it can be in 6 to 8 pages of project it should be inclide1. Cover Page2. Table of content3. content 4. REFERECNCE5. on content it should be include SCADA NETWORK TYPOGRAPHY & FLOW DIAGRAMalong with sub headings it should be in above following ICS Architecture Final Project TemplateSEC6082Your Name Table of ContentsExecutive Summary XICS Industry Architecture Being Designed .. XOverview . XStatement of Need .. XDetailed Description .. XICS Network Architecture . XPhysical and Logical Designs XProtocols .. XDevices . XICS Security Architecture .. XDevice Security Configuration . XDevice Security Configuration . XDevice Security Configuration . XEtc XAppendix . X*Comprehensive Network Map XExample: Device Data Flows XExample: Security Design Documents . XExample: Intrusion Detection System .. XExample: Honeypot Configuration . X*The comprehensive network map must include all devices and communication protocols. List of Tables and FiguresFigure 1. Example: Total Network Design . XFigure 2. Example: Device Data Flow .. XFigure 3. Example: Intrusion Detection System .. XFigure 4. Example: Honeypot Configuration X Executive SummaryAn Executive Summary provides a brief overview for C-level Executives who only need to know what the material is about, not the details of the material. Give a brief summary, one page or less, of what this project is about. ICS Industry Architecture Being Designed This is arguably the most important part of the ICS architecture project. The logistical work done during this phase makes it possible to architect a successful ICS network. The origins of all problems experienced during the other phases can usually be tracked back to a lack of planning and understanding of your project during this phase. You will describe the industry you are architecting this ICS network for.1. OverviewBegin describing the types of network designs commonly used to architect this network. 2. Statement of Need Discuss the network needs of this architectural project. Your ICS network must include a SCADA network controlling at least two remote DCS networks. The SCADA network must securely share data with a traditional business IT network.3. Detailed DescriptionNow that you know the types of network commonly found and used in this industry and you know the particular needs of this architectural project, address how you will design this ICS network. ICS Network ArchitectureProvide a brief description of what will occur during this phase. For example: This is the phase where you will describe the physical and logical design of your network, etc. This phase has three sections: Physical and Logical Designs; Protocols; and Devices.1. Physical and Logical DesignsThere are many physical and logical network designs possible. ICS networks usually have more than one physical and logical network solution. Describe your physical and logical ICS network designs here. Include Visios or Excel designs to graphically illustrate your designs.A block of words is provided below to jog your mind:Ring, star, bus, mesh, twisted pair, coax, fiber, microwave, satellite.2. ProtocolsThis section is where you will document and describe the protocols in use, where, and why. The protocols listed should be represented in your network diagram(s). A block of words is provided below to jog your mind:DNP3, Fieldbus, Modbus, Profibus, Ethernet.3. DevicesA list of devices should be provided with as much information as possible. Identify the open ports and services running on each. List them here and explain why youve chosen them. All devices listed should appear in your network diagram(s).Follow these steps below:a. Identify the device.b. Identify what the device does.c. Identify the open ports.d. Identify the services running on these ports.Example devices include, but are not limited to: Router, firewall, IDS/IPS, Honeypot, Historian, PLC, RTU, IED, data acquisition server, HMI, protocol gateway, SCADA master station, sensors.ICS Security ArchitectureList each device you previously documented in 3. Devices but this time annotate how they will be secured. This will require you to research vendor documentation, industry best practices, and other authoritative sources. Identify known weaknesses of the devic
es and how you will mitigate them. Reference Appendix ICS Architecture Final Project TemplateSEC6082Your Name Table of ContentsExecutive Summary XICS Industry Architecture Being Designed .. XOverview . XStatement of Need .. XDetailed Description .. XICS Network Architecture . XPhysical and Logical Designs XProtocols .. XDevices . XICS Security Architecture .. XDevice Security Configuration . XDevice Security Configuration . XDevice Security Configuration . XEtc XAppendix . X*Comprehensive Network Map XExample: Device Data Flows XExample: Security Design Documents . XExample: Intrusion Detection System .. XExample: Honeypot Configuration . X*The comprehensive network map must include all devices and communication protocols. List of Tables and FiguresFigure 1. Example: Total Network Design . XFigure 2. Example: Device Data Flow .. XFigure 3. Example: Intrusion Detection System .. XFigure 4. Example: Honeypot Configuration X Executive SummaryAn Executive Summary provides a brief overview for C-level Executives who only need to know what the material is about, not the details of the material. Give a brief summary, one page or less, of what this project is about. ICS Industry Architecture Being Designed This is arguably the most important part of the ICS architecture project. The logistical work done during this phase makes it possible to architect a successful ICS network. The origins of all problems experienced during the other phases can usually be tracked back to a lack of planning and understanding of your project during this phase. You will describe the industry you are architecting this ICS network for.1. OverviewBegin describing the types of network designs commonly used to architect this network. 2. Statement of Need Discuss the network needs of this architectural project. Your ICS network must include a SCADA network controlling at least two remote DCS networks. The SCADA network must securely share data with a traditional business IT network.3. Detailed DescriptionNow that you know the types of network commonly found and used in this industry and you know the particular needs of this architectural project, address how you will design this ICS network. ICS Network ArchitectureProvide a brief description of what will occur during this phase. For example: This is the phase where you will describe the physical and logical design of your network, etc. This phase has three sections: Physical and Logical Designs; Protocols; and Devices.1. Physical and Logical DesignsThere are many physical and logical network designs possible. ICS networks usually have more than one physical and logical network solution. Describe your physical and logical ICS network designs here. Include Visios or Excel designs to graphically illustrate your designs.A block of words is provided below to jog your mind:Ring, star, bus, mesh, twisted pair, coax, fiber, microwave, satellite.2. ProtocolsThis section is where you will document and describe the protocols in use, where, and why. The protocols listed should be represented in your network diagram(s). A block of words is provided below to jog your mind:DNP3, Fieldbus, Modbus, Profibus, Ethernet.3. DevicesA list of devices should be provided with as much information as possible. Identify the open ports and services running on each. List them here and explain why youve chosen them. All devices listed should appear in your network diagram(s).Follow these steps below:a. Identify the device.b. Identify what the device does.c. Identify the open ports.d. Identify the services running on these ports.Example devices include, but are not limited to: Router, firewall, IDS/IPS, Honeypot, Historian, PLC, RTU, IED, data acquisition server, HMI, protocol gateway, SCADA master station, sensors.ICS Security ArchitectureList each device you previously documented in 3. Devices but this time annotate how they will be secured. This will require you to research vendor documentation, industry best practices, and other authoritative sources. Identify known weaknesses of the devices and how you will mitigate them. Reference Appendix