Sample Sop For Exchange Program' title='Sample Sop For Exchange Program' />CVSS v. Examples. Common Vulnerability Scoring System v. Sample Sop For Exchange Program' title='Sample Sop For Exchange Program' />We provide excellent essay writing service 247. Enjoy proficient essay writing and custom writing services provided by professional academic writers. Current structural design, construction support, inspection and maintenance engineering of all State highway structures. Links to motor vehicle and road information. ACEPSACEDOCAGGREGATED Aggregated Accrual Engine Line Items ACEPSACEDOCEXTENDED Accrual Engine Line Items with Error Handling ACEPSACRTYPEPOSTED. Sample Sop For Exchange Program' title='Sample Sop For Exchange Program' />Examples. Also available in PDF format 9. Ki. B. Resources Links. Below are useful references to additional CVSS v. Notes from the CVSS SIG regarding sample vulnerabilities. The following vulnerabilities were scored utilizing public information beyond the CVE summary may include original bug identification postings, 3rd party exploit analysis, or technical documentation for the vulnerable software. This was done in an attempt to produce richer context for each vulnerability, and more meaningful discussion for our metric decisions. We understand that those running massive vulnerability databases cannot afford to spend the time necessary to research all vulnerabilities to this degree. Please contact us at cvssfirst. You have additional, verifiable, information that will change the outcome of one of the scored vulnerabilities. You have CVEs for additional vulnerability types that you would like to see added. My. Admin Reflected Cross site Scripting Vulnerability CVE 2. Vulnerability. Reflected cross site scripting XSS vulnerabilities are present on the tblgisvisualization. My. Admin 3. 5. x, before version 3. These allow remote attackers to inject arbitrary Java. Script or HTML via the 1 visualization. Settingswidth or 2 visualization. Settingsheight parameters. Attack. A successful exploit requires an attacker to perform reconnaissance of the system running the vulnerable php. My. Admin software to determine a valid database name and obtain a valid session token. The attacker constructs a URL to the web server running the vulnerable php. My. Admin software that contains this database name and token. One of the two injectable parameters is added to the URL with its value set to the malicious code that the attacker wishes a victim to run. The attacker distributes this URL and entices a victim to click on it, e. URL in emails or by adding it to a legitimate web site. If a victim clicks the URL, the malicious code will execute in the victims web browser. The malicious code is only able to access information associated with the web site running the vulnerable php. My. Admin software due to Same Origin Policy SOP restrictions in web browsers. My. Admin, by default, sets the Http. Only flag on its cookies, preventing Java. Script from accessing the contents web browser cookies which limits the overall impact of this attack. CVSS v. 2 Base Score 4. Metric. Value. Access Vector. Network. Access Complexity. Medium. Authentication. None. Confidentiality Impact. None. Integrity Impact. Partial. Availability Impact. None. 1. 4. CVSS v. Base Score 6. 1. Metric. Value. Comments. Attack Vector. Network. The vulnerability is in the web application and reasonably requires network interaction with the server. Attack Complexity. Low. Although an attacker needs to perform some reconnaissance of the target system, a valid session token can be easily obtained and many systems likely use well known or default database names. Privileges Required. None. An attacker requires no privileges to mount an attack. User Interaction. Required. A successful attack requires the victim to visit the vulnerable component, e. URL. Scope. Changed. The vulnerable component is the web server running the php. My. Admin software. The impacted component is the victims browser. Confidentiality Impact. Low. Information maintained in the victims web browser can be read and sent to the attacker. This is constrained to information associated with the web site running php. My. Admin, and cookie data is excluded because the Http. Only flag is enabled by default by php. My. Admin. If the Http. Only flag is not set, the Confidentiality Impact will become High if the attacker has access to sufficient cookie data to hijack the victims session. Integrity Impact. Low. Information maintained in the victims web browser can be modified, but only information associated with the web site running php. My. Admin. Availability Impact. None. The malicious code can deliberately slow the victims system, but the effect is usually minor and the victim can easily close the browser tab to terminate it. My. SQL Stored SQL Injection CVE 2. Vulnerability. A vulnerability in the My. SQL Server database could allow a remote, authenticated user to inject SQL code that My. SQL replication functionality would run with high privileges. A successful attack could allow any data in a remote My. SQL database to be read or modified. Attack. An attacker requires an account on the target My. SQL database with the privilege to modify user supplied identifiers, such as table names. The account must be on a database which is being replicated to one or more other My. SQL databases. An attack consists of logging in using the account and modifying an identifier to a new value that contains a quote character and a fragment of malicious SQL. This SQL will later be executed as a highly privileged user on the remote systems. The malicious SQL is injected into SQL statements that are part of the replication functionality, preventing the attacker from executing arbitrary SQL statements. CVSS v. 2 Base Score 5. Metric. Value. Access Vector. Network. Access Complexity. Low. Authentication. Single. Confidentiality Impact. Partial. Integrity Impact. Partial. Availability Impact. None. 2. 4. CVSS v. Base Score 6. 4. Metric. Value. Comments. Attack Vector. Network. The attacker connects to the exploitable My. SQL database over a network. Attack Complexity. Low. Replication must be enabled on the target database. Although disabled by default, it is common for it to be enabled so we assume this worst case. Privileges Required. Low. The attack requires an account with the ability to change user supplied identifiers, such as table names. Basic users do not get this privilege by default, but it is not considered a sufficiently trusted privilege to warrant this metric being High. User Interaction. None. Scope. Changed. The vulnerable component is the My. SQL server database and the impacted component is a remote My. SQL server database or databases. Confidentiality Impact. Low. The injected SQL runs with high privilege and can access information the attacker should not have access to. Although this runs on a remote database or databases, it may be possible to exfiltrate the information as part of the SQL statement. The malicious SQL is injected into SQL statements that are part of the replication functionality, preventing the attacker from executing arbitrary SQL statements. Integrity Impact. Low. The injected SQL runs with high privilege and can modify information the attacker should not have access to. The malicious SQL is injected into SQL statements that are part of the replication functionality, preventing the attacker from executing arbitrary SQL statements. Availability Impact. None. Although injected code is run with high privilege, the nature of this attack prevents arbitrary SQL statements being run that could affect the availability of My. SQL databases. 3. SSLv. 3 POODLE Vulnerability CVE 2. Vulnerability. The SSL protocol 3. Icon Microsoft Word Hilang on this page. Open. SSL through 1. CBC padding, which makes it easier for man in the middle attackers to obtain plaintext data via a padding oracle attack, aka the POODLE issue. Attack. A typical attack scenario is that a victim has visited a web server and her web browser now contains a cookie that an attacker wishes to steal.