McAfee Intrushield实施步骤
NSP_M3050_M4050_QSG_ZH-CN

图 1:传感器组件项目描述图 2:将导轨连接到机箱图 3:已安装的导轨图 4:将传感器安装到机架上(使用安装耳)图 6:安装电源将模块安装到传感器的监控端口中。
图 7:安装接口模块图 8:传感器设置类以太网电缆插入管理 (Mgmt) 端口。
图 9:用电缆将传感器连接成串联模式将电缆的另一端插入连接到 Manager 服务器的网络设备。
有关如何连接传感器电缆以在其他工作模式下运行的说明,请参阅您的传感器型号所对应的《M-3050/M-4050传感器产品手册》图 10:Manager 登录页面Configure(配置)。
图 11:“Configure”(配置)菜单图 12:将传感器添加到 Manager 中在适当字段中键入信息,然后单击Save(保存)。
附注:请记住在此步骤中输入的Shared Secret(共享密钥)值。
当您按照“配置传感器信息”一节中的步骤 10 所述配置传感器时,将会用到此值。
有关Add New Device(添加新设备)中各个字段的详细信息,请参阅备配置手册》中的“添加新设备”。
图 15:传感器摘要5. 添加传感器时,名为Default Inline Manager(默认串联 Manager)的策略处于活动状态。
要查看此策略,请选择IPS Settings(IPS 设置)> Policies (策略)> IPS Policy Editor(IPS 策略编辑器)。
现在,从列表中选择Default Inline IPS(默认串联 IPS),然后单击View/Edit(查看/编辑)。
附注:Default Inline IPS(默认串联 IPS)策略包含已配置采用“阻止”传感器响应操作的攻击。
如果触发策略中的任何攻击,传感器都会自动阻止此攻击。
要调整此策略或任何其他由 McAfee 提供的策略,。
McAfee威胁情报驱动的协同防御体系解决方案

2022年3月23日目录1概述 (4)2相关背景 (5)3情报驱动的协同防御方针 (6)4McAfee整体解决方案介绍 (8)4.1TIE平台 (8)4.1.1组件介绍 (8)4.1.2实时的DXL (9)4.1.3强大的TIE智能库 (9)4.1.4自动化的防御 (10)4.1.5端到端的防御 (11)4.1.6功能场景............................................................................错误!未定义书签。
4.1.6.1高GTI信誉风险被准确拦截 (11)4.1.6.20day威胁识别拦截 (15)4.1.6.3定义为企业可信 (18)4.1.6.4威胁情报快速分发传递 (20)4.1.6.5全局事件快速响应 (23)4.2ATD、NSP与TIE平台有效集成 (27)4.2.1ATD的恶意代码分析流程 (30)4.2.2ATD的支持环境 (31)4.2.3ATD支持广泛的格式 (31)4.2.4静态和动态分析技术 (32)4.2.5GTI信誉 (34)4.2.6ATD与相关产品的整合 (32)4.2.7NSP有效整合 (27)5方案优势 (36)5.1全面的威胁智能感知 (36)5.2实时的架构设计 (36)5.3简化灵活的部署管理 (36)5.4精准识别未知恶意软件 (36)5.5迅速响应 (37)6附录:基础部署流程 (38)6.1TIE server部署..........................................................................错误!未定义书签。
6.2部署TIE Client..........................................................................错误!未定义书签。
ips网络入侵防御方案模版

网络入侵防护方案合肥中方网络安全公司2019年10月28日文档说明非常感谢上海<XXXX>(简称<XXXX>)给予McAfee公司机会参与《<XXXX>网络入侵防护》项目,并希望本文档所提供的解决方案能在整个项目规划和建设中发挥应有的作用。
需要指出的是,本文档所涉及到的文字、图表等,仅限于McAfee公司和<XXXX>内部使用,未经McAfee公司书面许可,请勿扩散到第三方。
目录1<XXXX>安全威胁分析 (5)2网络入侵防护设计方案 (7)2.1方案设计原则 (7)2.2网络入侵防护的部署方案 (7)2.3自动升级更新 (9)2.4报警和攻击阻断状态管理 (9)2.5报表管理 (9)3部署IPS后网络可靠性 (11)4IntruShield网络IPS的优势 (13)4.1双机热备份功能(HA) (13)4.2虚拟IPS功能(VIPS) (13)4.3实时过滤蠕虫病毒和Spyware间谍程序 (14)4.4独特的DOS/DDOS探测方式:自动学习记忆和基于阀值的探测方式 (14)5实施方案 (15)5.1循序渐进的分阶段实施 (15)5.2物理/环境要求 (15)5.3实施准备阶段-(2-4个工作日) (16)5.4安装及配置阶段-(2个工作日) (17)5.5DAP阶段一——30天 (18)5.6DAP阶段二——30天 (19)5.7DAP阶段三——1天 (20)6IntruShield网络入侵防护产品简介 (21)6.1网络攻击特征检测 (21)6.2异常检测 (22)6.3拒绝服务检测 (23)6.4入侵防护 (24)6.5实时过滤蠕虫病毒和Spyware间谍程序 (26)6.6虚拟IPS (26)6.7灵活的部署方式 (27)1 <XXXX>安全威胁分析<XXXX>生产网络和OA网络架构如下图所示:由图中可以看出,<XXXX>生产网络和OA通过两条千兆链路直接连接,中间没有任何防火墙或者网络隔离设备;而OA网络和Internet网络有直接的专线连接。
McAfee指南:实施10个步骤的网络安全指南说明书

White PaperTable of Contents1. Develop an Information Security and Risk-Management Regime 32. Secure System Configuration Management Strategy 33. Establish an Anti-Malware Strategy 44. Network Security Strategy 65. Security Monitoring Strategy 7 Summary 8Government is undergoing a transformation. The global economic condition, coupled with explosion of IT capability, and an evolving, persistent threat landscape, has forced a reinvention of the service delivery and business model of the government. This change in business requirements is also forcing a change in how security is perceived and implemented throughout the enterprise.In order for the government to realise the value it can achieve through digital services, the resilience of systems must be assured and enterprises must improve their capability to defend against continuous cyber assaults. The 10 Steps to Cyber Security guidance, produced by Communications-Electronics Security Group (CESG), the information security arm of the UK Government Communications Headquarters (GCHQ), represents a template for threat prevention capabilities that will help enterprises tangibly improve their cyber defence capacity and the resilience of their digital systems. This white paper describes the five measures McAfee believes will help an organisation successfully implement the CESG guidance to improve their cyber resilience and security posture.1. Develop an Information Security and Risk-Management RegimeA successful information risk management programme starts at the top of the organisation. Establishing a culture of risk management and accountability ensures that security becomes part of the business and not an afterthought. Secondly, articulating the information assurance policy framework formally anchors the security programme. This framework will include the policies and processes that form a secure, high-assurance foundation for the organisation. The 10 Steps to Cyber Security policy framework, recommended by CESG, should include some of the following key components:• Home and mobile worker.• Acceptable use of government systems.• Malware prevention.• Privileged account management.• Removable media.An associated 10 Steps process framework will include some of the following key components:• Training, certification, and awareness programme for users, operators, and security specialists.• Secure configuration development and patch management.• Incident management programme that includes monitoring and incident response processes.• Penetration testing to assess security processes and control readiness.Finally, incorporating cyber risk factors into business decisions regarding service assurance or new service deployment ensures that security becomes operational in the business.McAfee® Foundstone Strategic Consulting Services, as part of strategic security engagement, can assess the current security programme and guide an organisation through the essential elements of developing an effective Information Security and Risk Management Regime.2. Secure System Configuration Management StrategyEmploying baseline secure configurations of system architecture is an essential component of cyber risk management. However, secure configurations are not static elements. They must be continually reviewed to keep up with threat condi-tions, new business functionality, or policy requirements. A process of Design, Test, Monitor, and Control will enable a secure configuration management process. Typically, the process starts with a system assessment to Design the baseline configuration, added security functionality, and change management process. Baseline configurations are usually available for commercial off-the-shelf operating systems and applications. However, custom web applications and databases may need further testing to develop a secure configuration.McAfee Foundstone Services , as part of a strategic security engagement, can assess the current security configurations, conduct additional penetration testing, and conduct code review for the custom applications.Once deployed, the system should be continually tested for new vulnerabilities and monitored for unauthorised changes to the baseline and any potential intrusions. The 10 Steps to Cyber Security recommends conducting regular scans to assess vulnerabilities using automated tools that support open standards like the Security Content Automation Protocol (SCAP). McAfee Vulnerability Manager and McAfee Policy Auditor solutions support these open standards and facilitate configuration monitoring through the McAfee ePolicy Orchestrator ® (McAfee ePO ™) security management platform. In addition to operating system vulnerabilities, it is important to test web applications and databases. These applications form a critical backbone of most digital government systems but are usually not tested nor monitored regularly as part of this process. Through the same management platform, organisations can also use McAfee Web Application Assessment Module and McAfee Vulnerability Manager for Databases to scan and test these critical applications and systems.Figure 1: Basic secure configuration management reference architecture.One of the most important functions in this process is selecting the additional security controls that will harden the system against a variety of threat vectors. According to the 10 Steps to Cyber Security, the baseline security controls must include the capabilities to restrict removable media devices, conduct regular antivirus scans, and implement data-at-rest encryption. The McAfee ePO security management platform, first employed to conduct vulnerability and configuration assessments, can be now be used to easily deploy those additional baseline security controls.3. Establish an Anti-Malware StrategyMalware is the tool of choice for any cyberattacker and has many potential vectors into an organisation. However, most organisations mistakenly equate anti-malware with antivirus. As malware has become increasingly sophisticated and the attack surface increasingly diverse, a successful anti-malware strategy must include a dynamic capability to Prevent, Detect, and Respond in order to limit the impact of malware as an attack vector.Although not mentioned directly in the 10Steps guide, it is a good practice to identifyand label these critical assets within thesecurity information and event managementsystem. This information on the criticality ofsystems provides essential context duringincident response.Although the 10 Step s guide requiresmanaging and monitoring privilegedusers’ accounts, it is very challenging fororganisations to get granular control andvisibility over the use of administrativeaccounts. Through the McAfee ePO securitymanagement platform and McAfee SecurityInnovation Alliance (SIA) partner Avecto,McAfee makes it easy for governmentorganisations to meet this requirement.Check the McAfee SIA website for moreinformation on the McAfee-AVECTOintegration.A layered defence to malware starts with the user. Although layered defences most often addresses technology, users must be trained to recognise attack methods, such as phishing, and understand where to report suspicious activity. Since many successful attacks often target a specific user, training is an essential anti-malware control. McAfee Foundstone services, as part of a strategic engagement, will design a recurring and accountable user security awareness programme. This programme ensures that both users and specialists become the first and last line of defence against malware. In addition, McAfee Foundstone can provide specialist security training, such as Forensic and Malware Analysis, for the Security Operations and Intelligence Centre (SOIC) analysts.Protecting the user device is the next stage in the strategy. The end-user device baseline security config-uration recommended by CESG already includes antivirus as a first layer of defence. Hardening the end-user devices or servers with additional security capability beyond antivirus, such as application whitelisting and reputation intelligence, will provide an effective defence at the host layer, even against malware that uses zero-day exploits. Security and change events generated at the host should be centrally collected, monitored, and analysed by the SOIC to detect potential incidents. Through the McAfee ePO security management platform, McAfee makes it simple to deploy application controls and enable extended behavioural-based security functions, such as reputation intelligence within McAfee VirusScan ® Enterprise software already deployed at the endpoint. Security events are also collected through the McAfee ePO platform and reported to the McAfee Enterprise Security Manager, the McAfee Security Information and Event Management (SIEM) system, for correlation and incident response services. Although application whitelisting and antivirus are effective prevention tools, malware is a multi-stage attack utilising several vectors into and out of the protected network. A comprehensive anti-malware strategy must include a network capability to recognise malware behaviours on the network and to protect end-user devices that may not support host-based security controls, such as smartphones or tablets. Since the most common delivery and command vector for malware is via the web, it is recommended to deploy web content anti-malware inspection at the Internet perimeter to betterprotect end-user devices or detect behavioural evidence of malware already inside the network. Byemploying the McAfee Web Gateway with its strong anti-malware capability—including sophisticatedcontent emulation, a gateway anti-malware engine, botnet identification, and reputation intelligence—organisations not only increase their resilience against malware but also their agility to adopt newenabling technologies. As with host-security events, events from McAfee Web Gateway should becentrally collected, monitored, and analysed by the SOIC to detect potential incidents.As mentioned, a comprehensive anti-malware strategy involves a people, process, and technology approach.One of the key processes is a breach response strategy that will Identify, Validate, Contain, and Respond tosecurity incidents. When a suspicious event is identified, security analysts in the SOIC must rapidly validate themalware, uncover its characteristics, and find affected hosts in order to contain the impact, such as data lossor further compromise. Having direct access to automated malware analysis tools and real-time data sourceswill greatly increase the speed of analysis and reduce the impact of malicious cyber activity. The McAfeeadvanced sensor grid, including the McAfee Network Security Platform and McAfee Web Gateway, willidentify malware in motion.Today, McAfee uses the McAfee Global Threat Intelligence ™ (McAfee GTI ™) network to quickly sharedetections of emerging malware threats. The McAfee host and network products detect a suspicious fileand contact the McAfee Global Threat Intelligence network to see if it has a reputation. Based on thatreputation, as well as network connection reputation, and other factors, the McAfee products can make a decision to block the file.McAfee ApplicationContro l also enablesthe organisation tomeet other controlsrecommended by the 10Steps to Cyber Security,such as locking downoperating systemsand software. McAfeeApplication Controlcan also be extendedto include real-time fileintegrity checking formonitoring changesto critical systems. Theadditional data providedby Application Controlcan be monitored withinthe McAfee EnterpriseSecurity Manager. Thiswill improve the incidentmanagement programmeby enabling more effectivedetection of breach attempts.McAfee Application Control can also be deployed on embedded operating systems.McAfee Web Gateway also meets the require-ment in the 10 Steps to Cyber Security guide for a proxy at the network perimeter. By extending the web security to include identity controls, an organisation coulddevelop a fuller pictureof user behaviour andmore effective policyenforcement.McAfee is also developing a new integrated, advanced malware detection appliance, called McAfee Advanced Threat Defense. If the content cannot be validated immediately, it will be automatically sent to the Advanced Threat Defense system for behaviour deconstruction and analysis. Advanced Threat Defense will assign a fingerprint to the malicious file and distribute this threat intelligence locally—to McAfee-protected endpoints and network gateways—and, if you permit, that DAT will also be sent to the McAfee Global Threat Intelligence network. Through this intelligence exchange, McAfee products on your site and at other customer sites will be able to protect against this newly identified malware.• The new DAT will allow any infected system to be identified and cleaned by McAfee VirusScan (the scanning engine inside McAfee endpoint protections).• The network security products will block transmission of that content over the network to prevent reinfection within your infrastructure.• The web and email gateways will block inbound reinfections.• The endpoint protections will block infection directly on the host (through an infected USB stick, for example.)• Real Time for McAfee ePO can be used to ensure all endpoints have pulled down the new DAT and run a scan to seeif the malware is present.This combination of sensor, analysis, and automated response is unique in the industry and will greatly reduce the impact of malware on the environment.Figure 2: Basic anti-malware reference architecture.4. Network Security StrategyThe role of network security is expanding and changing with the expansion of digital services in government. Traditionally, network security devices functioned as traffic cops governing which network addresses can pass or which protocols can traverse the Internet perimeter. While still providing that function, the goal of the network security strategy is to Deny, Delay, and Disrupt the ability of an attacker to get in and move around on the protected network systems.To enable this strategy, network security devices have evolved from controlling addresses to identifying and controlling application access across multiple security zones within the enterprise. This is aligned with the 10 Steps to Cyber Security recommendations to protect both the internal and external network boundaries.Dividing the network into logical security zones requires different checkpoints for an attacker. T ypically, one of the internal security zones is the consolidated or shared-services datacentre. An effective datacentre network security strategy requires an application layer firewall for controlling application access and an intrusion prevention sensor to protect the sensitive applications from vulnerability exploitation. Other potential network security zones include partner and cross-domain network interconnections. Each of those connections requires an application firewall to control access, although the risk of vulnerability or malware exploitation is low across these perimeters. The greater concern is the access to, or loss of, sensitive data to unauthorised business or coalition partners. Best practice recommends a network data loss prevention solution be deployed and monitored at these perimeter locations.The adoption of cloud services presents unique challenges for traditional perimeter security solutions. While an application layer firewall provides granular traffic control at the Internet perimeter, many applications are exposed to external cloud services through application programme interfaces. Today, on-premises deployment of a centralised service gateway is recognised as the best practice deployment pattern for the application-to-application, web-based service interaction models. A service gateway enables the organisation to develop a standards-based policy enforcement point that is integrated with internal identity management and auditing/monitoring infrastructure.5. Security Monitoring StrategyWith the sophistication and persistence of malicious cyber activity combined with the complexity of security information, detecting or anticipating a security breach requires an organisational monitoring and intelligence strategy, trained specialists, and a 24/7 SOIC. Developing a monitoring strategy starts with an understanding of attack methods. Using threat intelligence will determine the data sources that are most effective to identify and validate an incident. The monitoring strategy must also reflect other requirements from regulations such as GPG13. Once requirements are established, the data collection architecture can be built to support the various breach response or other monitoring use cases.The 10 Steps to Cyber Security recommends collecting various data types such as network traffic, security events, server and device events, and user behaviour, as the foundation of the monitoring capability. Centralising this data inside McAfee Enterprise Security Manager will facilitate rapid data mining for both identification and validation. The McAfee Enterprise Security Manager easily scales to handle high-volume data sources while still enabling rapid data retrieval for reporting and analysis. One of the key processes of the SOIC is Incident or Breach Response. This is the process of Identifying, Validating, Containing, and Mitigating a cyber incident. A successful strategy also starts with threat intelligence of attack methods to determine what are the most effective indicators. For example, identifying an insider attack usually requires identity and database activity monitoring since these provide the mostlikely indicators. Identifying an attempted breach from an outside attacker usually requires network andhost sensors and automated malware intelligence as described in the anti-malware section. Designingthe sensor grid that will expose the right indicators is one of the key foundations to this strategy. ExistingMcAfee ePO infrastructure can easily be extended to include McAfee Database Activity Monitoring andPrivileged Identity data that supports insider monitoring use cases. McAfee Advanced Threat Defenseand McAfee Web Gateway will reveal indications of remote attackers using malware as the entry vector.Centralising this data and incident workflow within the McAfee Enterprise Security Manager allows forrapid identification and validation of malicious activity.Once a breach is identified, speed of response is critical. McAfee Enterprise Security Manager is a centralcommand and control platform that can adjust policy on the McAfee Network Security Platformto rapidly block malicious files or update security policy through McAfee ePO software to contain anincident at the host level. McAfee FoundstoneServices can design anincident-managementprogramme from policydevelopment, to processemployment throughspecialised training inmalware analysis and attacker techniques. The SIA partner, TITUS, can monitor user behaviour related to data and data policy. TITUS is fully integrated with the McAfee ePO security management platform for deployment and management. TITUSevents can also be sentto McAfee EnterpriseSecurity Manager foruser behaviour trendingand further user-relatedcorrelation scenarios2821 Mission College Boulevard Santa Clara, CA 95054888 847 8766 McAfee, the McAfee logo, McAfee ePolicy Orchestrator, McAfee ePO, McAfee Global Threat Intelligence, McAfee GTI, and McAfee VirusScan are registered trademarks or trademarks of McAfee, Inc. or its subsidiaries in the United States and other countries. Other marks and brands may be claimed as the property of others. The product plans, specifications, and descriptions herein are provided for information only and subject to change without notice, and are provided without warranty of any kind, express or implied. Copyright © 2013 McAfee, Inc.Figure 3: Basic monitoring reference architecture.SummaryThis solution brief represents McAfee ideas for improving cyber resilience and security posture through implementation of the CESG’s 10 Steps to Cyber Security. While this guide does not address all areas of security or cyber defence requirements, it does provide proven cyber risk reduction steps that could allow an organisation to withstand a cyber threat. For further information and consultation, please contact your local McAfee representative or visit .。
攻击实施阶段的步骤

攻击实施阶段的步骤概述本文档将介绍攻击实施阶段的步骤,帮助读者了解攻击者在进行网络攻击时所采取的行动。
通过了解攻击实施阶段的步骤,可以更好地防范和应对网络攻击,确保系统和数据的安全。
步骤一:收集情报在攻击实施阶段之前,攻击者通常会进行情报收集,以获取有关目标系统的信息。
这些信息可能包括目标的IP地址、系统配置和漏洞等。
攻击者可以通过搜索引擎、社交媒体、网络扫描工具等多种方式进行情报收集。
•使用搜索引擎搜索目标公司的网站、员工姓名等信息。
•利用社交媒体平台获取目标的个人信息和人际关系。
•使用端口扫描工具探测目标系统的开放端口和服务。
•利用漏洞扫描工具扫描目标系统的安全弱点。
步骤二:建立访问点收集到目标系统的情报后,攻击者将尝试在目标系统中建立访问点,以便进一步进行攻击。
建立访问点的方式可以是通过漏洞利用、社会工程、钓鱼邮件等方式。
•利用已知的漏洞攻击目标系统,例如利用未修补的软件漏洞。
•运用社会工程技术,诱使目标用户揭示敏感信息或提供系统访问权限。
•发送钓鱼邮件,诱使目标用户点击恶意链接或下载恶意附件。
步骤三:提权和侧向移动一旦建立了访问点,攻击者将尝试提权,获取更高的系统访问权限,并进行侧向移动,以便进一步探索目标网络。
•利用已知的操作系统或应用程序漏洞来获取管理员权限。
•在目标网络中寻找其他易受攻击的系统并尝试入侵。
•探索目标网络中的拓扑结构和系统关系,以便找到更有价值的目标。
步骤四:执行攻击一旦攻击者获得所需的权限和访问能力,他们将执行具体的攻击行动,这可能包括数据泄露、拒绝服务攻击、恶意软件传播等。
•访问和窃取目标系统中的敏感数据,例如个人身份信息、财务记录等。
•发动拒绝服务攻击,使目标系统无法正常运行。
•通过传播恶意软件感染其他系统,扩大攻击影响范围。
步骤五:覆盖痕迹为了保持匿名性和逃避被发现,攻击者将尽力覆盖自己的痕迹,使攻击行为不易被追溯和发现。
•清除日志文件,删除攻击痕迹。
•修改系统配置,隐藏攻击者所造成的变化。
IntruShield 网络IPS设备

McAfee IntruShield网络 IPS设备前瞻性地保护系统和应用程序成熟的、业界领先的新一代入侵防护解决方案。
业界第一款具备风险识别功能的IPS,针对零时间攻击和DoS攻击,以及间谍软件、恶意软件、B otnet 病毒和 VoIP的威胁,提供业内最佳的前瞻性防护。
随着新发现的漏洞数量的不断增加,利用这些漏洞进行攻击的速度越来越快,手段也越来越高明,组织、企业和服务供应商面临着越来越高的风险,同时给您的业务带来日益严峻的威胁。
利用混合技术攻击网络基础架构的新型混合攻击在不断增加和演变,这意味着企业无论规模大小都必须坚持不懈地保护自己,以抵御这些不断变化的威胁。
单凭传统的、被动的安全技术已经不能确保网络的可用性、完整性和数据保密性。
由于传统技术本身的能力所限,无法提供前瞻性的威胁检测和防护,对于手段高明且极具针对性的新出现的零时间(zero-day)攻击和拒绝服务(DoS)攻击,以及间谍软件、恶意软件和IP 语音(VoIP)等威胁,企业的防线仍然十分脆弱。
企业需要部署先进的前瞻性防护,以抵御基于漏洞的威胁和攻击,从而保护其重要的网络基础架构。
而且,各类企业都面临强大的管理和审核压力,它们要确保机密数据的安全并降低业务风险。
为了实现全面的、前瞻性的网络保护以抵御当前众多的威胁和攻击,企业和组织需要部署新一代的入侵防护。
成熟的且屡获殊荣的 McAfee®IntruShield®网络入侵防护系统(IPS)提供了最全面、最准确和最具扩展性的威胁防护。
IntruShield 能够帮助企业、服务供应商和中小型企业(SMB)通过前瞻性的、全面的威胁防护,来确保其重要的网络基础架构的可用性和安全性。
McAfee IntruShield IPS 解决方案屡获殊荣的新一代 IntruShield IPS设备系列使企业、服务供应商和 SMB 能够通过部署业界最全面的、成熟的网络 IPS解决方案来降低业务风险。
McAfee DLP 解决方案 标准

4. 实施:安装、配置和实施
1 2
• 初始安装 • 配置 • 试运行
3 4
5. 维护:运行和优化
5 4
1 2
3
度量 | 监控 | 记录
• 运行和优化 – 抓大放小 – 先简后繁 – 查漏补缺
• 培训
议题
• McAfee公司简介 • 数据安全风险分析 • 企业如何开始数据安全防护计划 • McAfee 全面数据安全防护解决方案介绍 • McAfee 数据安全的产品优势分析 • McAfee数据安全成功案例分享 •Q & A
功能介绍
静态数据发现,分类打标 网络监控,存档 涉密文件阻挡 网络DLP综合管理器 Web网关与prevent 设备配合做网络关键信息阻挡 邮件网关与prevent设备配合做邮件关键信息阻挡,邮件加密
Host DLP Device Control
桌面终端防泄漏(防止机密信息流出终端,被截屏) 打印,蓝牙等外部设备管控.
Vulnerability Mgmt Remediation
Policy Auditing
6
迈克菲安全风险管理的开放式平台 与业界产品整合集成 安全互联
安全创新联盟
SIA Associate 合作伙伴 SIA 技术合作伙伴 (McAfee 兼容)
注: 合作伙伴列表更新很 快 ,请获取最新列表
February 29, 2020
McAfee Agent
ePO
单一代理 单一控制台
• 代理部署 • 配置 • 升级 • 策略设置 • 报警 • 报表
网络
E-mail Security Web Security Network DLP
IPS Firewall/UTM
McAfee 软件操作步骤

McAfee 软件操作步骤一、卸载诺顿防毒软件、关闭Windows防火墙补充说明:目前这套系统不支持98系统,98的就不安装了。
安装mcafee前需卸载原有防病毒程序,以下以诺顿为例。
在控制面板——添加删除或程序中删除诺顿升级及主程序,删除诺顿主程序的口令为symantec或Symantec,卸载完毕后重起机器,关闭放火墙(切记),待安装完成后重新启用防火墙。
二、Mcafee杀毒软件的安装ftp://34.17.32.13,杀毒软件及工具中下载安装软件FramePkg.exe,点击安装程序开始安装。
cd \program files\mcafee\common framework目录下执行cmdagent /s,出现如下画面(查看本地Agent的运行状况)先点击enforce policies(强制实施策略)图标,再点击check new policies(刷新策略)图标,然后请耐心等候,时间约为20分钟左右(因系统平台不同,安装时间会不一样,其间千万不可断电及重起电脑,以致安装失败,严重的要重装系统)。
三、确认安装成功待安装监控程序退出,重新执行cmdagent /s命令,出现如下图案,表明主程序安装完成。
因mcafee安装期间,安装进程一般在后台执行,屏幕上没有可见安装进度图标,为保险起见可在执行完cmdagent /s命令后,等待足够长的时间(35分钟以上),然后重启电脑。
如果安装完后,发现右下角mcafee显示的图标仍然是virusscan 的盾牌图标,而没有转换成一个方块里有个“M”字母的综合图标,就请再到安装目录下去运行一下cmdagent /s,然后图标就能转换过来了。
四、Mcafee杀毒软件的卸载1、Agent是通过FrmInst.exe程序才能卸载的,客户端上FrmInst.exe文件所在的位置C:\Program Files\McAfee\Common Framework2、从桌面右下角系统托盘中,单击McAfee图标(显示为外框内带红色字母M的那个),出现ePolicy Orchestrator菜单:3、点击VirusScan Enterprise,出现McAfee系统程序菜单:4、点击VirusScan控制台菜单,打开客户端的控制台:5、在菜单“任务”里的属性里,有“禁止关闭mcafee服务进程”,将此选项取消!!!6、客户端通过FrmInst.exe /REMOVE=agent 命令卸载本地的Agent。
迈克菲杀毒软件怎么用使用教程

迈克菲杀毒软件怎么用使用教程McAfee是网络安全和可用性解决方案的先供应商。
所有McAfee 产品均以著名的防病毒研究机构(如McAfeeAVERT)为后盾,该机构可以保护McAfee消费者免受新和复杂病毒的攻击。
此外,McAfee企业版并且没有对Windows系统做任何限制,因此个人系统也可以使用McAfee企业版,享受McAfee企业版强大的保护。
那么具体怎么使用呢?迈克菲杀毒软件怎么用?1、直接在桌面任务栏,点击“显示隐藏的图标”,找到迈克菲,点击右键,选择“打开McAfee internet security”(或者直接在“开始”屏幕应用中找到McAfee internet security,点击打开)2、进入迈克菲后,点击“病毒和间谍软件防护”,如何想扫描电脑,点击“扫描您的pc”就可以扫描病毒3、点击“计划的扫描”,选择合适自己的计划,一个星期扫描一次或者一个月都可以,选择好后,点击“应用”,定时扫描就完成了4、作为杀毒软件,迈克菲还能够自动清理不必要的文件,提高电脑性能,点击“pc和家庭网络工具”5、再点击“快速清理器”,点击“清理”即可清理电脑多余的垃圾文件6、点击“快速清理器”中的“计划”,同样能制定清理计划,制定好按时清理后,点击“应用”7、这样自动杀毒和自动清理就设定好了补充:校园网安全维护技巧校园网络分为内网和外网,就是说他们可以上学校的内网也可以同时上互联网,大学的学生平时要玩游戏购物,学校本身有自己的服务器需要维护;在大环境下,首先在校园网之间及其互联网接入处,需要设置防火墙设备,防止外部攻击,并且要经常更新抵御外来攻击;由于要保护校园网所有用户的安全,我们要安全加固,除了防火墙还要增加如ips,ids等防病毒入侵检测设备对外部数据进行分析检测,确保校园网的安全;外面做好防护措施,内部同样要做好防护措施,因为有的学生电脑可能带回家或者在外面感染,所以内部核心交换机上要设置vlan隔离,旁挂安全设备对端口进行检测防护;内网可能有ddos攻击或者arp病毒等传播,所以我们要对服务器或者电脑安装杀毒软件,特别是学校服务器系统等,安全正版安全软件,保护重要电脑的安全;对服务器本身我们要安全server版系统,经常修复漏洞及更新安全软件,普通电脑一般都是拨号上网,如果有异常上层设备监测一般不影响其他电脑。
McAfee率先推出针对恶意僵尸网络的综合解决方案

McAfee率先推出针对恶意僵尸网络的综合解决方案
入侵防护和安全风险管理的领先供应商McAfee, Inc.(纽约证券交易所代码:MFE)今天宣布,该公司IntruShield Intrusion Prevention System (IPS) 系列产品成为首个提供综合、分层并提前阻止恶意僵尸网络(botnet) 的网络安全解决方案。
bot 是一种软件机器人,也称僵尸(zombie) 或者drone。
而僵尸网络是感染僵尸程序的网络,该网络允许未授权用户对电脑进行远程控制。
被感染的电脑还可被用来进行分布式拒绝服务攻击、发送垃圾邮件和间谍软件或进行网络敲诈勒索。
McAfee(R) 率先通过将僵尸网络确认为特殊的攻击类别,提前阻止其通信和安装,从而完全消除僵尸网络的威胁。
凭借增加的保护层,McAfee IntruShield(R) 不仅通过对付安装bot 的侵入者,还通过阻止bot 的网络通信或者激活,进而使安全最大化。
这个新的分层解决方案将为客户提供最佳保护,应对僵尸网络日渐增长的的威胁。
McAfee(麦咖啡)杀毒规则设置方法

McAfee(麦咖啡)杀毒规则设置⽅法1、McAfee的杀毒凌驾于⼀切规则之上!即设置规则禁⽌对染毒⽂件做任何操作,在McAfee杀毒时,该规则失效。
所以不要介意将规则中的“删除”选项选中,因为即使禁⽌删除该⽂件,若该⽂件染毒,McAfee⼀样照杀不误。
2、“访问保护”⽀持绝对路径。
通鉴中所有规则均以系统盘为C盘编写。
3、双星号(**)表⽰在反斜线(\)字符前后任意多个层级的⽬录,即⽂件夹可以新建,但任何⽂件夹中的⽂件均被保护。
⼀个星号(*)表⽰任意⼀个或部分⽬录名称,(*.*)表⽰任何⽂件,不包括⽂件夹,即只有⼀层⽂件夹内的⽂件被保护。
(\**)与(\**\*)均表⽰在当前⽬录下任意多个层级⽬录⾥的任何⽂件和⽂件夹。
4、在“要禁⽌的⽂件操作”⾥,除了“创建”外,其余四项都是对已有的⽂件进⾏操作,⼀般情况下,“写⼊”、“创建”和“删除”可以⼀同禁⽌,⽽且禁⽌“写⼊”有时需要禁⽌“创建”,否则系统会在此⽂件夹中创建TMP*.tmp的临时⽂件(垃圾⽂件)。
5、读取:对已有的⽂件进⾏读取操作,但不执⾏⽂件的内容;写⼊:对已有的⽂件进⾏写⼊操作,即对⽂件的内容进⾏修改,删除等;执⾏:对已有的⽂件进⾏执⾏操作,即执⾏⽂件的内容;创建:在⽂件夹中创建⼀个新的⽂件;删除:对已有的⽂件进⾏删除操作,包括修改⽂件名。
6、对注册表保护中“要保护的注册表项或注册表值”⾥⾯主键的说明:空⽩项:默认状态,⽆任何意义。
HKLM:表⽰HKEY_LOCAL_MACHINE主键。
HKCU:表⽰HKEY_CURRENT_USER主键。
HKCR:表⽰HKEY_CLASSES_ROOT主键。
HKCCS:表⽰HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet部分和HKEY_CURRENT_CONFIG主键。
HKULM:表⽰HKCU+HKLM+HKEY_USER三⼤主键。
HKALL:表⽰所有主键。
可以近似地当作⾃定义项来使⽤。
mcafee安装后设置

你可以限制访问网络的文件,就在“添加”里面添加,添加后你再加先不要阻挡,只是报告就好了,然后查看“访问保护日志文件”,就可以看到哪些在入网了,然后把你允许入网的加入“排除的进程”里面就可以了,每个文件用英文的逗号隔开。
“访问保护日志文件”你可以在这里查看:
部分规则创建如下所示:
咖啡控制台------访问保护------文件夹保护-----添加
规则名称:禁止在本地任何地方创建、写入任何exe文件
阻挡对象:*
要阻挡的文件或文件名:**\*.exe
要阻止的文件作:在创建文件、写入文件前打勾
响应方式:阻止并报告访问尝试
其他的类似规则,参照设置即可。
用咖啡杀软来防止未知木马病毒
1.右键点击McAfee右下角图标出现下图,然后点击“打开访问日志文件(E)”
2.就是在访问保护属性中,点击“报告”选项卡,就可以查看日志。如下图:
1用咖啡杀软来防止未知木马病毒
我查了下相关资料,就目前来说,木马、病毒基本都是三种类型的,exe、dll、vxd
类型。好了,只要我们创建如下三种保护机制:
2.防病毒最大保护
图12
设置如(图12)所示,“保护缓存文件免受密码和电子邮件地址窃贼的攻击”这一规则,如果启用,可能会造成傲游浏览器等程序运行变慢,可以排除项中排除相关进程。
⑷防病毒爆发控制
图13
⑸通用最大保护
图14
该项中的规则设置如(图14)所示。“禁止程序注册为服务”规则,如果启用,需要在排除项中排除相关进程。相当部分的程序需要将自己注册为服务才能正常使用,我没有设置启用。“禁止HTTP通讯”规则,如果启用,同样需要在排除项中排除相关进程,否则,将不能进行浏览网页等很多网络操作。所以我也没有阻挡。
McAfee IPS系统运维手册

NBDCMcAfee IPS系统运维手册目录第一章操作手册 (1)1 设备面板标识 (1)1.1M-8000设备 (1)1.2M-3050/M-4050设备 (2)2 运维部分功能 (3)2.1系统登录 (3)2.2系统运行状态监视 (4)2.3S ENSOR管理 (6)2.4S IGNATURE手动更新 (9)2.5S IGNATURE更新查看 (11)2.6策略管理和调整 (12)2.7备份和恢复 (15)2.8D O S学习设置 (18)2.9NSM主备切换 (20)2.10故障信息抓取 (20)第二章IPS应急手册 (22)1故障发现 (22)1.1巡检设备 (22)1.2设备自带系统监控 (22)1.3关于设备温度的说明 (25)2 现场分析与处理 (26)2.1故障分析 (26)2.2故障处理 (26)3 厂商二线分析与处理 (29)第三章IPS监控手册 (29)1IPS系统监控 (29)2IPS事件监控 (30)第一章操作手册1 设备面板标识1.1 M-1450设备1) 端口M-1450高度为1个机架单位(2RU),配备有以下端口:2) 面板LED指示灯M-1450设备前面板上的LED 指示灯提供传感器健康状况信息及其端口上活动的状态信息。
M-1450前面板上的LED 指示灯状态信息含义如下表:1.2 M-3050设备1) 端口M-3050高度为2个机架单位(2RU),配备有以下端口:2) 面板LED指示灯M-3050设备前面板上的LED 指示灯提供传感器健康状况信息及其端口上活动的状态信息。
M-3050前面板上的LED 指示灯状态信息含义如下表:2 运维部分功能2.1系统登录IPS的管理控制台NSM通过HTTPS登录和管理,因为HTTPS使用的证书是NSM的机器名,建议使用https://设备名登录(若因为设备名无法解析而无法使用设备名登录请在客户端上添加hosts记录)。
在提示框中分别输入用户名和密码。
McAfee Internet Security Suite 2008 说明书

McAfee ePolicy Orchestrator 4.0 产品手册

McAfee ePolicy Orchestrator4.0产品手册版权Copyright©2007McAfee,Inc.保留所有权利。
未经McAfee,Inc.或其供应商或子公司的书面许可,不得以任何形式或手段将本出版物的任何内容复制、传播、转录、存储于检索系统或翻译成任何语言。
商标归属AVERT、EPO、EPOLICY ORCHESTRATOR、FLASHBOX、FOUNDSTONE、GROUPSHIELD、HERCULES、INTRUSHIELD、INTRUSION INTELLIGENCE、LINUXSHIELD、MANAGED MAIL PROTECTION、MAX(MCAFEE SECURITYALLIANCE EXCHANGE)、MCAFEE、、NETSHIELD、PORTALSHIELD、PREVENTSYS、PROTECTION-IN-DEPTH STRATEGY、PROTECTIONPILOT、SECURE MESSAGING SERVICE、SECURITYALLIANCE、SITEADVISOR、THREATSCAN、TOTAL PROTECTION、VIREX、VIRUSSCAN、WEBSHIELD 是McAfee,Inc.和/或其子公司在美国和/或其他国家或地区的注册商标或商标。
安全内容标为红色是McAfee品牌产品的特色。
本文档中所有其他注册和未注册的商标均为其各自所有者专有财产。
许可信息许可协议致全体用户:请仔细阅读与您所购买的许可相关的法律协议,以了解使用许可软件的一般条款和条件。
如果不清楚您购买的许可属于哪一类,请查看软件包装盒附带的销售文档以及与许可授权或订单相关的其他文档,或者查看您购买时另行得到的销售文档以及与许可授权或订单相关的其他文档,这些文档既可以是小册子、产品CD上的文件,也可以是从软件包下载网站中获得的文件。
如果您不同意该协议规定的所有条款和条件,请勿安装本软件。
McAfee信息安全技术解决方案

McAfee信息安全技术解决方案录1方案概述62安全需求分析82、1存在的安全风险82、1、1系统终端面临的安全威胁82、1、2网络上存在的安全威胁92、1、3现有安全产品的不足92、1、4安全管理问题102、2需求分析102、2、1在系统层面102、2、2 在网络层面112、2、3整体解决方案113McAfee SRM整体解决方案123、1方案设计原则123、2McAfee SRM安全风险管理解决方案123、2、1什么是安全风险123、2、2McAfee SRM安全风险管理133、2、3安全风险管理体系的实现163、3McAfee SRM 的实现 183、3、1 McAfee SRM 部署步骤 183、3、2McAfeeSRM 部署的产品194McAfee TOPS 及MNAC 的部署204. IMeAfee TOPS的部署204、1、lePO的部署204、1、2防病毒客户端VSE8、5i 及Anti-Spyware8、5的部署224、1、3McAfee HIPS7、0的部署234、1、4SiteAdvisor 的部署 244、1、5部署架构图244、2MNAC的部署254、3部署后的维护建议284、3、1制定严格的病毒防治规范294、3、2建立快速、有效的病毒应急体系304、3、3加强计算机安全培训304、3、4建立动态的系统风险评估措施314、3、5建立病毒事故分析制度314、3、6确保恢复,减少损失314、3、7加强技术防范措施315McAfee IntruShield的部署335、1、1 McAfee IntruShield 系统功能 335、1、2方正证券IntruShield部署方案355、1、3IntruShield产品系列376方案优势386、1TOPS产品特点386、k 1TOPS集中管理服务器ePO386、1、2McAfee VirusScan Enterprise8、5i406、1、3主机入侵防护HIPS7、0446、1、4MNAC (McAfee Network Access Control) 476、2IntruShield 产品优势 486、2、1检测及防御功能496、2、1、1网络攻击特征检测496、2、1、2 异常检测506、2、1、3DoS/DDoS 攻击防御506、2、1、4 入侵防护功能516、2、2实时过滤蠕虫病毒和Spyware间谍程序536、2、3 虚拟IPS536、2、4灵活的部署方式546、2、5具备风险识别的入侵防御566、2、6內置Web安全保护576、2、7永远在线的管理平台576、2、8SSL加密攻击检测586、2、9领先的虚拟內部防火墻586、2, lOMcAfee IntruShield所获最新国际奖项597华东地区金融证券典型案例607、1上海交通银行607、2上海浦发银行647、3上海证券交易所667、4最新案例上海银联681方案概述McAfee作为全球最大的专业安全厂商,为全球100多个国家提供业界领先的基于动态安全风险管理的安全整体解决方案,其最大的特点是:以安全风险的控制为基础,实时地了解安全风险变化的原因,并且结合先进的系统防御和网络防御解决方案,帮助客户及时消除各类安全威胁,建设主动的防御体系和完善的风险管理流程。
McAfee Intrushield确立了网络安全领域的新标准

McAfee Intrushield确立了网络安全领域的新标准
佚名
【期刊名称】《现代信息技术》
【年(卷),期】2004(000)012
【摘要】@@ 用户和安全解决方案供应商如何确保他们能够获得最好的防护功能,以保护自己关键的基础架构和数据呢?一种方法是选择已通过严格的国际性测试的解决方案.迄今为止,McAfee Intrushield是业界唯一一个获得通用准则认证(Common Criteria Certification)评估保证等级3(EAL3)荣誉的入侵预防产品.【总页数】1页(P69)
【正文语种】中文
【中图分类】TP3
【相关文献】
1.McAfee IntruShield 2600 [J],
2.McAfee IntruShield安全管理系统中存在多个漏洞 [J],
3.McAfee IntruShield :高检测率是怎样炼成的? [J],
4.网管员最喜爱的IDS产品奖——McAfee Intrushield [J],
5.McAfee IntruShield为教育城域网保驾护航 [J],
因版权原因,仅展示原文概要,查看原文内容请购买。
IPS解决方案

McAfee IntruShield network IPS解决方案M C A F E E网络安全防护更快地实施安全防护,尽快地解决问题,令您高枕无忧!在网络安全防护方面,单点产品并非企业最有效的选择,也不是最正确的选择。
如果您需要一款智能而全面的企业级防护产品来保护每个联网设备,McAfee IntruShield®将是您最明智的选择!我们屡获殊荣的高性能网络IPS设备有效整合了各种风险和威胁信息。
效果如何呢?它可以实时提供切实可行的安全防护。
优势:∙全面的企业级威胁防护借助一款独立的、深受业界好评的安全设备IntruShield,您能充分确保自己的安全,让攻击无法得逞。
这款具有前瞻性防护能力的解决方案可确保网络中所有设备的安全,没有任何一款其他网络安全产品能够如此广泛、准确而高效地保护您的企业∙事半功倍通过McAfee的安全风险管理(SRM)框架将网络和系统连接在一起,使安全基础设施互相协作和集成,为您实现最大限度的安全,带来最大的价值;充分利用现有安全生态系统的优势;将网络和系统安全基础设施集成在一起,实现高效协作,远比将各个产品简单地叠加更加有效∙保持企业竞争优势不要让形形色色的网络威胁和攻击干扰您的业务运营,进而对企业竞争优势造成负面影响;我们高性能的网络级安全设备能够持续满足您不断变化的安全和网络需求,同时为您带来企业级的性能、可靠性和可用性∙智能的网络和系统安全集成可实时保护企业安全这款解决方案可以帮助您制定实时的安全决策,便于您采取更及时的安全防护措施,尽快解决问题;IntruShield能够与McAfee Foundstone®、ePolicy Orchestrator和NAC协作,在增强安全防护能力和安全状况监控能力的同时,提高企业效率,提升企业价值特点:∙与McAfee ePO™集成,成为具有系统感知能力的IPS通过McAfee SRM充分利用您在安全方面的投资;将您的网络与系统安全产品集成在一起,形成唯一一款具有系统感知能力的IPS,实现高效协作,为您呈现所有系统和网络威胁的清晰、全面视图;通过与McAfee ePolicy Orchestrator®集成,让您实时监控可操作系统主机的详细情况,以及最相关的主机IPS、防病毒和间谍软件的活动情况∙动态网络访问控制通过动态零日访问控制功能扩展网络安全保护的广度和深度;主机隔离功能与McAfee NetworkAccess Control(NAC)相互协作可以为受管理、未受管理和无法管理的主机提供不间断的准入前和准入后控制∙自适应速率限制实时的自适应协议速率调节功能可帮助您轻松而高效地控制网络带宽,同时拦截有害和有风险的应用程序∙屡获殊荣的网络级安全防护令您高枕无忧!IntruShield超越了Telcordia标准,是唯一一款获得NSS Group数千兆位IPS认证的IPS设备;将IPS设备与内部防火墙结合,可实现多重集成防护,保护为所有联网设备的安全;通过动态的威胁和漏洞更新,抵御当前以及今后的各种威胁∙实时的风险感知型IPS通过与McAfee Foundstone®(可按需提供实时威胁相关信息)集成,帮助您制定更明智的安全决策;高度准确的相关风险信息和监控能够为您带来切实可行的安全智能。
- 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。
确认Sensor在机架上的位置,将2台IntruShield 1400探测Sensor上架安装完毕。
客户/B&D1来自2本阶段约需1个工作日
实施工作
主要内容
负责人
时间分配
IntruShield
管理控制台的配置
进行Windows2003系统所需要的相关配置。
B&D
0.5个工作日
按照合理步骤安装Manager软件
B&D
设定IntruShield用户权限,其中包括用户管理员、日志分析员及策略配置人员等。
B&D
安装自带数据库,以便于报警日志的存储。
B&D
配置Sensor属性,准备进行连接。
B&D
IntruShield
硬件探针(sensor)
的配置
配置Sensor IP地址。
B&D
设定检测端口属性,开启端口的功能。
1
1.1
本阶段约需一个工作日
实施环境
主要工作
负责人
时间分配
客户
网络环
境准备
IntruShield硬件探针的管理口地址:2个
IntruShield管理控制台IP地址:1个
客户
1个工作日
准备独立的管理控制台服务器,服务器性能良好,无故障。
客户
需要连接的网络线路准备;
客户
与McAfee IntruShield设备连接的交换机或防火墙的端口数率强置百兆全双工;
设置DoS/DDoS检测模式。
B&D
定制报表上报计划。
B&D
将Sensor的内置系统及策略库升级至最新版本。
B&D
显示端
安装合适的Java版本,进行显示测试。
B&D
客户
/B&D
IntruShield
管理控制台的安装
安装Windows 2003 Server英文(中文)操作系统并安装SP1以及最新的系统补丁;
CPU最低2.6GHz;
内存最低1G;
硬盘空间40G。
客户
服务器操作系统的各项安全设置。
客户
IntruShield硬件探针(sensor)
的安装
Sensor的配置数据线,电源线及各种配件的准备。
B&D
Sensor的其他属性设定。
B&D
设置同Manager的连接参数。
B&D
同Manager建立连接,并测试。
B&D
策略配置
配置HA模式并检查设备连接情况是否正常,以便于应用最新的策略配置。
B&D
0.5个工作日
根据网络目前的情况,合理配置策略。
B&D
设置各种响应方式。
B&D
配置策略自动升级计划。
B&D