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    • 12. 发明授权
    • Distributed encryption and access control scheme in a cloud environment
    • 云环境中的分布式加密和访问控制方案
    • US09373001B2
    • 2016-06-21
    • US14203683
    • 2014-03-11
    • Barracuda Networks, Inc.
    • Asaf CidonIsrael CidonLior GavishPrabandham Madan GopalChandrashekhar Shetty
    • G06F7/00G06F17/30G06F21/62
    • G06F21/602G06F17/30091G06F17/30194G06F21/62G06F21/6209G06F21/6218H04L63/0428
    • System, computer readable medium and method for decryption. The method may include receiving, by a third computerized system and from a fourth computerized system, a first encrypted file entity key and signed access metadata. The first encrypted file entity key is created by encrypting a file entity key by a first computerized system using an encryption key of a second computerized system. The signed access metadata is signed by the file entity key. The encrypted file entity is created by encrypting a file entity by the first computerized system using the file entity key. Sending, by the third computerized system, the signed access metadata and the first encrypted file entity key to the second computerized system. Receiving a response from the second computerized system. Determining, based on the response from the second computerized system, whether to facilitate a decryption of the encrypted file entity by the fourth computerized entity.
    • 系统,计算机可读介质和解密方法。 该方法可以包括由第三计算机系统和第四计算机化系统接收第一加密文件实体密钥和签名的访问元数据。 通过使用第二计算机化系统的加密密钥由第一计算机化系统加密文件实体密钥来创建第一加密文件实体密钥。 签名的访问元数据由文件实体密钥签名。 通过使用文件实体密钥通过第一计算机化系统加密文件实体来创建加密的文件实体。 由第三计算机化系统将签名的访问元数据和第一加密文件实体密钥发送到第二计算机化系统。 接收第二台计算机化系统的响应。 基于来自第二计算机化系统的响应确定是否便利第四计算机化实体对加密文件实体的解密。
    • 13. 发明申请
    • Bigoted IPv6 Filtering Apparatus
    • 大型IPv6过滤设备
    • US20150180831A1
    • 2015-06-25
    • US13902161
    • 2013-12-20
    • BARRACUDA NETWORKS, INC.
    • Jeremy P. Bowers
    • H04L29/06H04L29/12
    • H04L63/0236H04L63/1408
    • An apparatus accesses many locations of a store for information about a specific Internet Protocol address. A filter concentrates and condenses a diffuse population widely dispersed in a ginormous address range into a smaller storage space with controllable error rate. A cloud service acquires, aggregates, and distributes IP address data structure records from and to globally distributed network access devices. A system of filter elements operating in parallel determines a plurality of storage addresses in memory to represent Internet Protocol addresses categorized for security. A method determines a plurality of storage addresses from each Internet Protocol address so characteristics of the IP address can be accessed at the storage addresses.
    • 设备访问商店的许多位置以获得关于特定因特网协议地址的信息。 过滤器将广泛分散在粗糙的地址范围内的漫射群聚集并缩聚成具有可控错误率的较小存储空间。 云服务从全局分布式网络访问设备获取,聚合和分发IP地址数据结构记录。 并行操作的过滤元件系统确定存储器中的多个存储地址以表示为安全性分类的互联网协议地址。 一种方法从每个因特网协议地址确定多个存储地址,从而可以在存储地址处访问IP地址的特性。
    • 17. 发明授权
    • Distributed frequency data collection via indicator embedded with DNS request
    • 通过嵌入DNS请求的指示灯进行分布式频率数据采集
    • US08775604B2
    • 2014-07-08
    • US12610511
    • 2009-11-02
    • Zachary LevowJoseph Wilson Evans
    • Zachary LevowJoseph Wilson Evans
    • G06F15/173G06F15/16G06F21/00G06F12/14
    • H04L29/12066H04L51/12H04L61/1511H04L63/1416
    • Domain Name Service (DNS) requests are used as the reporting vehicle for ensuring that security-related information can be transferred from a network. As one possibility, a central facility for a security provider may maintain a data collection capability that is based upon receiving the DNS requests containing the information being reported. In an email application, if a data block is embedded within or attached to an email message, an algorithm is applied to the data block to generate an indicator that is specifically related to the contents of the data block. As one possibility, the algorithm may generate a hash that provides a “digital fingerprint” having a reasonable likelihood that the hash is unique to the data block. By embedding the hash within a DNS request, the request becomes a report that the data block has been accessed.
    • 使用域名服务(DNS)请求作为报告工具,用于确保可以从网络传输与安全相关的信息。 作为一种可能性,用于安全提供者的中央设施可以维护基于接收到包含正在报告的信息的DNS请求的数据收集能力。 在电子邮件应用中,如果将数据块嵌入或附加到电子邮件消息中,则将算法应用于数据块以生成与数据块的内容特别相关的指示符。 作为一种可能性,该算法可以产生提供“数字指纹”的散列,该“数字指纹”具有散列对数据块是唯一的合理的可能性。 通过将散列嵌入到DNS请求中,请求成为数据块被访问的报告。
    • 18. 发明授权
    • Client-server transactional pre-archival apparatus
    • 客户端 - 服务器事务预归档设备
    • US08725704B2
    • 2014-05-13
    • US13246834
    • 2011-09-27
    • Zachary Levow
    • Zachary Levow
    • G06F7/00G06F17/30
    • G06F17/30348
    • An apparatus which receives client-server transactions such as HTTP REQUESTS and transforms them into a synopsis format for archival storage. HTTP transactions are logged and parsed for key words called HTTP METHODS. For each HTTP METHOD, data is extracted from the message or the resources provided by the transaction. The data is efficiently stored into a transaction store. The data is also indexed and the index is stored into the transaction store. A record is kept for all concurrent sessions by usernames associated with a directory entry.
    • 接收诸如HTTP请求之类的客户端 - 服务器事务的设备,并将其转换成用于归档存储的概要格式。 记录HTTP事务并解析为称为HTTP METHODS的关键字。 对于每个HTTP方法,从消息或事务提供的资源中提取数据。 数据被有效地存储到事务存储中。 数据也被索引,索引被存储到事务存储中。 对于与目录条目相关联的用户名,所有并发会话都将保留记录。
    • 20. 发明申请
    • CLOUD MESSAGE TRANSFER APPARATUS TO REDUCE NON-DELIVERY REPORTS
    • 云消息传输设备,以减少非交付报告
    • US20120158867A1
    • 2012-06-21
    • US12973727
    • 2010-12-20
    • ZACHARY LEVOW
    • ZACHARY LEVOW
    • G06F15/16
    • H04L51/30
    • Duplicate deliveries of email messages are prevented when a transient failure prevents delivery to some of a plurality of intended recipients but delivery to an other one or more of the intended recipients is successful. After receiving a list of recipients, an email body, and an “end of data” sequence, but prior to responding to the “end of data” sequence, an email server determines a transient failure reply code when any one of the address mailboxes of intended recipients is not available. A message-memorandum, such as the globally unique message-id and the address of one or more successful recipients is stored into a memorandum store. A subsequent transmission of the corresponding message will only be delivered to recipients who have not previously received it. Using this invention, the receiving/relay system would persistently track which recipients were allowed or refused by some unique characteristic of the message, such as internet message ID or a checksum of the distinct portions of the message/envelope that are unlikely to change (e.g. sender, recipients, body). Once a message has been identified as one that has been previously partially deferred, the recipients that were previously allowed would be ignored and delivery would be attempted only to the recipients that had not previously been allowed.
    • 当瞬时故障阻止传递到多个预期接收者中的一些时,防止传送电子邮件的重复传递,而传送到其他一个或多个预期接收者是成功的。 在收到收件人列表,电子邮件正文和“数据结束”序列之后,但是在响应“数据结束”序列之前,电子邮件服务器确定当任何一个地址邮箱 预期收件人不可用。 消息备忘录(如全球唯一的消息ID和一个或多个成功的收件人的地址)存储在备忘录存储中。 相应消息的后续传输将仅被传递给以前没有接收到的消息的接收者。 使用本发明,接收/中继系统将持续地跟踪哪些接收者被消息的某些独特特征所允许或拒绝,诸如互联网消息ID或不太可能改变的消息/信封的不同部分的校验和(例如, 发件人,收件人,正文)。 一旦将消息确定为先前被部分推迟的消息,则先前允许的收件人将被忽略,并且只会向先前未被允许的收件人进行传递。