually set by a web-server using the response Set-Cookie HTTP-header. Then, the browser automatically adds them to (almost) every request to the same domain using the Cookie HTTP-header
  3. Cookies that have the Secure attribute set will only be sent over a secure HTTPS connection, preventing them to be stolen in a MITM attack. The attribute that was introduced most recently, SameSite , can be used to restrict how cookies are sent in a cross-site context
  4. Session hijacking is a technique used to take control of another user's session and gain unauthorized access to data or resources. For web applications, this means stealing cookies that store the user's session ID and using them to fool the server by impersonating the user's browser session. If successful, the attacker can act as a legitimate application user, steal money or valuable.
  5. TLS/SSL cryptographic protocols designed to provide communication security over a computer network; Many TCP based protocols like HTTPS, SMTPS, FTPS, etc use TLS/SSL protocol. X.509 Certificate In MongoDB. In MongoDB deployment, we can utilize the X.509 certificate in encrypting all MongoDB Traffic, User Authentication, and Internal Replica member authentication. TLS/SSL Authentication Types.

Securing cookies with httponly and secure flags [updated

Mozilla Server Side TLS Guidelines; Mozilla Server Side TLS Configuration Generator - generates software configurations for the three levels of compatibility; HTTP Strict Transport Security. HTTP Strict Transport Security (HSTS) is an HTTP header that notifies user agents to only connect to a given site over HTTPS, even if the scheme chosen was. 4.2 IP Access Rules. RStudio Server can be configured to deny access to specific IP addresses or ranges of addresses. Access rules are defined in the configuration file /etc/rstudio/ip-rules. Access rules are established using the allow and deny directives and are processed in order, with the first matching rule governing whether a given address is allowed or denied JavaScript has its own security model, but this is not designed to protect the Web site owner or the data passed between the browser and the server. The security model is designed to protect the user from malicious Web sites, and as a result, it enforces strict limits on what the page author is allowed to do. They may have control over their own page inside the browser, but that is where their. A cookie is used for sending information to the HTTP server in an HTTP response. Cookies store the user-specific information. For example, if a user visits a site then we use the cookie for storing the preference or other information. A cookie is controlled by some attribute set in the cookie header, these attributes are as follows Use of this attribute implies prior knowledge that a particular server supports HTTP/2. The attribute works with SSL or 'cleartext' HTTP/2. If a server turns out to not support HTTP/2, when HTTP/2 direct was specified, QNetworkAccessManager gives up, without attempting to fall back to HTTP/1.1. If both Http2AllowedAttribute and.

Secure cookie - Wikipedi

SSL and TLS are both cryptographic protocols that provide authentication and data encryption between servers, machines, and applications operating over a network (e.g. a client connecting to a web server). In reality, SSL is only about 25 years old. But in internet years, that's ancient. The first iteration of SSL, version 1.0, was first developed in 1995 by Netscape but was never released. However, if a web server sets a cookie with a secure attribute from a non-secure connection, the cookie can still be intercepted when it is sent to the user by man-in-the-middle attacks. Therefore, for maximum security, cookies with the Secure attribute should only be set over a secure connection

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