HydraPsi - 副本
hydra常用命令解析
hydra常⽤命令解析参数说明：Hydra v9.0 (c) 2019 by van Hauser/THC - Please do not use in military or secret service organizations, or for illegal purposes.Syntax: hydra [[[-l LOGIN|-L FILE] [-p PASS|-P FILE]] | [-C FILE]] [-e nsr] [-o FILE] [-t TASKS] [-M FILE [-T TASKS]] [-w TIME] [-W TIME] [-f] [-s PORT] [-x MIN:MAX:CHARSET] [-c TIME] [-ISOuvVd46] [service://server[:PORT][/OPT]]Options:-R restore a previous aborted/crashed session-I ignore an existing restore file (don't wait 10 seconds)-S perform an SSL connect-s PORT if the service is on a different default port, define it here-l LOGIN or -L FILE login with LOGIN name, or load several logins from FILE-p PASS or -P FILE try password PASS, or load several passwords from FILE-x MIN:MAX:CHARSET password bruteforce generation, type "-x -h" to get help-y disable use of symbols in bruteforce, see above-e nsr try "n" null password, "s" login as pass and/or "r" reversed login-u loop around users, not passwords (effective! implied with -x)-C FILE colon separated "login:pass" format, instead of -L/-P options-M FILE list of servers to attack, one entry per line, ':' to specify port-o FILE write found login/password pairs to FILE instead of stdout-b FORMAT specify the format for the -o FILE: text(default), json, jsonv1-f / -F exit when a login/pass pair is found (-M: -f per host, -F global)-t TASKS run TASKS number of connects in parallel per target (default: 16)-T TASKS run TASKS connects in parallel overall (for -M, default: 64)-w / -W TIME wait time for a response (32) / between connects per thread (0)-c TIME wait time per login attempt over all threads (enforces -t 1)-4 / -6 use IPv4 (default) / IPv6 addresses (put always in [] also in -M)-v / -V / -d verbose mode / show login+pass for each attempt / debug mode-O use old SSL v2 and v3-q do not print messages about connection errors-U service module usage details-h more command line options (COMPLETE HELP)server the target: DNS, IP or 192.168.0.0/24 (this OR the -M option)service the service to crack (see below for supported protocols)OPT some service modules support additional input (-U for module help)Supported services: adam6500 asterisk cisco cisco-enable cvs firebird ftp[s] http[s]-{head|get|post} http[s]-{get|post}-form http-proxy http-proxy-urlenum icq imap[s] irc ldap2[s] ldap3[-{cram|digest}md5][s] memcached mongodb mssql mysql nntp oracle-listener oracle-sid pcanywhere pcnfs pop3[s] postgres radmin2 rdp redis rexec rlogin rpcap rsh rtsp s7-300 sip smb smtp[s] smtp-enum snmp socks5 ssh sshkey svn teamspeak telnet[s] vmauthd vnc xmppExamples:hydra -l user -P passlist.txt ftp://192.168.0.1hydra -L userlist.txt -p defaultpw imap://192.168.0.1/PLAINhydra -C defaults.txt -6 pop3s://[2001:db8::1]:143/TLS:DIGEST-MD5hydra -l admin -p password ftp://[192.168.0.0/24]/hydra -L logins.txt -P pws.txt -M targets.txt ssh常⽤实例：SSH暴⼒破解e2a5e@kali:~$ hydra -L /data/dic/user.dic -P /data/dic/password.dic -t 5 192.168.2.235 sshHydra v9.0 (c) 2019 by van Hauser/THC - Please do not use in military or secret service organizations, or for illegal purposes.mysql暴⼒破解e2a5e@kali:~$ hydra -L /data/dic/user.dic -P /data/dic/password.dic -t 5 192.168.2.235 mysqlHydra v9.0 (c) 2019 by van Hauser/THC - Please do not use in military or secret service organizations, or for illegal purposes.远程桌⾯暴⼒破解e2a5e@kali:~$ hydra -L /data/dic/user.dic -P /data/dic/password.dic -t 1 192.168.2.57 rdpHydra v9.0 (c) 2019 by van Hauser/THC - Please do not use in military or secret service organizations, or for illegal purposes.其他常⽤破解命令使⽤hydra破解ssh的密码hydra -L users.txt -P password.txt -vV -o ssh.log -e ns IP ssh破解https：hydra -m /index.php -l username -P pass.txt IP https破解teamspeak：hydra -l ⽤户名 -P 密码字典 -s 端⼝号 -vV ip teamspeak破解cisco：hydra -P pass.txt IP ciscohydra -m cloud -P pass.txt 10.36.16.18 cisco-enable破解smb：hydra -l administrator -P pass.txt IP smb破解pop3：hydra -l muts -P pass.txt my.pop3.mail pop3破解rdp：hydra IP rdp -l administrator -P pass.txt -V破解http-proxy：hydra -l admin -P pass.txt http-proxy://10.36.16.18破解telnethydra IP telnet -l ⽤户 -P 密码字典 -t 32 -s 23 -e ns -f -V破解ftp：hydra IP ftp -l ⽤户名 -P 密码字典 -t 线程(默认16) -vVhydra IP ftp -l ⽤户名 -P 密码字典 -e ns -vVget⽅式提交，破解web登录：hydra -l ⽤户名 -p 密码字典 -t 线程 -vV -e ns IP http-get /admin/hydra -l ⽤户名 -p 密码字典 -t 线程 -vV -e ns -f IP http-get /admin/index.php。
HP DP备份软件设置
HP DP备份软件设置指南目录一、添加客户机 (2)二、带库的磁带操作与磁带组的建立 (5)三、建立文件的备份策略 (11)四、建立ORACLE的备份策略 (16)五、文件的恢复操作 (19)六、备份日志查看 (22)七、注意事项 (24)1、调整备份时间策略。
(24)2、所有磁带已满。
(24)3、用户服务器灾难恢复的镜像存放位置。
(24)4、不要随便更改备份服务器名和ip。
(24)5、惠普官方DP使用手册存放位置。
(24)一、添加客户机在备份服务器端和所要安装备份客户端的服务器的hosts文件中相互添加对方ip和主机名；在dp备份软件界面的左上方上下文列表中选“客户机”，在树状列表中右键点“客户机”，选“添加客户机”，下一步；输入所要添加的备份客户端名称，选“添加”到右方列表，下一步；组件中“磁带客户机”必选，“介质代理”只有在san中可看到带库的才选，如需oracle在线备份选“oracle集成”，如需灾备选“自动灾难备份模块”后，点击“选项”选项卡；取消“使用默认系统帐号”，填入有权限的“名称”“密码”，如无域则填入计算机名，完成，等待即可加入新客户机。
二、带库的磁带操作与磁带组的建立将新磁带通过带库操作加入到带库中或从带库取出后，需要在备份软件中扫描条码和格式化在dp备份软件界面的左上方上下文列表中选“设备和介质”，在树状列表的“设备”->“hp msl带库名”->“插槽”点击右键选择“条形码扫描”即可更新带库中磁带变化。
同样在“插槽”中选择新的、显示为“问号”的磁带（可多选），右键点击选“格式化”；可以选择曾经建立过的介质池（即介质的分组），下一步；可以按图中的选“指定”输入此盘磁带的名称，建议在贴条形码的情况下选“使用条形码”，下一步；可选默认的介质大小，如需使磁带的容量显示正常，选制定并按照实际磁带容量填入（3TB/1.5TB）。
如果此磁带原先格式化过，选择“强制操作”，第一次格式化不选。
Oracle Argus Safety 8.1 用户指南说明书
U.S. GOVERNMENT END USERS: Oracle programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, delivered to U.S. Government end users are "commercial computer software" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations. As such, use, duplication, disclosure, modification, and adaptation of the programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, shall be subject to license terms and license restrictions applicable to the programs. No other rights are granted to the U.S. Government.
惠普数据保护指南说明书
1011Guide étape par étape : protection des données.Par Alan RaddingLorsque des leaders informatiques abordent le sujet de la protection des données,la taille de l’entreprise concernée n’entre pas en ligne de compte. « Les entreprises de taille moyenne ont le même besoin de protéger leurs données que les grandes entreprises ; simplement, elles ont moins de ressources pour le faire », explique Mike Karp, analyste en chef chez Ptak, Noel & Associates. « Si les données sont mises en péril ou deviennent inaccessibles pour une raison ou pour une autre, l’entreprise, quelle qu’elle soit, se retrouve très vite dans une impasse. La question est de savoir combien de temps vous pouvez continuer à travailler sans l’accès à vos données », poursuit-il.La réponse : quelques heures, pas plus, suggère M. Karp. Une journée ou plus sans accès à ses principales données soulève des questions quant à la survie possible de l’entreprise. De plus, dans certainssecteurs, l’entreprise est soumise à des réglementations l’obligeant à protéger certaines de ses données.« La protection des données implique forcément la sauvegarde de ces données, généralement sur bande et désormais sur disque », souligne Greg Schulz, analyste en chef chez StorageIO. Cependant, la sauvegarde des données présente, pour les entreprises de taille moyenne, certains défis spécifiques. Elle a toujours impliqué un processus compliqué, nécessitant souvent des compétences informatiques spécialisées et des coûts supplémentaires. Lavirtualisation des serveurs, une pratique de plus en plus répandue, complique également la protection des données, de même que les contraintes imposées par les pouvoirs publics concernant la confidentialité de certaines données spécifiques. Les analystes du secteur s’accordent généralement sur un processus en 6 étapes pour la protection des données. Les entreprises de taille moyenne ne suivront pas systématiquement toutes ces étapes. Mais au moins, elles doivent savoir quoi faire et connaître les différents choix possibles.Besoin de produits de protection des données ?Produits Dell de récupération et de protection des données pour les entreprises de taille moyenne.Produits basés sur disqueDes solutions de protection permanente des données et de sauvegarde sur disques amovibles.Produits à bandesDes solutions de sauvegarde fiables pour de gros volumes de données et un archivage à long terme.www.dell.fr/entreprise/disk-backupwww.dell.fr/entreprise/tape-backup。
hydra -s用法 -回复
hydra -s用法-回复关于Hydra S的用法Hydra S是一款多功能的网络安全工具，它能够执行各种攻击和测试，以评估网络系统的安全性。
在本文中，我们将一步一步回答关于Hydra S用法的相关问题，帮助读者了解如何使用该工具来测试网络安全。
1. 第一步：安装Hydra S首先，我们需要安装Hydra S。
Hydra S是一个开源工具，可以在其官方网站上下载到最新的软件包。
根据您所使用的操作系统，选择适合的软件包，并按照安装说明执行安装程序。
一旦安装完成，我们可以开始使用Hydra S进行网络安全测试。
2. 第二步：选择目标在使用Hydra S之前，我们需要明确我们希望测试的目标。
这可以是一个远程服务器、一个Web应用程序或者其他类型的网络设备。
确保您具有合法许可，以便在授权范围内进行测试，避免违反任何法律条例。
3. 第三步：设置字典在使用Hydra S进行密码破解测试时，我们需要提供一个密码字典文件。
字典文件是一个包含可能的用户名和密码组合的文本文件。
您可以创建自己的字典文件，也可以从互联网上下载一些常用的密码字典。
确保字典文件中包含了广泛的密码组合，以提高破解成功的几率。
4. 第四步：执行密码破解一旦我们已经准备好目标和字典文件，我们可以使用Hydra S执行密码破解。
通过在终端中输入命令hydra -L <用户名列表> -P <密码列表> <目标IP地址> <服务名称>，我们可以开始密码破解过程。
请确保您正确提供了用户名列表、密码列表、目标的IP地址和服务名称。
例如，假设我们想要测试一个FTP服务器的安全性，并且我们有一个存储用户名和密码的文本文件usernames.txt和passwords.txt。
我们可以使用以下命令开始密码破解测试：hydra -L usernames.txt -P passwords.txt 192.168.0.1 ftp5. 第五步：分析结果一旦密码破解过程完成，Hydra S将生成一个结果报告。
Arista EOS数据中心级扩展操作系统说明书
- 2010Data Center ClassExtensible Operating SystemWhat is Arista’s core operating system architecture and structure? How exible and extensible is it? Can you really add/drop functions as claimed? The Arista Extensible Operating System, or EOS, is the most advanced network operating system available. It combines modern-day software and O/S architectures, transparently restartable processes, open platform development, Linux kernel, and a stateful publish/subscribe database model that enables a much more scalable ongoing software development. Some examples of the EOS architecture in action are:•The live patching of a software component such as Spanning Tree or a routing protocol can be accomplished on an active system without full system restart.•With the hardware device drivers residing in the user space of the operating system Arista has compiled multiple ASIC device drivers into the same binary of EOS. A customer can take the EOSbinary from the smallest Arista switch and load it into the largest and it boots fully functional.•The same EOS image can then be loaded into a Virtual Machine for testing, or lab environments.Arista’s EOS is extremely exible and stable. At the core of EOS is an operating systemarchitectural component unique in network operating systems - the System Data Base, or SysDB for short. SysDB is machine generated software code based on the object models necessary for state storage for every process in EOS.All interprocess communication in EOS is implemented as writes to SysDB objects. These writes propagate to subscribed agents, triggering events in those agents. i.e when a user-level ASIC driver detects link down it writes this to SysDB, then the LED driver receives an update from SysDB and it reads the state of the port and adjusts the LED status accordingly. SysDB is generated on-demand andcompiled automatically as Arista builds EOS software- this reduces risk and error, whileINSIDEEXTENSIBILITYis a system design principlewhere the implementation of the operating system takes intoconsideration future growth. It is a systemic measure of the ability to extend the operating system and the level of effort required to implement the extension.Extensions can involve theaddition of new functionality or the modification of existing functionality.WHYProvide the mechanism to change and improve capabilities of the system without impacting the core system functionWHO CARESNetwork Administrators who are measured on system uptime and want to deliver rapid service restoration when failures happen WHAT IS NEXTStable software should be table-stakes, but managing large-scale deployments at scale with the familiar tools you know today? That is novel.improving software feature velocity for customers.Arista EOS has full Linux shell access for root-level administrators, and makes a broad suite of Linux based tools available to our customers. In the spirit of ‘openness’ the full SysDB programming model and API set are visible and available via the standard bash shell.SysDB is not a "walled garden" API, where a limited subset of what Arista uses is made available. All programming interfaces that Arista SW developers use between address spaces within EOS are available to third party developers, and Arista customers.How does Arista’s software development methodology bene t data centers?The software engineering methodology at Arista has signi cantly bene tted our customers in terms of quality and consistency. Some examples are:•Complete fault isolation in the user space and through SysDB effectively converts catastrophic events to non-events. The system self-heals from more common scenarios such as memory leaks. Every process is separate, no IPC or shared memory fate-sharing, endian-independent, and multi-threaded where applicable.•No manual software testing. All automated tests run 24x7 and with the operating system running in emulators and on hardware Arista scales protocol and unit testing cost effectively.•Keep a single system binary across all platforms. This improves the testing depth on each platform, improves time-to-market, and keeps feature and bug compatibility across all platforms.EOS, and at its core SysDB, provide a development framework that enables the core concept - extensibility. An open foundation, and best-in-class software development models deliver feature velocity, improved uptime, easier maintenance, and a choice in tools and options.WHAT CAN I RUN?LINUX KERNEL-2010。
hydra使用参数
hydra使用参数Hydra是一种功能强大的工具，可以帮助我们进行渗透测试和网络攻击。
在使用Hydra时，我们可以通过指定一些参数来实现不同的功能和效果。
本文将介绍一些常用的Hydra参数及其使用方法。
1. -l 参数：用于指定登录用户名。
在进行密码破解或暴力破解时，我们需要先指定要破解的账户。
使用-l参数，我们可以告诉Hydra 要破解的账户是谁。
2. -p 参数：用于指定密码。
与-l参数类似，-p参数用于指定要破解的账户的密码。
在使用Hydra时，我们需要先知道要破解的账户的密码，然后使用-p参数来指定。
3. -P 参数：用于指定密码字典文件。
密码破解通常需要使用一个密码字典文件，该文件包含了可能的密码组合。
使用-P参数，我们可以告诉Hydra要使用哪个密码字典文件。
4. -t 参数：用于指定线程数。
在进行密码破解或暴力破解时，我们可以使用多个线程来加快破解速度。
使用-t参数，我们可以告诉Hydra使用多少个线程来进行破解。
5. -s 参数：用于指定服务端口。
有些服务端口不是默认的，需要手动指定。
使用-s参数，我们可以告诉Hydra要连接的服务端口是哪一个。
6. -e 参数：用于指定要破解的服务。
Hydra可以用于破解多种不同的服务，如FTP、SSH、Telnet等。
使用-e参数，我们可以告诉Hydra要破解的是哪种服务。
7. -f 参数：用于指定密码失败的表现。
有些服务在密码验证失败时会有不同的表现，如返回不同的错误信息或延迟不同的时间。
使用-f参数，我们可以告诉Hydra如何识别密码验证失败。
8. -o 参数：用于指定输出文件。
在进行密码破解或暴力破解时，我们可以将结果保存到一个文件中。
使用-o参数，我们可以告诉Hydra要将结果保存到哪个文件中。
9. -vV 参数：用于显示详细的输出信息。
在进行密码破解或暴力破解时，我们可以使用-vV参数来显示更多的详细信息，如每个尝试的用户名和密码组合、响应时间等。
HPE Workload Aware Security for Linux V1.3 常见问题解答说
HPE Workload Aware Security for Linux, V1.3 Frequently Asked QuestionsJanuary-2020ContentsGeneral HPE WASL questions (3)1. Where can I buy HPE Workload Aware Security for Linux® (WASL)? (3)2. How is it licensed? (3)3. Does it work on third-party servers? (3)4. What are the OS versions it is designed for? (3)5. Which applications are currently supported? (3)6. Can it work for other applications? If yes, how? (3)7. What are the system requirements for HPE WASL to work? (3)8. Does it need to be installed on every server? (3)9. How can I monitor the compliance of all nodes that I need to administer compliance? (3)10. Are there any HPE WASL agents running at the nodes? (4)11. Does it affect system performance? (4)12. Is there a separate VM/container required to install at the node for HPE WASL? (4)13. Is HPE WASL integrated into HPE OneView? (4)14. Is it possible for the customer to install HPE WASL on their own or HPE Pointnext service is mandatory? (4)15. Is it possible to use SMS server with other server such as backup, quorum, and HANA Cockpit? (4)16. How does HPE WASL policy update take place? (4)17. Does HPE WASL work only in scale-up environment? (4)18. Which version of HANA database are supported? (4)19. Is it possible to delete workloads which are no longer used? (4)20. How does HPE WASL read the data at workloads to generate compliance report? (4)21. How does HPE WASL perform remediation action on workloads? What user level privileges does it need? (4)22. Does HPE WASL support customized policies? (5)23. Is SSH protocol required for HPE WASL to work? (5)24. Does HPE WASL support single sign on mechanism to end node from SMS? (5)25. Does single HPE WASL instance manage multiple servers in Data Center & Disaster Recovery? (5)26. Is SAP HANA Client required to be installed in the SAP HANA node prior to the node registration? (5)27. Does HPE WASL SMS supports different version of VMware Hypervisor? (5)28. Does HPE WASL have a trial version? (5)29. What is the valid duration for the trial version of HPE WASL? (5)30. Does HPE WASL SMS Appliance is secured by default? (5)31. Does HPE WASL has policy to secure SMS appliance on an ongoing basis? (5)32. HPE WASL SMS Appliance is based on which operating system? (5)33. Does HPE WASL SMS Appliance need any license to use it? (5)34. Does HPE WASL secure SAP S/4 HANA by default? (5)35. Does HPE WASL remediate operation requires a reboot? (5)36. Does HPE WASL support Policy update of the existing policy? (5)37. Does HPE WASL support migration from old version to the latest version? (5)General HPE WASL questions1. Where can I buy HPE Workload Aware Security for Linux® (WASL)?See the following SKUs in OCA:I. Q8K91AAE HPE WASL x86 Basic Instance E-LTUII. Q8K91A HPE WASL x86 Basic Instance LTUIII. Q8K93A HPE WASL x86 Basic MediaIV. Q8K92AAE HPE WASL x86 Advanced Instance E-LTUV. Q8K92A HPE WASL x86 Advanced LTU VI. Q8K94A HPE WASL x86 Advanced Media2. How is it licensed?It is licensed per instance (physical or virtual) of OS and has two different options:a. Basic - Linux operating system security complianceb. Advanced - Basic license functionality plus SAP HANA® security compliance3. Does it work on third-party servers?No, it is designed to be a differentiator for HPE x86 servers. It is supported on all HPE x86 based serverssupporting Linux such as Red Hat® Enterprise Linux (RHEL) and SUSE Linux Enterprise Server (SLES).I. HPE ProLiant BL serversII. HPE ProLiant DL serversIII. HPE SynergyIV. HPE MCS servers - HPE Superdome Flex, HPE MC990 X, HPE Superdome X V. SAP HANA appliances - HPE CS900, HPE CS500VI. SAP HANA TDI servers4. What are the OS versions it is designed for?I. SLES - SLES 12 & SLES 15II. SLES for SAP Applications 12 & SLES for SAP Applications 15III. RHEL - RHEL 7IV. HPE WASL Virtual Appliance (For SMS - WASL 1.2 onwards)5. Which applications are currently supported?By default, it currently supports SAP HANA®.6. Can it work for other applications? If yes, how?Yes, HPE WASL customized to offer extended policy coverage for any unique application. This would require R&D and HPE Pointnext involvement for customization.7. What are the system requirements for HPE WASL to work?HPE WASL SMS is now shipped as a Virtual Appliance, it can be installed as a virtual machine on a VMware Hypervisor. WASL secures the OS and applications that run RHEL or SUSE variants. For detailed specifications, see the support matrix.8. Does it need to be installed on every server?WASL SMS is a centralized management station from which the individual nodes that need security can be automatically loaded with the required software packages. It does not need manual installation on each node. 9. How can I monitor the compliance of all nodes that I need to administer compliance?HPE WASL Security Management Station (SMS) works at a center point where you cana. See the compliance status of all nodesb. Take actions on the nodes10. Are there any HPE WASL agents running at the nodes?No, HPE WASL is an agentless software. There are no HPE WASL agents running at the nodes. There are software modules that are needed for automatically performing evaluation and remediation which are installed on the end nodes which are invoked during the operation.11. Does it affect system performance?As HPE WASL is an agentless software, there is nothing running in the background on the nodes that would affect system performance. It performs the designated action and exits. Also, it meets with performance standards of the servers as well as SAP HANA® KPIs.12. Is there a separate VM/container required to install at the node for HPE WASL?No, there is no special VM/Container requirement at node level for HPE WASL to harden.13. Is HPE WASL integrated into HPE OneView?No, HPE WASL SMS is a stand-alone management station.14. Is it possible for the customer to install HPE WASL on their own or HPE Pointnextservice is mandatory?HPE WASL is designed to be simple and intuitive to use and hence is easily installable by the customers. Also, installation services from HPE Pointnext are available should they choose to avail.15. Is it possible to use SMS server with other server such as backup, quorum, and HANACockpit?No, HPE WASL SMS is now (starting 1.2) is shipped as a Virtual Appliance and can be deployed on VMware Hypervisor.16. How does HPE WASL policy update take place?HPE would periodically update the WASL policies to adopt industry standard or vendors recommended updates.Customers must be under a valid support contract to avail these updates.17. Does HPE WASL work only in scale-up environment?HPE WASL works in both scale-up as well as scale-out environments.18. Which version of HANA database are supported?HPE WASL supports HANA 1.0 SPS12, HANA2.0 SPS/00/01/02/03/04.For more information, see the HPE WASL release notes.19. Is it possible to delete workloads which are no longer used?No, HPE WASL does not provide an option to delete a workload for audit trail purpose. However, you can disablea workload using the disable option.20. How does HPE WASL read the data at workloads to generate compliance report?HPE WASL pushes the profiles from the SMS to end node through SSH connection and the same connection is used to retrieve the compliance data from the workloads to SMS.21. How does HPE WASL perform remediation action on workloads? What user levelprivileges does it need?The remediation is done using the automated profiles. The profile has implementation of the remediation action for rules that is part of the profile. These profiles are executed on the end node through OS / database usernames provided to the workloads in WASL SMS. They can be like any other normal Linux or database users. For OS remediation, these users need the root privileges. A normal user with the privileges (to perform sudo as root user) to invoke the scripts is sufficient instead of using the root user here. For database remediation, the database username provided in WASL SMS should have privileges (all required privileges are provided in WASL SMS user guide) to run the actual remediation. There is no need to provide details of system database user to WASL.22. Does HPE WASL support customized policies?Yes, HPE WASL supports user customized policies. For more information, see HPE WASL user guide – Policy customization section.23. Is SSH protocol required for HPE WASL to work?Yes, HPE WASL uses SSH protocol to communicate with the end node.24. Does HPE WASL support single sign on mechanism to end node from SMS?The SMS establishes the connection every time when it performs an operation and this is completely transparent to the end user. HPE WASL uses the workload information when user performs any operations, thus the user need to register once (provide credentials) and can perform the operations any number of times without feeding the credentials.25. Does single HPE WASL instance manage multiple servers in Data Center & DisasterRecovery?Yes. A single instance of the HPE WASL SMS is sufficient to manage multiple servers across the Datacenter or Disaster Recovery. All the nodes must be accessible from the SMS to perform the operations.26. Is SAP HANA Client required to be installed in the SAP HANA node prior to the noderegistration?Yes, HANA Client should be installed in the Workload system. HPE WASL SAP HANA packages uses SAP HANA client, HDB_CLIENT to connect to SAP HANA database. For more information, see HPE WASL user guide. 27. Does HPE WASL SMS supports different version of VMware Hypervisor?Yes, it supports VMware Vsphere 6.0, 6.5 and 6.7.28. Does HPE WASL have a trial version?Yes, a free trial version is available here. (Requires an HPE Passport account; you can sign up at the page). 29. What is the validity period of the trial version of HPE WASL?The trial version is valid for 30 days with full feature support on a maximum of three workloads.30. Does HPE WASL SMS Appliance is secured by default?Yes, to minimize the attack surface and eliminate the security risks, the HPE WASL SMS Appliance is hardened by default. For more information, see HPE WASL Install and Setup Guide.31. Is there a security policy to secure SMS appliance on an ongoing basis?Yes, HPE WASL delivers security policy that can be used to perform evaluation and remediation of the SMS appliance on an ongoing basis. For more information, see HPE WASL user guide.32. Which Operating System is used inside HPE WASL SMS Appliance?HPE WASL SMS Appliance is based on CentOS Linux.33. Does HPE WASL SMS Appliance need any separate license to use it?No. HPE WASL SMS Appliance doesn’t need a separate license to use it..34. Does HPE WASL secure SAP S/4 HANA?HPE WASL do not support S/4HANA. However, as HPE WASL supports policy customization which allow policy extension, the customers can extent WASL to support S/4HANA via HPE Pointnext support.35. Does HPE WASL remediate operation require a reboot?No, a typical HPE WASL remediation operation does not require a reboot.36. Does HPE WASL update existing WASL policies?Yes. HPE WASL allows a mechanism to update the policies (patch or new) and alert the administrator on new available policies on their installation.37. Does HPE WASL support migration from old version to the latest version?Yes. HPE WASL supports a mechanism to migrate from older version to the latest version.Learn more at:https:///portal/swdepot/displayProductInfo.do?productNumber=WASLSign up for updates© Copyright 2020 Hewlett Packard Enterprise Development LP. The information contained herein is subject to change without notice. The only warranties for Hewlett Packard Enterprise products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. Hewlett Packard Enterprise shall not be liable for technical or editorial errors or omissions contained herein.This document contains confidential and/or legally privileged information. It is intended for Hewlett Packard Enterprise and Channel Partner Internal Use only. If you are not an intended recipient as identified on the front cover of this document, you are strictly prohibited from reviewing, redistributing, disseminating, or in any other way using or relying on the contents of this document.Linux is the registered trademark of Linus Torvalds in the U.S. and other countries. SAP and SAP HANA are trademarks or registered trademarks of SAP SE in Germany and in several other countries. Red Hat is a registered trademark of Red Hat, Inc. in the United States and other countries. All other third-party trademark(s) is/are property of their respective owner(s).。
博森安全系统DIVAR影像存储和处理系列产品说明书
TO WHOM IT MAY CONCERNBosch Security SystemsTorenallee 495617 BA EindhovenThe Netherlands Product Test Report ST-VS 2016-E-099 ProductF.01U.321.914 DDH-3532-200N00 DIVAR hybrid 3000 16AN/16IPF.01U.321.915 DDN-3532-200N00 DIVAR network 3000 32IPF.01U.321.916 DDN-3532-200N16 DIVAR network 3000 32IP 16PoEF.01U.321.917 DDN-2516-200N00 DIVAR network 2000 16IPF.01U.321.918 DDN-2516-200N08 DIVAR network 2000 16IP 8PoEF.01U.321.919 DDN-2516-200N16 DIVAR network 2000 16IP 16PoEF.01U.321.920 DRH-5532-400N00 DIVAR hybrid 5000 16AN/16IPF.01U.321.921 DRN-5532-400N00 DIVAR network 5000 32IPF.01U.321.922 DRN-5532-400N16 DIVAR network 5000 32IP 16PoEF.01U.329.367 DDH-3532-212N00 Recorder 16-ch IP/16-ch AN 1x2TBF.01U.329.368 DDH-3532-112D00 Recorder 16-ch IP/16-ch AN 1x2TB DVDF.01U.329.369 DRH-5532-414N00 Recorder 16ch IP/16ch AN 1.5U 1x4TBF.01U.329.370 DRH-5532-214D00 Recorder 16ch IP/16ch AN 1.5U 1x4TB DVDF.01U.343.101 DRH-5532-226D00 Recorder 16ch IP/16ch AN 1.5U 2x6TB DVDF.01U.329.371 DDN-3532-212N00 Recorder 32ch 1x2TBF.01U.329.372 DDN-3532-112D00 Recorder 32ch 1x2TB DVDF.01U.329.373 DDN-3532-212N16 Recorder 32ch 1x2TB 16PoEF.01U.329.382 DDN-3532-112D16 Recorder 32ch 1x2TB 16PoE DVDF.01U.329.383 DRN-5532-414N00 Recorder 32ch 1.5U 1x4TBF.01U.329.384 DRN-5532-214D00 Recorder 32ch 1.5U 1x4TB DVDF.01U.329.385 DRN-5532-414N16 Recorder 32ch 1.5U 1x4TB 16PoEF.01U.329.386 DRN-5532-214D16 Recorder 32ch 1.5U 1x4TB 16PoE DVDF.01U.329.387 DDN-2516-212N00 Recorder 16ch 1x2TBF.01U.329.388 DDN-2516-112D00 Recorder 16ch 1x2TB DVDF.01U.329.389 DDN-2516-212N08 Recorder 16ch 1x2TB 8PoEF.01U.329.390 DDN-2516-112D08 Recorder 16ch 1x2TB 8PoE DVDF.01U.329.391 DDN-2508-200N08 Recorder 8ch w/o HDD 8PoEF.01U.329.392 DDN-2508-212N08 Recorder 8ch 1x2TB 8PoEF.01U.329.393 DDN-2508-112D08 Recorder 8ch 1x2TB 8PoE DVDF.01U.329.394 DDN-2516-212N16 Recorder 16ch 1x2TB 16PoEF.01U.329.395 DDN-2516-112D16 Recorder 16ch 1x2TB 16PoE DVDThe above mentioned Bosch Security Systems products have been tested in accordance and were found to comply with the tests listed below which were conducted during the development phase of the product.EMC approvalsDirective or standard DescriptionEMC EU, 2014/30/EU (EMCD)EN 55032:2012 /AC:2013 Class B Electromagnetic compatibility of multimedia equipment - EmissionRequirementsEN 55024 : 2010 Information technology equipment - Immunity characteristics - Limits andmethods of measurementEN 50130-4:2011 Alarm systems - Part 4: Electromagnetic compatibility - Product familystandard: Immunity requirements for components of fire, intruder, hold up,CCTV, access control and social alarm systemsEN 61000-3-2:2014 Electromagnetic compatibility (EMC) - Part 3-2: Limits - Limits for harmoniccurrent emissions (equipment input current ≤ 16 A per phase)EN 61000-3-3:2013 Electromagnetic compatibility (EMC) - Part 3-3: Limits - Limitation of voltagechanges, voltage fluctuations and flicker in public low-voltage supply systems,for equipment with rated current <= 16 A per phase and not subject toconditional connectionEN 50121-4:2006 /AC:2008 Railway applications - Electromagnetic compatibility - Part 4: Emission andimmunity of the signalling and telecommunications apparatusEN 61000-4-5:2014 Electromagnetic compatibility (EMC) - Part 4-5: Testing and measurementtechniques - Surge immunity test.Installation class 3 applied to all input, output and supply wiring.± 0.5, 1, and 2 kV common mode (line-to-ground),± 0.5, and 1 kV differential mode (line-to-line).EMC USCFR 47 FCC part 15, Class B ANSI C63.4 (2014) Code of Federal Regulations, Radio Frequency Devices, Unintentional Radiators. Radiated Emission based on verification procedure.EMC AustraliaAS/NZS CISPR 32:2013 Electromagnetic compatibility of multimedia equipment - Emissionrequirements. Compliance via EN 55032:2012Safety approvalsDirective or standard DescriptionSafety EU, 2014/35/EU (LVD)EN 60950-1:2006 /A11:2009Information technology equipment - Safety - Part 1: General requirements. /A1:2010 /A12:2011 /A2:2013Safety USA + CanadaUL 60950-1, 2nd Ed., 2014-10-14Information technology equipment - Safety – Part 1: General requirements. CAN/CSA C22.2 No. 60950-1-07,2nd Edition, 2014-10Environmental approvalsDirective or standard DescriptionRoHS EU, 2011/65/EURestriction of the use of certain hazardous substances (RoHS)EN 50581:2012WEEE EU, 2012/19/EU Waste Electrical and Electronic Equipment (WEEE)Packaging EU, 94/62/ECPackaging and packaging waste(amended by 2004/12/EC)N2580-1 (Bosch standard) Central directive Bosch-Norm N 2580-1: “Prohibition and declaration ofsubstances“Bosch-Norm N 2580-1 regulates prohibited substances and those rateddeclarable in materials, and it is part of the requirements for materials.N33 6 (Bosch standard) Design for Environment (DfE): Design and manufacturing rules Management systemDirective or standard DescriptionISO 9001:2008 Quality management systems -- RequirementsScope: Development, production, installation and sales.ISO 14001:2004 /AC:2009 Environmental management systems -- Requirements with guidance for useScope: Development, Production, Sales and After Sales.Reliability testsAccording: EN 50130-5:2011 Alarm systems Part 5: Environmental test methods Class I, Indoor but restricted to residential/office environmentTest specification DescriptionDry heat (operational)(EN 60068-2-2:2007)Temperature +40ºC, Duration 16 hours.Cold (operational) (EN 60068-2-1:2007) Temperature 5℃, Duration 16 hours.Bosch tested more severe at temperature 0ºCDamp heat, steady state(operational)(EN 60068-2-78:2001)Temperature 40ºC, Relative Humidity 93%, Duration 4 days.Damp heat, steady state(endurance)(EN 60068-2-78:2001)Temperature 40ºC, Relative Humidity 93%, Duration 21 days.Shock (operational)(EN 60068-2-27:2009)Halve sine wave pulse, duration 6ms, 3 pulses per direction, 6 directions.Impact (operational)(EN 60068-2-75:1997 Test Ehb) Impact energy 0.5Joule, 3 impacts per point (Similar to EN 62262 IK04 rating)Vibration, sinusoidal (operational) (EN 60068-2-6:2008) Frequency range 10-150 Hz, 5 ms², 3 axes, sweep rate 1 octave x min-1, 1 sweep cycles per axis functional mode.Vibration, sinusoidal (endurance) (EN 60068-2-6:2008) Frequency range 10-150 Hz, 10 m/s², 3 axes, sweep rate 1 octave x min-1, 20 sweep cycles per axis.Dust tightness (endurance)(EN 60529:1991 A1:2000)Duration 8h (Similar to EN 60529 IP5X or IP6X)Additional reliability testsActivity DescriptionMTBF(Mean Time Between Failures) > 300.000 h MTBF calculation of used components(According Telcordia SR-332 i03 2011, Prediction Method Method I Case 3, EnvironmentTemperature 35 ℃ (95°F), Environment condition GF(Ground fixed,controlled, πE=1), Quality Factor Level II ( πQ = 1))Note: MTBF calculations are excluding Hard Disks and DVD-writer > 157.000 h Based on current field performance of predecessor productsincluding Hard Disks and DVD-writerAdditional surge tests according IEC 61000-4-5:2014Lightning / surge protection The test is applied to the next connections:Video input, Audio input, Video spot output, Video CVBS output, Bidirectional talk input, Audio output, RS232 port, Alarm input/alarm output/RS485 port, power input (12VDC or 230VAC) and network port using UTP cable.And with the test severity ‘ Installation class 3’:± 0.5, 1, and 2 kVcommon mode (line-to-ground)± 0.5, and 1 Kv differential mode (line-to-line)ALT Reliability test in which a moderate number of products are stressed at elevated,but non-destructive stress levels for a longer period of time.Temperature cycling -15ºC to +65ºC (15ºC /min)HALT Full HALT overstress test to fail according the Qualmark HALT guideline:Cold Step Stress Test, Hot Step Stress test, Rapid Thermal Stress Test,Random Vibration Stress Test, Combined Vibration/Rapid Thermal StressTest.Defined operating limits: -30°C to +70°C and vibration level 30 Grms. Decorative surface test 25 rubbings by hand on text + labels and Bosch logo / print with a piece of woolfelt soaked with liquids. The used liquids are boiling point spirit 100-140°C andEthanol 96 % with 5% methanolTemperature of hot spots on components Measured with an infrared scanner and thermocouples at room temperature (20 ±5 °C).Noise < 45 dBA at 1m from front in sound free environment.Ambient temperature 20±5°C and maximum system load.HDD release in the product application HDD release of functional compatibility and the mechanical construction. Special attention to HDD mounting construction and mechanical vibration and interference of mutual HDD’s and temperature. See Operation manual for list of release HDDs.Vibration test of product in packaging Product in packaging including all accessories and manuals.Test frequency: 7 HzDisplacement: 5.3 mm (= 1.05g)30 min each side, 3 directionsTransport drop test Product in packaging including all accessories and manuals.This test is executed after the vibration test on the same modelsTotal 7 dropsDrop height depending of the weight of the DVRDynamic compression test of package Product in packaging including all accessories and manuals. Package shall be in visible good condition and product shall be conform specification.Data subject to change without notice. Eindhoven, August 2017。
双活数据中心面面观
双活数据中心方案（华为）目录1 灾备建设的挑战与趋势....................................... 错误!未定义书签。
2 华为双活数据中心解决方案介绍 (2)2.1双活数据中心架构 (3)2.2 双活数据中心部署 (4)2.3 客户价值 (5)3双活数据中心关键技术 (6)3.1存储层双活 (6)3.1.1 AA双活架构 (6)3.1.2 高可靠技术 (8)3.1.3高性能技术 (15)3.1.4 高可扩展性 (17)3.2 计算层双活 (19)3.3应用层双活 (20)3.3.1 B/S应用双活 (20)3.3.2 C/S应用双活 (21)3.3.3数据库双活 (22)3.4.网络架构 (26)3.4.1 网络架构 (26)3.4.2跨数据中心网络 (26)3.4.3业务访问网络架构 (27)3.4.4二层互联 (28)3.4.5负载均衡技术 (29)3.5传输层技术 (31)3.6安全层技术 (31)4可视化容灾管理 (34)4.1总体部署 (35)4.2应用支持矩阵 (35)4.3 SAN双活场景 (36)4.3.1 SAN双活场景 (36)4.3.2 SAN双活+快照场景 (37)5. 故障场景 (39)5.1 GSLB 故障 (39)5.2 SLB故障 (40)5.3Web服务器故障 (41)5.4应用服务器故障 (42)5.5 Oracle RAC 故障 (42)5.6 IBM DB2 故障 (43)5.7 阵列单控故障 (43)5.8广域网链路故障 (44)5.9站点间链路故障 (44)5.10站点故障 (45)1 灾备建设的挑战与趋势随着信息化技术的飞速发展，信息系统在各种行业的关键业务中扮演着越来越重要的角色。
在通讯、金融、医疗、电子商务、物流、政府等领域，信息系统业务中断会导致巨大经济损失、影响品牌形象并可能导致重要数据丢失。
因此，保证业务连续性是信息系统建设的关键。
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Well Name :Rig :Date :Engineer :Location :Last Csg TD Set ft350Mud Tanks Volume BBL s500Well M.T.D. ft 3200Csg ID in6 7/8ROP ft /hr60S. Gravity of Cuttings 2.6Well T.V.D. ft 3200Drill Pipe O.D . in 3 1/2Mud Density ppg10.20Thickness of Cuttings in 2/16Hole (Bit) Size in6 1/2Drill Pipe I.D. in3 5/6Fan RPM 60050Width of Cuttings in 2/16Surface Equipment Type1H.Wt. D.Pipe Length ft 0Fan RPM 30030Pump Liner Size in 5 1/2H.Wt. Drill Pipe O.D. in 0Fan RPM 10016Nozzle 1, 21010Pump Speed strokes /min50H.Wt. Drill Pipe I.D. in 0Fan RPM 33Nozzle 3, 499Size of Pump Rod in 2 1/4H.Wt. D.P. Mass Lbs /ft 0Nozzle 5, 6Pump Stroke Length in 14Drill Collars Length ft 270Suction Rate bbl /min 8.00Nozzle 7, 8Working Pumps Number 1 pump Drill Collar O.D. in 5 1/2Underflow Density ppg 10.20Nozzle 9,10Max Operating Press psi 1750Drill Collar I.D. in2 1/4Underflow Rate gpm 12.00Nozzle 11,12Total Nozzle Area TFA in 20.2777Bit H ydraulic HP95Surface Press. Losses psi 51Bit HHP per in 2 or HSI 2.85Stand Pipe Pressure psi 1006Bit Pressure Drop psi 682JET SELECTION Nozzle SzMinimum Mud Pump HP139Bit Pressure Drop Fr. %67.8Recommended TFA to maximize HHP in 20.215910/10/9Buoyancy Factor 0.844Jet Impact force, lb f 343Recommended TFA to maximize Impact Force in 20.251210/11/10Available WOB klbs13.80Nozzle Velocity ft /sec274Optimum TFA for Maximum HHP & Impact Force in 20.233610/10/10Pump Output bbl /stroke 0.113or g /stroke 4.75Time (min )StrokesPump Output bbl /min 5.65or gpm 237.50Mud to reach the bit 180641.677.6380Average Annular Mud Velocity ft /min 201Bottoms up (Annular Volume )379090.2416.0798Average Velocity of Cuttings ft /min 178From Suction to Surface (Hole Volume )5596133.2423.61178Est . Mud to displace String for POOH bbl 7Total Circulation (total mud system )26596633.241125599Minimum Trip Margin to POOH kPa 73Bottom Sample Up18901Effective Circulating Mud Density (Mud Wt. + Ann. Press Losses) ppg 10.64Total Hole Volume (no Pipe in ) bbl140Maximum ROP for a 4% by volume Cutting Concentration ft /hr 293Mud Pressure Gradient psi /ft0.530The present Cutting Concentration in the Annulus is (by volume ) %0.82Hydrostatic Pressure (pump off ) at TVD psi1697at this ROP the Effective Mud Density in the Annulus (without the pressure losses) becomes ppg 10.29Eff.H.Press (drilling ) psi 1786and the Effective Circulating Mud Density with the above Cuttings Concentration becomes ppg10.73Increase in BHP by psi89Overflow Mud Density ppg 10.200Solids Volume Removed bbl /hr 0.000Mud Removed bbl /hr 17.143P.V. Cps 20Overflow Rate bbl /min7.714Solids Mass Removed Lbs /hrUnderflow Rate bbl /hr 17.143Y .P .Lb /100ft 210Hole Size in n p 0.7365Pipe O.D. in n a 0.4776Pipe I.D. in K p 1.5513Poise Length ftK a4.1581PoiseIn PipeAnnularIn PipeAnnularIn PipeAnnularIn PipeAnnularCapacities in gal /ft 0.206550.489606000.59725 1.224010.59725 1.42865Capacities in bbl /ft 0.004920.011657000.014220.029140.014220.03402Section Capacity in gal 55.8132.2001540.93158.0209.0500.0Section Capacity in bbl 1.33 3.150036.6975.19 4.9811.91Mud Velocity ft /min 115048500398194398166Mud Velocity ft /sec 19.168.080 6.63 3.23 6.632.77Critical Velocity ft /min 2850202Critical Velocity ft /sec 4.740 3.36Critical Flow Rate gpm1390247Slip Velocity ft /min 76.30021.3521.35Velocity of Cuttings ft /min 4090173145Transport Efficiency %8408987Lag (Transport) Time min 0.7014.92.4Effective Viscosity m cps28.2312.070042.9534.5942.9539.87Reynolds Number1445763395588265555882220flow type TurbulentTurbulentTurbulentLaminarTurbulentLaminarFriction Factor 0.00580.00542000.00750.009040.00750.01081Pressure Drop psi10138008732123SVSSurat Thanni2009-4-2MeawLag Time Calculation InputB UOYANCY, W OB & B IT H YDRAULICSDesilter / Desander Input Jet / Nozzle Size Input in 32sD.C. SectionH. Wt. SectionD.P. O.H. SectionD.P. Casing SectionS OLIDS R EMOVAL, D ESILTER or D ESANDERC APACITIES, V ELOCITIES, R HEOLOGIES a nd P RESSURE L OSSES P er S ECTIONgallons Volume BBLsV OLUMES, P RESSURES & H OLE C LEANING3506 1/23 1/23 5/625803 1/23 5/66 7/8H YDRAULIC C ALCULATIONS2 1/42700006 1/25 1/2RDS 101Written by Vass KaratzasWHITE TOWER CONSULTING ments:vkaratzas@sprint.ca。