SCP Certification SC0-502

Walking into the SC0-502 exam unprepared for its pace is a risk you do not need to take. The Getcertkey test engines recreate the pressure of the SCP Security Certified Program (SCP) testing environment, so when exam day arrives in 2026, it feels like just another practice session.

SCP SC0-502 Exam Overview:

Certification Vendor:	SCP (Security Certified Program)
Exam Name:	Security Certified Program (SCP) SC0-502 Exam
Exam Number:	SC0-502
Exam Duration:	120 minutes
Real Exam Qty:	40
Exam Format:	Multiple Choice (typical certification format)
Available Languages:	English
Sample Questions:
Exam Way:	Not officially specified; typically proctored certification exam (online or testing center depending on provider)

SCP SC0-502 Exam Syllabus Topics:

Common Questions About the SCP SC0-502 Exam

What is the SCP Security Certified Program (SCP) exam all about?

The SC0-502 exam is the official SCP (Security Certified Program) exam behind the Security Certified Program (SCP) certification, validating the skills measured by the SCP Security Certified Program (SCP) credential.

How many questions are on the SC0-502 exam, and how much time do I get?

The SC0-502 exam contains 40 questions to be completed within 120 minutes. Before exam day, divide the available time by the question count to work out a comfortable per-question pace, and mark any item that eats into it so you can return later instead of getting stuck. Timed sessions in the Getcertkey test engines make that pacing automatic — run at least two full-length mock exams under the clock so time pressure never becomes the reason you drop points.

Can I try the SC0-502 practice questions before I buy?

Yes. Getcertkey provides a free SC0-502 PDF demo so you can review the question style and answer quality before purchasing. Every purchase also includes 365 days of free updates — if SCP revises the exam during that period, the updated material reaches you at no cost. Once the free-update year ends, you can extend your update service at a 50% discount.

What if I fail the SC0-502 exam, and how is my order delivered?

Every SCP Security Certified Program (SCP) purchase on Getcertkey is covered by a 100% money-back guarantee with clear conditions: if you take the corresponding exam within 60 days of your purchase and do not pass, you can claim a full refund by submitting a scanned copy of your exam enrollment slip and your official score report as a PDF within two days of the exam date; claims are processed within seven days of submission. The guarantee does not apply to exams taken within three days of purchase, to material that was downloaded but never used in an exam attempt, or to free products and expired orders, and the candidate name must match the payer name. If you would rather not take a refund, you can instead exchange your purchase for two free exam preparation products of equal value and keep the update service on your original product.

Delivery is instant: your download is sent to your email within one minute of payment, with no limit on how many computers you may install the material on. If nothing arrives within two hours, check your spam folder and contact customer service for help.

What topics are covered in the SC0-502 exam?

The SCP Security Certified Program (SCP) exam blueprint is organized into 4 domains. The first three are:

• Network Security
• Security Fundamentals
• Security Operations

For the complete domain-by-domain breakdown, scroll up to the full exam topics outline above and use it to plan how you distribute your study time.

SCP Security Certified Program (SCP) Sample Questions:

Question 1

GlobalCorp is a company that makes state of the art aircraft for commercial and government use. Recently GlobalCorp has been working on the next generation of low orbit space vehicles, again for both commercial and governmental markets.
GlobalCorp has corporate headquarters in Testbed, Nevada, USA. Testbed is a small town, with a population of less than 50,000 people. GlobalCorp is the largest company in town, where most families have at least one family member working there.
The corporate office in Testbed has 4,000 total employees, on a 40-acre campus environment. The largest buildings are the manufacturing plants, which are right next to the Research and Development labs. The manufacturing plants employee approximately 1,000 people and the R&D labs employ 500 people. There is one executive building, where approximately 500 people work. The rest of the employees work in Marketing, Accounting, Press and Investor Relations, and so on. The entire complex has a vast underground complex of tunnels that connect each building.
All critical functions are run from the Testbed office, with remote offices around the world. The remote offices are involved in marketing and sales of GlobalCorp products. These offices also perform maintenance on the GlobalCorp aircraft and will occasionally perform R&D and on-site manufacturing.
There are 5 remote offices, located in: New York, California, Japan, India, and England. Each of the remote offices has a dedicated T3 line to the GlobalCorp HQ, and all network traffic is routed through the Testbed office the remote offices do not have direct Internet connections.
You had been working for two years in the New York office, and have been interviewing for the lead security architect position in Testbed. The lead security architect reports directly to the Chief Security Officer (CSO), who calls you to let you know that you got the job. You are to report to Testbed in one month, just in time for the annual meeting, and in the meantime you review the overview of the GlobalCorp network.

Your first day in GlobalCorp Testbed, you get your office setup, move your things in place, and about the time you turn on your laptop, there is a knock on your door. It is Blue, the Chief Security Officer, who informs you that there is a meeting that you need to attend in a half an hour.
With your laptop in hand, you come to the meeting, and are introduced to everyone. Blue begins the meeting with a discussion on the current state of security in GlobalCorp.
"For several years now, we have constantly been spending more and more money on our network defense, and I feel confident that we are currently well defended." Blue, puts a picture on the wall projecting the image of the network, and then continues, "We have firewalls at each critical point, we have separate Internet access for our public systems, and all traffic is routed through our controlled access points. So, with all this, you might be wondering why I have concern."
At this point a few people seem to nod in agreement. For years, GlobalCorp has been at the forefront of perimeter defense and security. Most in the meeting are not aware that there is much else that could be done.
Blue continues, "Some of you know this, for the rest it is new news: MassiveCorp is moving their offices to the town right next to us here. Now, as you all know, MassiveCorp has been trying to build their orbital systems up to our standards for years and have never been able to do so. So, from a security point of view, I am concerned."
Blue responds, "I suggest trust. Not with MassiveCorp, but in our own systems. We must build trusted networks. We must migrate our network from one that is well-defended to one that is well-defended and one that allows us to trust all the network traffic."
The meeting continues for some time, with Blue leading the discussion on a whole new set of technologies currently not used in the network. After some time, it is agreed upon that GlobalCorp will migrate to a trusted networking environment.
The following week, Blue informs you that you will be working directly together on the development of the planning and design of the trusted network. The network is going to run a full PKI, with all clients and servers in the network using digital certificates. You are grateful that in the past two years, Blue has had all the systems changed to be running only Windows 2000, both server and professional systems, running Active Directory. You think the consistent platform will make the PKI roll out easier.
The entire GlobalCorp network is running Active Directory, with the domain structure as in the following list:
Testbed.globalcorp.org
Newyork.globalcorp.org
California.globalcorp.org
Japan.globalcorp.org
India.globalcorp.org
England.globalcorp.org
Although you will be working in the Testbed office, the plan you develop will need to include the entire GlobalCorp organization. Based on this information, select the solution that describes the best plan for the new trusted network of GlobalCorp:}

A. You design the plan for two weeks, and then you present it to Blue. Your plan follows these critical steps:
1.Draft a Certificate Policy (CP) document to define what users will be allowed to do with their
certificates, and a Certification Practice Statement (CPS) document to define the technology used
to ensure the users are able to use their certificates as per the CPS.
2.Draft a Certificate Practices Framework (CPF) document based on RFC 2527, including every
primary component.
3.Design the system to be a full mesh, with the Root CA located in the executive building.
3.Design the system to be a full mesh, with the Root CA located in the executive building.
4.Design the mesh with each remote office and building having it own Root CA.
5.Build a small test pilot program, to test the hierarchy, and integration with the existing network.
6.Implement the CA mesh in the executive office, and get all users acclimated to the system.
7.Implement the CA mesh in each other campus building in Testbed, and get all users acclimated
to the system.
8.One at a time, implement the CA mesh in each remote office; again getting all users acclimated
to the system.
9.Test the team in each location on proper use and understanding of the overall PKI and their
portion of the trusted network.
10.Evaluate the rollout, test, and modify as needed to improve the overall security of the
GlobalCorp trusted network.
B. You design the plan for two weeks, and then you present it to Blue. Your plan follows these critical steps:
1.Draft a Certification Practice Statement (CPS) to define what users will be allowed to do with
their certificates, and a Certificate Policy (CP) to define the technology used to ensure the users
are able to use their certificates as per the CPS.
2.Draft a CPF based on your own guidelines, including physical and technology controls.
3.Design the system to be a full mesh, with the Root CA located in the executive building.
4.Design the mesh with each remote office and building having it own Root CA.
5.Build a small test pilot program, to test the hierarchy, and integration with the existing network.
6.Implement the CA mesh in the executive office, and get all users acclimated to the system.
7.Implement the CA mesh in each other campus building in Testbed, and get all users acclimated
to the system.
8.One at a time, implement the CA mesh in each remote office; again getting all users acclimated
to the system.
9.Test the team in each location on proper use and understanding of the overall PKI and their
portion of the trusted network.
10.Evaluate the rollout, test, and modify as needed to improve the overall security of the
GlobalCorp trusted network.
C. You design the plan for two weeks, and then you present it to Blue. Your plan follows these critical steps:
1.Draft a Certification Practice Statement (CPS) to define what users will be allowed to do with
their certificates, and a Certificate Policy (CP) to define the technology used to ensure the users
are able to use their certificates as per the CPS.
2.Draft a CPF based on your own guidelines, including physical and technology controls.
3.Design the system to be a full hierarchy, with the Root CA located in the executive building.
Every remote office will have a subordinate CA, and every other building on the campus in
Testbed will have a subordinate CA.
4.Design the hierarchy with each remote office and building having it's own enrollment CA.
5.Build a small test pilot program, to test the hierarchy, and integration with the existing network.
6.Implement the CA hierarchy in the executive office, and get all users acclimated to the system.
7.Implement the CA hierarchy in each other campus building in Testbed, and get all users
acclimated to the system.
8.One at a time, implement the CA hierarchy in each remote office; again getting all users
acclimated to the system.
9.Test the team in each location on proper use and understanding of the overall PKI and their
portion of the trusted network.
10.Evaluate the rollout, test, and modify as needed to improve the overall security of the
GlobalCorp trusted network.
D. You design the plan for two weeks, and then you present it to Blue. Your plan follows these critical steps:
1.Draft a Certificate Policy (CP) document to define what users will be allowed to do with their
certificates, and a Certification Practice Statement (CPS) document to define the technology used
to ensure the users are able to use their certificates as per the CPS.
2.Draft a Certificate Practices Framework (CPF) document based on RFC 2527, including every
primary component.
3.Design the system to be a full hierarchy, with the Root CA located in the executive building.
Every remote office will have a subordinate CA, and every other building on the campus in
Testbed will have a subordinate CA.
4.Design the hierarchy with each remote office and building having it own enrollment CA.
5.Build a small test pilot program, to test the hierarchy, and integration with the existing network.
6.Implement the CA hierarchy in the executive office, and get all users acclimated to the system.
7.Implement the CA hierarchy in each other campus building in Testbed, and get all users
acclimated to the system.
8.One at a time, implement the CA hierarchy in each remote office; again getting all users
acclimated to the system.
9.Test the team in each location on proper use and understanding of the overall PKI and their
portion of the trusted network.
10.Evaluate the rollout, test, and modify as needed to improve the overall security of the
GlobalCorp trusted network.
E. You design the plan for two weeks, and then you present it to Blue. Your plan follows these critical steps:
1.Draft a Certification Practice Statement (CPS) to define what users will be allowed to do with
their certificates, and a Certificate Policy (CP) to define the technology used to ensure the users
are able to use their certificates as per the CPS.
2.Draft a CPF based on your own guidelines, including physical and technology controls.
3.Design the system, outside of the executive office, to be a full hierarchy, with the Root CA for the
hierarchy located in the executive building. Every remote office will have a subordinate CA, and
every other building on the campus in Testbed will have a subordinate CA.
4.In the executive building, you design the system to be a mesh CA structure, with one CA per
floor of the building.
5.Design the hierarchy with each remote office and building having it own enrollment CA.
6.Build a small test pilot program, to test the hierarchy, and integration with the existing network.
7.Implement the CA hierarchy in the executive office, and get all users acclimated to the system.
8.Implement the CA hierarchy in each other campus building in Testbed, and get all users
acclimated to the system.
9.One at a time, implement the CA hierarchy in each remote office; again getting all users
acclimated to the system.
10.Test the team in each location on proper use and understanding of the overall PKI and their
portion of the trusted network.
11.Evaluate the rollout, test, and modify as needed to improve the overall security of the
GlobalCorp trusted network.

Question 2

You finish the work you were doing in the morning, and head out to the monthly meeting. During this meeting, the Vice President of Strategic Partner Relations informs the group of some news, "we have decided that we need to implement a new web site that is for our strategic partners only. This site will be used for various purposes, but will primarily be used as a means of information exchange."
"So, is this going to be a private site?" asks Orange.
"Absolutely. We will not want any public users on this website. It's just for the people we identify in our Strategic Partner Program. I need those of you in security to be sure that this site is secure." "We can take care of that. How many people do you think will be accessing the site?" asks
Orange.
"Not too many, perhaps around fifty."
"So, is it correct to assume that you know each of these fifty people?"
"Yes, that is correct."
"OK, well this should not be too hard. Wel get working on this right away."
The meeting ends, and you and Orange chat more about the web site issue.
"Well, we know that only around fifty people are going to access the, and we know who these fifty
are. This should not cause too many problems," Orange says.
"I agree. Do you think it will be all right to spend any money outside of the site itself?" you ask.
"Since we are dealing with so few people, that shouldn be a problem. However, we cannot go
overboard. Go ahead and write up plan for this and get it back to me in a day or two."
Based on your knowledge of GlobalCorp, choose the best solution to the web site security issue.}

A. You decide to use existing security technology of digital certificates and SSL to secure the site. You first install a new IIS server that will be the host of the web site. You then connect to the GlobalCorp CA for the executive building and request a new certificate for the web site.
You then configure the web site to Require a Secure Channel (SSL) and install the certificate. One you install the new certificate, you connect from the new server to the CA in each office where one or more of the fifty people that require access works. At that CA, you install the CA certificate, so that the new server will trust the certificates that each CA issues.
Next, you return to the configuration of the new web site. To make the site more secure, you require client certificates, and enable mappings for each user account. You call each user and ensure that they have a certificate from their own CA, which the new server now trusts. You walk them through the process of connecting to the site, and verify that secure access to them has been granted.
B. You decide to use strong authentication via biometrics, specifically fingerprint scanning to secure the web site. You will first install a new IIS web server to host the site. You then configure fifty user accounts for the remote users, and assign those accounts very strong passwords.
You then ship one biometric mouse and software to each remote client. You call each user and walk them through the process of configuration of their equipment. First, you tell them to create a matching user account with the same user name and very strong password as you used on the IIS server. You then have them install the software, which you instruct them to configure so that the biometric will be linked to the user account.
Once the software is installed, you instruct them to connect the mouse to their system and load the appropriate driver. With the driver installed, you tell them how to load the program and enroll their fingerprint. Once they have their fingerprint enrolled, and it is matched to their user account, you let them know that their side of the configuration is complete, and that you will call them shortly to finish the process.
You return to the configuration of the IIS server. In the Security properties of the website, you select the Advanced authentication tab. On the Advanced tab, you check the box for mapping user accounts to external biometric devices, and you check the box to allow the remote machine to control the mapping. You finish the configuration by configuring the site to use 128-bit RSA to encrypt the data between the client and the server.
With the server configuration done, you call the client back and have them log in using their biometric mouse. Once logged in, you instruct them to connect to the website and verify the secure site is running.
C. You decide to use digital certificates on smart cards to secure the web site. You will first install a new IIS web server to host the site. You then connect to the CA_SERVER and request a new certificate for the server. The server certificate will be used for authentication, and you have the certificate issued and stored on a portable USB drive.
You then configure a machine to function as the enrollment machine for smart cards. You are going to manage the smart cards yourself. At the machine that you are going to use for the smart cards, you first configure the system with an enrollment agent certificate from the CA_SERVER, and then you install the driver for the smart card reader.
Once the driver is installed, you make certificate requests for each of the fifty users. You start with the first user, by logging in to the CA and selecting the option to Request A Certificate For A Smart Card On Behalf Of Another User Using The Smart Card Enrollment Station radio button. You then select the Smartcard User template, and enter the user name. When prompted, you put a blank smart card in the reader and press the Enroll button, followed by entering the default PIN.
Once you have created all fifty smart cards, you continue with the configuration of the web site. You configure the site to Require Secure Channel (SSL) and configure the site certificate from the USB drive. You then configure the site to require the user to have certificates as well, enabling mapping for the specific users of this site.
You then test access to the site from a remote machine using the smart card and PIN to be authenticated to the site. Once the test is complete, you write a short howto file and send it along with the smart card, smart card reader, and driver to each of the fifty users. You follow up with each user upon receipt to walk them through the configuration.
D. You decide that you will use digital certificates to secure the web site. You will first install a new private CA that the remote users can connect to and request their certificates. This CA will be protected with a very strong password. Each user will be given a user account to access the CA, also protected with a strong password.
Next, you install the new private web server. You then connect to the new CA and make a request for a certificate for the web site. Once you receive the certificate, you configure the web site to use the certificate to Require a Secure Channel (SSL). You then select the option to require client certificates, and you enable mapping for each user account.
Finally, you will call each person and instruct them on the process of connecting to the CA and requesting their certificate, which you will instruct them to store on their local machine. Once they have their certificate, you have them test access to the site, and when successful you move on to the next person.
E. You decide that you will use freely available PGP certificates to secure access to the website. You will first install a new IIS web server to hose the site. You then configure one user account, with a strong password. You map this account as the only account that has access to the website.
You then log on locally, as this user account, to the server and create a public\private key pair. From that account you then send an outgoing email to all fifty users with the account private key. You finish the configuration of the website by making changes in the Security properties of the website.
In the Security properties, you select the Advanced tab. On the Advanced tab, you check the box to map this account to a local digital certificate, and you select the new certificate you just created.
Next, you contact each remote user and instruct them to open the email from you. You have them store the key they receive in their personal certificate store. To verify the install is correct, you walk them through the process of viewing their certificates in the MMC. Once verified, you have the user connect to the website, and enter the location of their certificate when asked for authentication credentials.

Question 3

Blue thanks you for your plan and design and took it into consideration. You are then informed that Blue has gone ahead and made a new plan, which will incorporate some of your suggestions, but is going to build the network a bit differently. In Testbed and in each remote office there will be a single self-sufficient CA hierarchy, one that is designed to directly integrate with the existing network. Blue mentions that the hierarchy is only to go two-levels deep, you are not to make an extensive hierarchy in any location. This means a distinct CA hierarchy in six locations, inclusive of the Testbed headquarters.
Using this information, choose the solution that will provide for the proper rollout of the Certificate Authorities in the network.}

A. In each location, you recommend the following steps: 1.Harden a system to function as the Root CA 2.Harden a system to function as the Registration Authority 3.Configure a Windows Enterprise Root CA 4.Configure each Enterprise Root CA to trust each other Enterprise Root CA via cross certification 5.Configure a Windows Enterprise Registration Authority, as a subordinate to the Enterprise Root CA 6.Once the Subordinate CA is active, take the Enterprise Root CA offline 7.Test the CA hierarchy 8.Have the local administrative staff inform and train each user how to connect to the Registration Authority through their browser and request a certificate
B. In each location, you recommend the following steps: 1.Harden a system to function as the Root CA 2.Harden a system to function as the Registration Authority 3.Configure CATool on the Root CA 4.Configure CATool on the Registration Authority, as a subordinate to the Root CA 5.Once the Subordinate CA is active, take the Root CA offline 6.Configure users for the CAs 7.Configure each Root CA to trust each other Root CA via cross certification 8.Test the CA hierarchy 9.Have the local administrative staff inform and train each user how to connect to the Registration Authority through their browser and request a certificate
C. In each location, you recommend the following steps: 1.Harden a system to function as the Root CA 2.Harden a system to function as the Registration Authority 3.Configure a Windows Enterprise Root CA 4.Configure each Enterprise Root CA to trust each other Enterprise Root CA via cross certification 5.Configure a Windows Registration Authority, as a subordinate to the Enterprise Root CA 6.Test the CA hierarchy 7.Have the local administrative staff inform and train each user how to connect to the Registration Authority through their browser and request a certificate
D. In each location, you recommend the following steps: 1.Harden a system to function as the Root CA 2.Harden a system to function as a Registration Authority 3.Configure a Windows Enterprise Root CA 4.Configure each Enterprise Root CA to trust each other Enterprise Root CA via cross certification 5.Configure a Windows Stand-Alone Subordinate Enrollment Authority to function as the Registration Authority 6.Once the Stand-Alone Subordinate is installed, take the Enterprise Root CA offline 7.Test the CA hierarchy 8.Have the local administrative staff inform and train each user how to connect to the Registration Authority through their browser and request a certificate
E. In each location, you recommend the following steps:In each location, you recommend the following steps: 1.Harden a system to function as the Root CA1.Harden a system to function as the Root CA 2.Harden a system to function as the Registration Authority 3.Configure CATool on the Root CA 4.Configure CATool on the Registration Authority, as a subordinate to the Root CA 5.Configure users for the CAs 6.Configure each Root CA to trust each other Root CA via cross certification 7.Test the CA hierarchy 8.Have the local administrative staff inform and train each user how to connect to the Registration Authority through their browser and request a certificate

Question 4

You have now seen to it that all end users and computers in the Testbed office have received their certificates. The administrative staff has been trained on their use and function in the network. The following day, you meet with Orange to discuss the progress.
"So far so good," starts Orange, "all the users have their certificates, all the computers have their certificates. I think we are moving forward at a solid pace. We have talked about the ways we will use our certificates, and we need to move towards securing our network traffic."
"I agree," you reply, "last week I ran a scheduled scan, and we still have vulnerability in our network traffic. The folks from MassiveCorp would love to have a sniffer running in here, I sure of that."
"That exactly the point. We need a system in place that will ensure that our network traffic is not so vulnerable to sniffing. We have to get some protection for our packets. I like you to design the system and then we can review it together."
The meeting ends a few minutes later, and you are back in your office working on the design. Choose the best solution for protecting the network traffic in the executive office of the Testbed campus:}

A. You decide that you will implement an IPSec solution, using the built-in functionality of Windows. You decide that you wish for there to be maximum strength, and therefore you choose to implement IPSec using both AH and ESP.
First, you configure each server in the network with a new IPSec policy. You choose to implement the default Server IPSec Policy. Using this policy you are sure that all communication both to and from the server will utilize IPSec. You reboot the servers that you can and use secedit to force the others to refresh their policy.
Next, with the help of the administrative staff, you will configure each client in the network. For the clients, you use the default Client IPSec Policy. You reboot the client machines that you can and use secedit to force the others to refresh their policy.
B. After further analysis on the situation, you decide that you will need to block traffic in a more complete way at the border firewalls. You have decided that by implementing stricter border control, you will be able to manage the security risk of the packets that enter and leave the network better.
You implement a new firewall at each border crossing point. You will configure half of the firewalls with Checkpoint FW-1 NG and the other half with Microsoft ISA. By using two different firewalls, you are confident that you will be minimizing any mass vulnerability.
At each firewall you implement a new digital certificate for server authentication, and you configure the firewall to require every user to authenticate all user connections. You block all unauthorized traffic and run remote test scans to ensure that no information is leaking through.
Once the test scans are complete, you verify that all users are required to authenticate with the new firewall before their traffic is allowed to pass, and everything works as you planned.
C. You decide that you will implement an IPSec solution, using custom IPSec settings. You wish to utilize the digital certificates that are available in the network. You decide that you wish for there to be maximum strength, and therefore you choose to implement IPSec using both AH and ESP.
First, you configure a custom policy for the servers in the network. You verify that none of the default policies are currently implemented, and you create a new policy. Your new policy will use SHA for AH and SHA+3DES for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the servers that you can and use secedit to force the others to refresh their policy.
Next, with the help of the administrative staff, you will configure each client in the network. For the clients, you verify that no default policy is enabled, and you create a policy that uses SHA for AH and SHA+3DES for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the client machines that you can and use secedit to force the others to refresh their policy.
D. You decide that you will implement an IPSec solution, using custom IPSec settings. You wish to utilize the digital certificates that are available in the network. You decide that you wish for there to be maximum strength, and therefore you choose to implement IPSec using both AH and ESP.
First, you configure a custom policy for the servers in the network. To increase strength, you will implement your custom policy on top of the default Server IPSec Policy. You verify that the policy is running, and then you create a new policy. Your new policy will use SHA+3DES for AH and SHA for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the servers that you can and use secedit to force the others to refresh the two policies.
Next, with the help of the administrative staff, you will configure each client in the network. For the clients you also need the highest in security, so you will use a custom policy on the default policy. You verify that the default Client IPSec policy is enabled, and then you create a policy that uses SHA+3DES for AH and SHA for ESP. You make sure that the policy is to include all IP traffic, and for Authentication Method, you use the certificate that is assigned to each server. You reboot the client machines that you can and use secedit to force the others to refresh the two policies.
E. You spend time analyzing the network and decide that the best solution is to take advantage of VPN technology. You will create one VPN endpoint in each building. Your plan is to create a unique tunnel between each building.
You first install a new Microsoft machine, and configure it to perform the functions of Routing and Remote Access. You then create a tunnel endpoint, and configure each machine to use L2TP to create the tunnel.
To increase security, you will implement full 256-bit encryption on each tunnel, and you will use 3DES on one half of the tunnels and AES on the other half of the tunnels. You will be sure that each tunnel uses the same algorithm on both ends, but by using two algorithms you are sure that you have increased the security of the network in a significant way.

Solutions: