Security Assessment Questionnaire
© Georgia State University
Policy | Standard | Procedure | Informative
Version: 1.1.3
Last Updated: 9/3/03
University Computing and Communications Services
Complete this questionnaire to illuminate areas for improvement in your organization's Information Technology infrastructure.

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Questionnaire
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About
:

In order to assess those areas of an Information Technology Infrastructure that need to be bolstered to provide increased information security protection, it is necessary to conduct both an internal and external audit on a network. An internal audit examines controls and procedures existing within the body of the network, whereas an external audit scans your University network for vulnerabilities, threats and "holes" that would-be attackers could potentially exploit from the outside. Completing the following questionnaire will provide a review of the internal and external functions of a network. This review, in turn, will serve to illuminate areas that need improvement in the overall network security architecture.

3-Part Questionnaire:

Part I. Structure of Organization

1.   Name of your institution:
2.   Number of students:
3.   Number of resident students with network connections:
4.   Number of faculty and staff:
5.   Centralized or decentralized IT management/operations:
6.   Number of centralized IT staff:
7.   Number of decentralized IT staff:
8.   Number of network nodes:
9.   Size of your "demarcation" pipe:
10.   Number of servers:
11.   Number of workstations:
12.   Primary operating system (system used for network acct./authentication/access of users):
13.   Other operating systems at your University:
14.   Primary email system:
15.   Primary web server/platform (IIS/NT 2000, Apache/Solaris, etc.):

Part II. Security Overview of Organization

16.   Number of IT employees whose primary job responsibilities are information security-related and job title(s):
17.   Number of IT employees whose secondary job responsibilities are information security-related and job title(s):
18.   Number of employees whose job responsibilities include the development of information security plans and job title(s), i.e., information
security director:
19.   Number of employees whose job responsibilities include the development of information security policies and job title(s):
20.   Number of employees whose job responsibilities include incident monitoring and response and job title(s):
21.   Number of employees whose job responsibilities include the development and management of security awareness programs and job title(s):
22.   Does your institution have an Information Security Strategic Plan? If so,
  a. What year was it first developed?
  b. When was it last updated?
  c. What is the URL?
23.   Does your university have an Information Security Policy? If so,
  a. What year was it first developed?
  b. When was it last updated?
  c. What is the URL?
24.   Does your university have an Information Security website? If so,
  a. What is the URL?
25.   Does your university have an Information Security Taskforce, committee, working group, etc.? If so,
  a. When was it started and is it active today?
  b. If the group has a URL, what is it?
26.   Does your university offer information-security (academic or continuing education) degrees, certificate programs, or coursework? If so,
  a. Describe:

Part III. Prevention, Detection, and Response to Attacks and Intrusions Within Organization

27.   Has an information security audit/assessment been conducted at your institution? If so,
  a. When?
  b. Was this audit/assessment completed by the BOR?
  c. Was this audit/assessment completed by internal auditors at your institution?
  d. Was this audit/assessment completed by an external source? If so, who conducted the audit?
28.   If your University has not conducted an information security audit/assessment, are there plans to do so? When?
29.   Does your institution have an Incident Response Team or program?
30.   Is your institution a member of FIRST or any other professional information security organizations?
31.   How many staff members at your institution attend formal information security conferences, training programs, and seminars each year?
32.   Is your institution using UID's to identify your students (other than SSN numbers)?
33.   Has your institution classified your critical servers or data, i.e., established guidelines that address access/authorization/prioritized
mission critical servers?
34.   Does your institution employ system entry banners or warnings when users log in?
35.   Does your institution require users to utilize encrypted methods of authentication, data transmission and remote access
(SSH, SSL, VPN, Radius server, Kerberos, etc.)? If so,
  a. Describe:
36.   Which antivirus product does your institution distribute, provide, or recommend to campus users?
37.   What percentage of your computer users install and maintain antivirus software on their University systems?
38.   Do you require, either through standards or policies, that users install and maintain antivirus software?
39.   Do you require, either through standards or policies, that campus dormitory residents install and maintain anti virus software
on their systems that are connected to your network (i.e., that have an IP from your domain)?
40.   Which personal firewall products, if any, are distributed or recommended to campus users?
41.   What percentage of your computer users install personal firewalls?
42.   Does your institution require, either through standards or policies, that computer users install a personal firewall?
43.   Does your university require, either through standards or policies, that campus dormitory residents install a personal firewall?
44.   Does your university, either through standards or policies, restrict dormitory students from operating web, ftp or mail servers in
their dorm rooms?
45.   Does your university, either through standards or policies, specify the minimum information security requirements to connect a
host to the network and clearly define what will be done in the event of noncompliance with these standards?
46.   Does your university have firewalls installed as "perimeter protection" devices? If so,
  a. Briefly describe your firewall architecture, placement, etc.
  b. Which vendor/firewall do you utilize?
47.   Does your university employ access control lists on routing devices to restrict or deny access?
48.   Does your university employ bandwidth restrictions or control or restrict the use of file-sharing applications?
49.   Does your university have distributed firewalls protecting servers? If so,
  a. Which vendors/firewalls do you utilize?
50.   Does your university have an intrusion detection system deployed on your network? If so,
  a. Which vendor/NIDS do you utilize?
51.   Does your university have a host-based intrusion detection system or integrity monitoring protection system installed
(examples are ISS System Scanner and Tripwire)? If so,
  a. Which vendor/product do you utilize?
52.   Does your university have a system security vulnerability assessment product? If so,
  a. Which vendor/product do you utilize?
53.   Does your university have a database vulnerability assessment product? If so,
  a. Which vendor/product do you utilize?
54.   Has your university deployed an automated system that can monitor and respond to attacks and intrusions on your network? If so,
  a. Describe:
55.   How does your university recognize or know when a system compromise of any system on campus has occurred?
56.   How does your University recognize or know when a system compromise of a critical system has occurred?
57.   Can your university provide statistical/historical data on the numbers of attacks and intrusions that have occurred, whether
successful or unsuccessful, for the previous six months to a year?
58.   Can your university provide qualitative data on the types of intrusions, identification of attackers (internal and external), as well
as the steps that were taken in responding to and resolving security incidents for the previous six months to a year timeframe?
59.   Estimate the timeframe in which your university was able to contain, isolate all infected systems and eradicate three recent Internet
attacks which affected every university worldwide (if still a problem, identify that):
  a. Code Red Worm Version 1:
  b. Code Red Worm version 2:
  c. Nimda/Code Blue:
60.   What are your top three security issues?

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