Is this guide for you cisco firepower threat defense for the asa 5506-x seriesSarah Tao
Cisco Firepower Threat Defense for the ASA 5506-X Series Using Firepower Device Manager Quick Start Guide
Firepower Device Manager lets you configure the basic features of the software that are most commonly used for small networks.
Read more...
Is this guide for you cisco firepower threat defense for the asa 5506-x seriesSarah Tao
Cisco Firepower Threat Defense for the ASA 5506-X Series Using Firepower Device Manager Quick Start Guide
Firepower Device Manager lets you configure the basic features of the software that are most commonly used for small networks.
Read more...
SYMANTEC ENDPOINT PROTECTION Interfacing the SEPM with Protection CenterDsunte Wilson
Protection Center lets you manage Symantec Endpoint Protection together with other Symantec products in a single environment. Symantec Endpoint Protection is integrated with Protection Center by means of a series of Web services.
These Web services provide communication between the Symantec Endpoint Protection Manager server and the Protection Center server.
Discusses cyber-security fears and the risks to your data in the cloud, an overview of cloud and virtualized infrastructures, open-source products, and security application, and lastly, methods for protecting databases.
University Management System - UMS-X1 Technical DataNasser Hassan
- Enrichment of the educational experience of students.
- Consistency & wide availability to students, faculty and administration.
- Enhancement of communication, fostering engagement in University life and building community.
- Construction of a streamlined, reduced-paper information processing environment based on electronic workflow and hierarchies based on assigned authorizations.
What to Do When You Don’t Know What to Do: Control System Patching Problems a...EnergySec
FoxGuard Solutions has encountered and resolved a wide variety of problems in our monthly work of patching control systems for our OEM clients and hundreds of power utility sites. In this presentation, we will cover a list of problems you might encounter and some real-world strategies that we have helped our clients implement to deal with them.
A winner system needs to be hardened in order to avoid a variety of security risks. Here are 10 hardening tips that will simplify your security challenge.
SYMANTEC ENDPOINT PROTECTION Performing Server and Database ManagementDsunte Wilson
You can centrally manage all types of servers from the Admin page in the Symantec Endpoint Protection Manager Console.
The Admin page, under View Servers, lists the following groupings:
■ Local Site
The console on the local site, databases, replication partners, such as other consoles whose databases replicate, and optional Enforcers
■ Remote Sites
The console on any remote site, databases, replication partners, such as other management servers whose databases replicate, and optional Enforcers
SYMANTEC ENDPOINT PROTECTION Advanced Monitoring and ReportingDsunte Wilson
Symantec Endpoint Protection collects information about the security events in your network. You can use log and reports to view these events, and you can use notifications to stay informed about the events as they occur.
NT2580 Week 4 Hardening a NetworkAnalysis 4.2Availability, In.docxhenrymartin15260
NT2580: Week 4 Hardening a Network
Analysis 4.2
Availability, Integrity, or Confidentiality (A-I-C)
Instructions:
Given the network security applications and countermeasures in the first column of the table below, explore answers to the following questions:
· Where does the countermeasure belong in the seven domains of a typical IT infrastructure?
· What CIA functions does the countermeasure provide?
Provide your answers in the table below.
Network Security Applications and Countermeasures
Domains
CIA Function
Ethical hacker
Intrusion detection system/intrusion prevention system (IDS/IPS)
Access controls
Failover server
Automatic updates
Cryptography
Data backups
Logon rights
Computer cluster
Firewalls
Proxies
Antivirus scanners
As a reminder, the seven domains of a typical IT infrastructure include the following domains:
1. User Domain: Actual users
1. Workstation Domain: Workstations, laptops, and end-point devices, such as smartphones and printers
1. LAN Domain: Physical and logical LAN technologies—100 Mbps/1000 Mbps switched Ethernet, 802.11-family of wireless LAN technologies—used to support workstation connectivity to the organization’s network infrastructure
1. LAN-to-WAN Domain: Routers, firewalls, demilitarized zones (DMZs), and IDS/IPS
1. WAN Domain: Routers, circuits, switches, firewalls, gateways, and equivalent gear at remote locations, sometimes under a managed service offering by the service provider
1. Remote access Domain: Virtual private networks (VPNs), laptops with VPN software, and secured socket layer/VPN (SSL/VPN) tunnels
1. System/Application Domain: Hardware, operating system software, database software, client/server applications, and data that are typically housed in the organization’s data center and computer rooms
Representation of the Seven Domains of a Typical IT Infrastructure
1
.
3 ISE 510 Security Risk Analysis & Plan Week 8 HW De.docxtamicawaysmith
3
ISE 510 Security Risk Analysis & Plan
Week 8 HW
Developing a Risk Remediation Plan
30 points
<Last Name, First Name>
Due <DATE>
Submitted on <DATE>
If late let me know why:
=====================================
Delete these instructions in blue font before submission:
Change file name to HW#8_LAST_FIRST
A few comments up front:
- The Jones and Bartlett Learning, TOPIC 4, is a valuable source of information.
- I encourage you to read through the HW problems below and if you have questions *about* the problem, please ask either through the Classroom or via email.
- If you are rusty on security fundamentals then now is a good time to brush up! Let me know and I can point you to refresher resources
1) The table below has a list of Risks Threats and Vulnerabilities. The primary Domain is provided. You are to place the Impact Factor based on the definitions below, and then place a likelihood factor (Low, Medium, High) based on your experience, research or insight.
1 = Critical: A risk, threat or vulnerability that impacts compliance (privacy laws requirements for securing privacy data and implementing proper security controls) and places the organization at increased liability
2 = Major: A risk, threat or vulnerability that impacts confidentiality, integrity or availability of the organization’s intellectual property assets and IT infrastructure
3 = Minor: A risk, threat or vulnerability that impacts user or employee productivity or availability of the IT infrastructure.
The first one is done as an example.
Rule 1: If there is a Risk Threat or Vulnerability and it has not been exploited yet, it can only have an Impact of 2 or 3.
Rule 2: There are no more than ten 1’s
#
Risks Threats and Vulnerabilities
Domain (primary)
Impact Factor
Likelihood Factor
EX
Technician (user) uses P2P file sharing on company owned PC
#1 - USER domain
2 (might be 1 if it was exploited)
high
1
Unauthorized access from Internet to corporate servers and applications
#7 - Remote Access Domain
2
User destroys data in application and deletes all files she has access too.
#6 Application domain
3
Hacker penetrates your IT infrastructure and gains access to your internal network because default password is left on router
#4 LAN-to-WAN domain
4
Two employee’s relationship goes sour
#1 - USER domain
5
Fire destroys data center
#6 Application domain
6
Workstation OS has known vulnerabilities
#2 Workstation domain
7
Internet Service provider has 2% loss of service which is below the SLA.
#5 WAN Domain
8
Hacker penetrates IT system by a phishing attach
#1 - USER domain
9
LAN switch has default username and password
#3 - LAN Domain
10
Denial of service attack on email server
#5 WAN Domain
11
User turns off screensaver on PC
#1 User domain
12
Corporate Data server has no backups
#6 Application domain
13
VPN tunneling between remote computer and ingress/egress router
#4 LAN-to-WAN domain
14
Internet Service Provider has major outag ...
SYMANTEC ENDPOINT PROTECTION Interfacing the SEPM with Protection CenterDsunte Wilson
Protection Center lets you manage Symantec Endpoint Protection together with other Symantec products in a single environment. Symantec Endpoint Protection is integrated with Protection Center by means of a series of Web services.
These Web services provide communication between the Symantec Endpoint Protection Manager server and the Protection Center server.
Discusses cyber-security fears and the risks to your data in the cloud, an overview of cloud and virtualized infrastructures, open-source products, and security application, and lastly, methods for protecting databases.
University Management System - UMS-X1 Technical DataNasser Hassan
- Enrichment of the educational experience of students.
- Consistency & wide availability to students, faculty and administration.
- Enhancement of communication, fostering engagement in University life and building community.
- Construction of a streamlined, reduced-paper information processing environment based on electronic workflow and hierarchies based on assigned authorizations.
What to Do When You Don’t Know What to Do: Control System Patching Problems a...EnergySec
FoxGuard Solutions has encountered and resolved a wide variety of problems in our monthly work of patching control systems for our OEM clients and hundreds of power utility sites. In this presentation, we will cover a list of problems you might encounter and some real-world strategies that we have helped our clients implement to deal with them.
A winner system needs to be hardened in order to avoid a variety of security risks. Here are 10 hardening tips that will simplify your security challenge.
SYMANTEC ENDPOINT PROTECTION Performing Server and Database ManagementDsunte Wilson
You can centrally manage all types of servers from the Admin page in the Symantec Endpoint Protection Manager Console.
The Admin page, under View Servers, lists the following groupings:
■ Local Site
The console on the local site, databases, replication partners, such as other consoles whose databases replicate, and optional Enforcers
■ Remote Sites
The console on any remote site, databases, replication partners, such as other management servers whose databases replicate, and optional Enforcers
SYMANTEC ENDPOINT PROTECTION Advanced Monitoring and ReportingDsunte Wilson
Symantec Endpoint Protection collects information about the security events in your network. You can use log and reports to view these events, and you can use notifications to stay informed about the events as they occur.
NT2580 Week 4 Hardening a NetworkAnalysis 4.2Availability, In.docxhenrymartin15260
NT2580: Week 4 Hardening a Network
Analysis 4.2
Availability, Integrity, or Confidentiality (A-I-C)
Instructions:
Given the network security applications and countermeasures in the first column of the table below, explore answers to the following questions:
· Where does the countermeasure belong in the seven domains of a typical IT infrastructure?
· What CIA functions does the countermeasure provide?
Provide your answers in the table below.
Network Security Applications and Countermeasures
Domains
CIA Function
Ethical hacker
Intrusion detection system/intrusion prevention system (IDS/IPS)
Access controls
Failover server
Automatic updates
Cryptography
Data backups
Logon rights
Computer cluster
Firewalls
Proxies
Antivirus scanners
As a reminder, the seven domains of a typical IT infrastructure include the following domains:
1. User Domain: Actual users
1. Workstation Domain: Workstations, laptops, and end-point devices, such as smartphones and printers
1. LAN Domain: Physical and logical LAN technologies—100 Mbps/1000 Mbps switched Ethernet, 802.11-family of wireless LAN technologies—used to support workstation connectivity to the organization’s network infrastructure
1. LAN-to-WAN Domain: Routers, firewalls, demilitarized zones (DMZs), and IDS/IPS
1. WAN Domain: Routers, circuits, switches, firewalls, gateways, and equivalent gear at remote locations, sometimes under a managed service offering by the service provider
1. Remote access Domain: Virtual private networks (VPNs), laptops with VPN software, and secured socket layer/VPN (SSL/VPN) tunnels
1. System/Application Domain: Hardware, operating system software, database software, client/server applications, and data that are typically housed in the organization’s data center and computer rooms
Representation of the Seven Domains of a Typical IT Infrastructure
1
.
3 ISE 510 Security Risk Analysis & Plan Week 8 HW De.docxtamicawaysmith
3
ISE 510 Security Risk Analysis & Plan
Week 8 HW
Developing a Risk Remediation Plan
30 points
<Last Name, First Name>
Due <DATE>
Submitted on <DATE>
If late let me know why:
=====================================
Delete these instructions in blue font before submission:
Change file name to HW#8_LAST_FIRST
A few comments up front:
- The Jones and Bartlett Learning, TOPIC 4, is a valuable source of information.
- I encourage you to read through the HW problems below and if you have questions *about* the problem, please ask either through the Classroom or via email.
- If you are rusty on security fundamentals then now is a good time to brush up! Let me know and I can point you to refresher resources
1) The table below has a list of Risks Threats and Vulnerabilities. The primary Domain is provided. You are to place the Impact Factor based on the definitions below, and then place a likelihood factor (Low, Medium, High) based on your experience, research or insight.
1 = Critical: A risk, threat or vulnerability that impacts compliance (privacy laws requirements for securing privacy data and implementing proper security controls) and places the organization at increased liability
2 = Major: A risk, threat or vulnerability that impacts confidentiality, integrity or availability of the organization’s intellectual property assets and IT infrastructure
3 = Minor: A risk, threat or vulnerability that impacts user or employee productivity or availability of the IT infrastructure.
The first one is done as an example.
Rule 1: If there is a Risk Threat or Vulnerability and it has not been exploited yet, it can only have an Impact of 2 or 3.
Rule 2: There are no more than ten 1’s
#
Risks Threats and Vulnerabilities
Domain (primary)
Impact Factor
Likelihood Factor
EX
Technician (user) uses P2P file sharing on company owned PC
#1 - USER domain
2 (might be 1 if it was exploited)
high
1
Unauthorized access from Internet to corporate servers and applications
#7 - Remote Access Domain
2
User destroys data in application and deletes all files she has access too.
#6 Application domain
3
Hacker penetrates your IT infrastructure and gains access to your internal network because default password is left on router
#4 LAN-to-WAN domain
4
Two employee’s relationship goes sour
#1 - USER domain
5
Fire destroys data center
#6 Application domain
6
Workstation OS has known vulnerabilities
#2 Workstation domain
7
Internet Service provider has 2% loss of service which is below the SLA.
#5 WAN Domain
8
Hacker penetrates IT system by a phishing attach
#1 - USER domain
9
LAN switch has default username and password
#3 - LAN Domain
10
Denial of service attack on email server
#5 WAN Domain
11
User turns off screensaver on PC
#1 User domain
12
Corporate Data server has no backups
#6 Application domain
13
VPN tunneling between remote computer and ingress/egress router
#4 LAN-to-WAN domain
14
Internet Service Provider has major outag ...
Nagios Conference 2011 - Dave Williams - Nagios In The Real World - The Datac...Nagios
Dave William's presentation on using Nagios in the datacenter. The presentation was given during the Nagios World Conference North America held Sept 27-29th, 2011 in Saint Paul, MN. For more information on the conference (including photos and videos), visit: http://go.nagios.com/nwcna
ADVANCED MULTIMEDIA PLATFORM BASED ON BIG DATA AND ARTIFICIAL INTELLIGENCE IM...IJNSA Journal
The proposed work describes the design of a multimedia platform managing users and implementing cybersecurity. The paper describes in details the use cases of the whole platform embedding Big Data and artificial intelligence (AI) engine predicting network attacks. The platform has been tested by Tree Ensemble algorithm classifying and predicting anomalous server logs of possible attacks. The data logs are collected in Cassandra Big Data System enabling the AI training model. The work has been developed within the framework of a research industry project.
Dear students get fully solved assignments by professionals
Send your semester & Specialization name to our mail id :
stuffstudy5@gmail.com
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call us at : 098153-33456
1. Shawn G. Rainbolt
December 14, 2014
Intro to LAN Technologies
(IT/240)
Raymond Schafer
University of Phoenix
2. Summary of Presentation
Company Needs
TCP/IP Plan
Physical LAN Topology
Logical LAN Topology
User & Work Group
Security & Data Protection
Failover Disaster Plan
3. Company Needs
Taylor & Sons Financial
Consulting is a medium-sized
company in 1 building (3 floors)
100 users
(10 read-only, 80 global, 10 universial)
10 applications
used by 80 employees
Local Area Network (LAN)
Firewall Protection
User and Group Access
Strong Security
4. TCP/IP LAN Plan
94 Client computers equipped with
Wireless Network Interface Card (NIC)
Physically located on 1st, 2nd, and 3rd floors
3 Server computers equipped with 3 Client
workstations
Wired Ethernet Network Interface Card (NIC)
Physically located in computer closet on 3rd floor
(preferably behind key-access doors)
7. User & Work Group
The 100 users would fall into one or more of these
groups in the active directory
Group A (Floor 1)
Group B (Floor 2)
Group C (Floor 3)
User Profiles would include:
Administrator, Account Operators, Backup Operators,
Guests, Print Operators, and Users
11. Failover Disaster Plan
Server Room behind key access area
Protect devices with surge protectors
Power conditioners, and UPS for servers
Utilize separate servers for email, payroll and client
files
Use RAID 5 data distribution scheme
Windows Server backup and recovery
Periodically, reevaluate wireless security methods
12. Mah, P. (December 4, 2013). 8 Tips to Protect Your Business’ Wireless Network.
Retrieved from: http://www.pcworld.com/article/2068442/8-tips-to-protect-your-
business-wireless-network.html
Mitchell, B. (2014). How Many Computers Can Share One Wi-Fi Network?
About.com. Retrieved from:
http://compnetworking.about.com/od/wirelessfaqs/f/howmanydevices.htm
Tomsho, G. (2011). Guide to Networking Essentials (6th edition) . Clifton Park, NY:
Course Technology, Cengage Learning.
Woligorski, D. (2011). LAN 102: Network Hardware and Assembly. Retrieved from:
http://www.tomshardware.com/reviews/local-area-network-gigabit-
ethernet,3035-7.html
Editor's Notes
Taylor & Sons Financial Consulting: Network Plan
Shawn G Rainbolt
December 14, 2014
Intro to LAN Technologies
IT/240
Raymond Schafer
University of Phoenix
Summary of Presentation: Company Needs, TCP/IP Plan, Physical LAN Topology, Logical Topology, User & Work Group, Security & Data Protection, and Disaster Plan.
(image credit: albanyaleproject.com)
Rainbolt Reloaded, LLC has been hired to set up a local area network with a firewall for a Microsoft Windows network at a medium-sized company. Taylor & Sons Financial Consulting. The network will have 100 users and 10 applications used extensively by 80 of the employees. Of these employees, 10 are clerks and should have read-only access to the databases generated by the applications. The owner is worried about security and wants a firewall installed. The company is physically located on the first three floors of one building. Rainbolt Reloaded is tasked with developing a local area network plan for Taylor & Sons Financial Consulting, including the layout of the network, user and group access, and security.
(image credit: www.youtube.com/watch?v=DCXOC9qCxCM)
Taylor & Sons network requires at least 100 users to access 10 applications; however, used extensively by 80 employees. A total of 100 users are required (at this time) to have access to the network. Of this number, Rainbolt Reloaded has derived 94 client computers, and 3 servers with 3 server-client workstations next to them (clustering servers is an option, as well). The client computers will run on the newest version of Windows operating system (OS) with wireless NIC installed in the PCI slot of each of the 94 computers. These 94 client computers can be accessed by any user with permissions to the Taylor & Sons network. Presumably, only 80 computers will be needed at any given time to handle the “extensive use” of company files; however, this will allow growth within the network. Three server computers with adjoining computer workstations will help manage network traffic from specific departments, such as: marketing, web site, and consumer files.
Servers and their client workstations should have a direct connection to the wireless routers. This provides a consistent connection even if part of the network goes down.
Wireless routers should be used throughout the three floors of the building (where they are placed will be outlined in the topology). The routers will serve as access points to the network and will provide higher Mbps rate that can support extensive use. According to Guide to Networking Essentials (Tomsho, 2011), these wireless access points can tolerate 11 Mbps to several hundred Mbps. Each user should enjoy at least 1 Mbps of bandwidth if at least 1 router has the capability of balancing 100 Mbps network load. Each wireless router can hold up to 255 connected devices but highly discouraged because there needs to be a way for the network to load balance (Mitchell, 2014). This is accomplished by providing multiple access points through out the building.
Using Wireless routers, and wireless NIC will afford the company the opportunity to move and reorganize the work floor, cubicles, or other user computers in any physical location on the three floors of the building. Sales representatives have a high employment turnover rate, so some computers or entire floor may go unused from time-to-time. The company will have an open canvas when needing to make computer location or network changes. Too, if a workstation goes down there will not be any need for new wiring if a cable becomes compromised.
As indicated in the physical topology of the Wireless Local Area Network (W-LAN), the three floors of Taylor & Sons will have computers equipped with an IEEE 802.11 based wireless NIC arranged in an extended star topology. When a user signs into his computer, they will be given access to the server files located on one of the servers in the server room. The centrally located wireless router on the floor (or room) is wired directly to the wired router in the server room. Beforehand, the administrator has grouped specific users and assigned them specific permissions within the network. Since, each floor will be equipped with a wireless router, each printer or fax machine will need Bluetooth capabilities. This will afford the opportunity for any device on the floor to connect point-to-point to print or fax documents. Wireless or Bluetooth have security benefits. If Taylor & Sons finds Bluetooth cumbersome then instead of this technology the printers or fax machines can be wired by Ethernet to the router.
Server computers should be equipped with at least an IEEE 802.3an based 10GBaseT Ethernet NIC. Basic Ethernet would “support a broad range of transmission speeds, from 10 Mbps to 10 Gbps” (Tomsho, 2011); however, 10GBaseT will support transmission speed up to 10 Gbps. Though Ethernet uses half-duplex mode and it first listens before transmitting data, the many server requests will go uninterrupted from the 100 users (up to 80, as previously deemed extensive). The cabling from server to router and router to wireless router should be at least Category 6A.
As indicated in the physical topology of the Wireless Local Area Network (W-LAN), the three floors of Taylor & Sons will have computers equipped with an IEEE 802.11 based wireless NIC arranged in an extended star topology. When a user signs into his computer, they will be given access to the server files located on one of the servers in the server room. The centrally located wireless router on the floor (or room) is wired directly to the wired router in the server room. Beforehand, the administrator has grouped specific users and assigned them specific permissions within the network. Since, each floor will be equipped with a wireless router, each printer or fax machine will need Bluetooth capabilities. This will afford the opportunity for any device on the floor to connect point-to-point to print or fax documents. Wireless or Bluetooth have security benefits. If Taylor & Sons finds Bluetooth cumbersome then instead of this technology the printers or fax machines can be wired by Ethernet to the router.
Server computers should be equipped with at least an IEEE 802.3an based 10GBaseT Ethernet NIC. Basic Ethernet would “support a broad range of transmission speeds, from 10 Mbps to 10 Gbps” (Tomsho, 2011); however, 10GBaseT will support transmission speed up to 10 Gbps. Though Ethernet uses half-duplex mode and it first listens before transmitting data, the many server requests will go uninterrupted from the 100 users (up to 80, as previously deemed extensive). The cabling from server to router and router to wireless router should be at least Category 6A.
Rainbolt Reloaded will set up user identities per groups they are assigned. For easy management, a total of three groups will be established to coincede with their assigned floor. As originator of these work groups, Rainbolt Reloaded will be assigned as administrator, permitting “complete control over the computer and domain” (Tomsho, 2011). Taylor & Sons head of the network will be set to account operator with permission to administer user and group accounts for all three floors (Groups A, B, and C). Heads of department will be set to “backup operator” for their “local” group, permitting to assign permissions to other users to resources within the group. The 80 users that “extensively use the network” should be granted read-write permissions by setting their scope to “universal” and type to “security.” Since, Taylor & Sons wants 10 users to have read-only permissions, their group type would be set to “distribution” and listed as a “guest user.” These 10 read-only users may be set to a specific group (A, B, or C) if necessary. Whatever group the users are assigned to it should be within a group they share the same interests or resources (for example: (Group A) The Smyth Family investors, but not (Group B) The Charles Barkley Foundation).
Managing User & Group Accounts in such a way will:
Provide a method for users to authenticate themselves to the network
Provide detailed information about a user (Tomsho, 2011)
Groups are assigned permissions and restrictions based on their position or duties with Taylor & Sons, such as:
Local – permission to resources (files) within a department, floor, or specific group
Sales Representatives
Agents
Basic users or Guest users
Global – permission to resources from multiple departments, floors, or multiple groups
Department Heads
Account Managers
Universal – permission to any resource with little or no restrictions to departments, floors, or groups
Chief Officers
Division Manager
Administrators
Total of 100 users (10 guest-user, 80 global, 10 universal)
(image credit: www.asunsoft.com)
Security and data protection starts with how and where the data is stored. The W-LAN topology demonstrated, in a simplistic way, that separate servers will add protection to stored data while allowing more access to others.
The use of wireless routers provide encryption protection. Depending on what hardware is used, the router may have the “capability to limit connections to the access point by using a list of authorized MAC numbers. It’s designed to limit access to authorized devices only” (Woligoroski, 2011). Due to the sensitive nature of the documents and Taylor & Sons’ request for special protection, Rainbolt Reloaded will change the default password of all wireless routers to include special characters such as “&” and “%.” The following Rainbolt Reloaded will also implement:
Change device default password
Use only WPA2 encryption
Use a complex passphrase (at least 25 distinct characters)
Not broadcast the SSID (Service Set Identification)
Disable WPS
Set up a guest network (use for employee and customer personal devices)
Filter out unauthorized MAC Addresses
Disallow admin access from wireless networks (Mah, 2013)
Repeat steps 1 & 7 every 90 days
Each workstation will have an active Windows Firewall program, and set to trust the computers within their department, department server, wireless router (located on closest to their computer) and department printer/fax only. The administrator’s computer will “trust” all computers on each floor and use the firewall program in DHCP capacity.
A licensed anti-virus and malware programs will be installed on all 100 computers and set to update each evening after hours.
The RAID 5 data distribution configuration and limit individual server computers. In fact, using the RAID configuration affords the opportunity to cluster servers, that is: combining 3 servers into 1 unit. RAID 5 will stripe and parity any file saved to hard drive D (for example). The stripes will be for quick reference and recall from any of the 100 users (extensively by the 80 employees). By using four hard drives RAID 5 will save redundantly on three drives with parity on all three. In the case of a failure, an arithmetic equation can determine which drive failed and could be pulled from the server’s slot and replaced immediately (without lose of data). Too, users will not have to memorize where their file is saved and on which drive. They would simply call for the file.
RAID 5 is also part of the disaster plan.
(image credit: macsales.com/raidcentral)
Disaster Plan for Taylor & Sons Financial Consulting would include:
Arrange floor plan to put the server room behind key access room or area.
This will make it difficult for unauthorized person to physically enter a restricted area and gain access to protected data.
Protect all plugged in devices by using surge protectors, power conditioners (for servers), and uninterrupted power supply.
Surge protectors will extend the life of plugged in devices (computers, printers, etc).
Power conditioners will further extend the life by absorbing power surges or leveling brownouts that can damage devices (such as servers).
Utilize separate servers for email, payroll, and client files (keeping access to private documents restricted).
This will further limit unintentionally or intentionally accessing parts of the computer or network that also stores sensitive documents.
Use RAID data distribution scheme.
Further protects the company from data loss due to hardware damage, theft, cyber attack, and reduces cost of maintenance.
Windows Server backup and recovery
Set periodic times, such as each day at 3:00 backup critical system data (on set volume drives).
Reevaluate wireless security methods, and keep anti-virus and malicious software updated.
Will keep methods of security up-to-date and disaster ready.