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    • 2. 发明申请
    • Certification Of E-Mails With Embedded Code
    • 电子邮件与嵌入式代码认证
    • US20090106840A1
    • 2009-04-23
    • US12254831
    • 2008-10-20
    • Daniel T. DreymannStephan BrunnerAnh VoYoel Gluck
    • Daniel T. DreymannStephan BrunnerAnh VoYoel Gluck
    • G06F11/00
    • H04L63/145G06F21/56G06F21/57G06F21/6272H04L51/12
    • Certification of embedded content in e-mail is provided. A sender wishing to have code certified for inclusion in e-mail sends the code to a token authority. A code verification engine acting automatically or in conjunction with an analyst examines the code to determine whether it poses a risk of harm to e-mail recipients. If not, the token authority issues a certificate for the embedded content. The mail sender sends e-mail to recipients including the embedded content, and the certification is sent in conjunction with the content itself. A mailbox provider inspects the received e-mail to determine whether it includes embedded content and, if so, whether a certification is attached that the embedded content is not harmful. If not, or if the message includes uncertified content in addition to certified content, then the message is rejected, or delivered with a warning that certification is not present.
    • 提供电子邮件中嵌入内容的认证。 希望通过电子邮件通过代码认证的发送者将代码发送给令牌授权机构。 代理验证引擎自动执行或与分析人员一起检查代码,以确定其是否对电子邮件收件人构成危害。 如果没有,令牌授权机构发布嵌入式内容的证书。 邮件发送方向包括嵌入内容的收件人发送电子邮件,并且与内容本身一起发送认证。 邮箱提供商检查收到的电子邮件,以确定它是否包含嵌入式内容,如果是,是否附加了认证,嵌入式内容是无害的。 如果没有,或者除了认证内容之外,消息还包括未经认证的内容,则该消息被拒绝,或者发出警告,认证不存在。
    • 3. 发明申请
    • STATE-MAINTAINED MULTI-PARTY SIGNATURES
    • 状态维护的多方签名
    • US20130138963A1
    • 2013-05-30
    • US12859738
    • 2010-08-19
    • Daniel T. DreymannStephan BrunnerYoel GluckAnh Vo
    • Daniel T. DreymannStephan BrunnerYoel GluckAnh Vo
    • H04L9/32
    • H04L9/3239H04L9/3247H04L51/12
    • A hash module of a mail sender creates a hash data context structure. The hash module processes the headers and the body of an e-mail message in the order required, for example by the DKIM specification, until the data to be hashed has been input. The hash module converts the context structure into printable characters and the encoded structure is transmitted over the Internet or other network to the next participating system. The token authority's hash module decodes the context back into binary form. After ensuring business logic is satisfied, it generates additional headers required for signature, which are then added to the developing hash. The hash module finalizes the hash function and creates the hash value. The authorization module creates the signature and returns it to the e-mail module, which attaches the signature to the message and transmits it to the destination mailbox provider, which verifies the token.
    • 邮件发送者的哈希模块创建一个哈希数据上下文结构。 哈希模块按照所需的顺序(例如通过DKIM规范)处理电子邮件的标题和正文,直到输入要散列的数据为止。 散列模块将上下文结构转换为可打印字符,并将经编码的结构通过因特网或其他网络传输到下一个参与系统。 令牌权威的散列模块将上下文解码为二进制形式。 确保业务逻辑满足后,它会生成签名所需的附加标头,然后将其添加到开发散列中。 哈希模块完成哈希函数并创建哈希值。 授权模块创建签名并将其返回给电子邮件模块,电子邮件模块将签名附加到邮件,并将其发送到目标邮箱提供商,目的邮箱提供商将验证该令牌。
    • 4. 发明授权
    • State-maintained multi-party signatures
    • 国家维持的多方签名
    • US08443193B1
    • 2013-05-14
    • US12859738
    • 2010-08-19
    • Daniel T. DreymannStephan BrunnerYoel GluckAnh Vo
    • Daniel T. DreymannStephan BrunnerYoel GluckAnh Vo
    • H04L9/32
    • H04L9/3239H04L9/3247H04L51/12
    • A hash module of a mail sender creates a hash data context structure. The hash module processes the headers and the body of an e-mail message in the order required, for example by the DKIM specification, until the data to be hashed has been input. The hash module converts the context structure into printable characters and the encoded structure is transmitted over the Internet or other network to the next participating system. The token authority's hash module decodes the context back into binary form. After ensuring business logic is satisfied, it generates additional headers required for signature, which are then added to the developing hash. The hash module finalizes the hash function and creates the hash value. The authorization module creates the signature and returns it to the e-mail module, which attaches the signature to the message and transmits it to the destination mailbox provider, which verifies the token.
    • 邮件发送者的哈希模块创建一个哈希数据上下文结构。 哈希模块按照所需的顺序(例如通过DKIM规范)处理电子邮件的标题和正文,直到输入要散列的数据为止。 散列模块将上下文结构转换为可打印字符,并将经编码的结构通过因特网或其他网络传输到下一个参与系统。 令牌权威的散列模块将上下文解码为二进制形式。 确保业务逻辑满足后,它会生成签名所需的附加标头,然后将其添加到开发散列中。 哈希模块完成哈希函数并创建哈希值。 授权模块创建签名并将其返回给电子邮件模块,电子邮件模块将签名附加到邮件,并将其发送到目标邮箱提供商,目的邮箱提供商将验证该令牌。