Oumaima Andaloussi - IT Recruiter

The #STRIDE model is the predominant threat modeling technique used in #software #development today. The STRIDE model is a framework developed by #Microsoft for identifying and categorizing different #security threats affecting a system.   Let’s explore each element of the STRIDE model:   👉 #Spoofing involves an attacker pretending to be someone else. Attacks of this sort could include impersonating a user, device, or system component. Example: A malicious user gaining unauthorized access to a system using someone else’s credentials.   👉 #Tampering threats involve unauthorized data modification, code, or system components. Example: An attacker alters the contents of a database to manipulate information or disrupt the system’s regular operation.   👉 #Repudiation threats involve denying actions or events by a user or system entity. Example: A user performing a critical action in a system and then denying having taken that action, making it challenging to attribute responsibility.   👉 #Information disclosure threats involve exposing sensitive information to unauthorized individuals or systems. Example: Unauthorized access to confidential data, such as customer records or financial information.   👉 #Denial of Service (DoS) threats aim to disrupt or degrade the availability of a system or its components, making them inaccessible to legitimate users. Example: Overloading a web server with a flood of requests to the point where it becomes unresponsive to legitimate users.   👉 #Elevation of privilege threats involve an attacker gaining higher access or permissions than authorized ones. Example: Exploiting a vulnerability to escalate user privileges from a regular user to an administrator.   🔵 When applying the STRIDE model, security professionals and developers can systematically analyze a system to identify potential threats in each category. This analysis can be part of the threat modeling process, helping to assess and mitigate risks.   💡 By understanding the specific types of threats a system may face, appropriate security controls and countermeasures can be implemented to protect against them.   🃏 Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #softwarearchitecture #digitaltransformation #agilesoftwaredevelopment #softwaredesign #softwareengineering #devsecops

The #STRIDE model is the predominant threat modeling technique used in #software #development today. The STRIDE model is a framework developed by #Microsoft for identifying and categorizing different #security threats affecting a system.   Let’s explore each element of the STRIDE model:   👉 #Spoofing involves an attacker pretending to be someone else. Attacks of this sort could include impersonating a user, device, or system component. Example: A malicious user gaining unauthorized access to a system using someone else’s credentials.   👉 #Tampering threats involve unauthorized data modification, code, or system components. Example: An attacker alters the contents of a database to manipulate information or disrupt the system’s regular operation.   👉 #Repudiation threats involve denying actions or events by a user or system entity. Example: A user performing a critical action in a system and then denying having taken that action, making it challenging to attribute responsibility.   👉 #Information disclosure threats involve exposing sensitive information to unauthorized individuals or systems. Example: Unauthorized access to confidential data, such as customer records or financial information.   👉 #Denial of Service (DoS) threats aim to disrupt or degrade the availability of a system or its components, making them inaccessible to legitimate users. Example: Overloading a web server with a flood of requests to the point where it becomes unresponsive to legitimate users.   👉 #Elevation of privilege threats involve an attacker gaining higher access or permissions than authorized ones. Example: Exploiting a vulnerability to escalate user privileges from a regular user to an administrator.   🔵 When applying the STRIDE model, security professionals and developers can systematically analyze a system to identify potential threats in each category. This analysis can be part of the threat modeling process, helping to assess and mitigate risks.   💡 By understanding the specific types of threats a system may face, appropriate security controls and countermeasures can be implemented to protect against them.   🃏 Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #softwarearchitecture #digitaltransformation #agilesoftwaredevelopment #softwaredesign #softwareengineering #devsecops

The #STRIDE model is the predominant threat modeling technique used in #software #development today. The STRIDE model is a framework developed by #Microsoft for identifying and categorizing different #security threats affecting a system.   Let’s explore each element of the STRIDE model:   👉 #Spoofing involves an attacker pretending to be someone else. Attacks of this sort could include impersonating a user, device, or system component. Example: A malicious user gaining unauthorized access to a system using someone else’s credentials.   👉 #Tampering threats involve unauthorized data modification, code, or system components. Example: An attacker alters the contents of a database to manipulate information or disrupt the system’s regular operation.   👉 #Repudiation threats involve denying actions or events by a user or system entity. Example: A user performing a critical action in a system and then denying having taken that action, making it challenging to attribute responsibility.   👉 #Information disclosure threats involve exposing sensitive information to unauthorized individuals or systems. Example: Unauthorized access to confidential data, such as customer records or financial information.   👉 #Denial of Service (DoS) threats aim to disrupt or degrade the availability of a system or its components, making them inaccessible to legitimate users. Example: Overloading a web server with a flood of requests to the point where it becomes unresponsive to legitimate users.   👉 #Elevation of privilege threats involve an attacker gaining higher access or permissions than authorized ones. Example: Exploiting a vulnerability to escalate user privileges from a regular user to an administrator.   🔵 When applying the STRIDE model, security professionals and developers can systematically analyze a system to identify potential threats in each category. This analysis can be part of the threat modeling process, helping to assess and mitigate risks.   💡 By understanding the specific types of threats a system may face, appropriate security controls and countermeasures can be implemented to protect against them.   🃏 Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #softwarearchitecture #digitaltransformation #agilesoftwaredevelopment #softwaredesign #softwareengineering #devsecops

The #STRIDE model is the predominant threat modeling technique used in #software #development today. The STRIDE model is a framework developed by #Microsoft for identifying and categorizing different #security threats affecting a system.   Let’s explore each element of the STRIDE model:   👉 #Spoofing involves an attacker pretending to be someone else. Attacks of this sort could include impersonating a user, device, or system component. Example: A malicious user gaining unauthorized access to a system using someone else’s credentials.   👉 #Tampering threats involve unauthorized data modification, code, or system components. Example: An attacker alters the contents of a database to manipulate information or disrupt the system’s regular operation.   👉 #Repudiation threats involve denying actions or events by a user or system entity. Example: A user performing a critical action in a system and then denying having taken that action, making it challenging to attribute responsibility.   👉 #Information disclosure threats involve exposing sensitive information to unauthorized individuals or systems. Example: Unauthorized access to confidential data, such as customer records or financial information.   👉 #Denial of Service (DoS) threats aim to disrupt or degrade the availability of a system or its components, making them inaccessible to legitimate users. Example: Overloading a web server with a flood of requests to the point where it becomes unresponsive to legitimate users.   👉 #Elevation of privilege threats involve an attacker gaining higher access or permissions than authorized ones. Example: Exploiting a vulnerability to escalate user privileges from a regular user to an administrator.   🔵 When applying the STRIDE model, security professionals and developers can systematically analyze a system to identify potential threats in each category. This analysis can be part of the threat modeling process, helping to assess and mitigate risks.   💡 By understanding the specific types of threats a system may face, appropriate security controls and countermeasures can be implemented to protect against them.   🃏 Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #softwarearchitecture #digitaltransformation #agilesoftwaredevelopment #softwaredesign #softwareengineering #devsecops

The #STRIDE model is the predominant threat modeling technique used in #software #development today. The STRIDE model is a framework developed by #Microsoft for identifying and categorizing different #security threats affecting a system.   Let’s explore each element of the STRIDE model:   👉 #Spoofing involves an attacker pretending to be someone else. Attacks of this sort could include impersonating a user, device, or system component. Example: A malicious user gaining unauthorized access to a system using someone else’s credentials.   👉 #Tampering threats involve unauthorized data modification, code, or system components. Example: An attacker alters the contents of a database to manipulate information or disrupt the system’s regular operation.   👉 #Repudiation threats involve denying actions or events by a user or system entity. Example: A user performing a critical action in a system and then denying having taken that action, making it challenging to attribute responsibility.   👉 #Information disclosure threats involve exposing sensitive information to unauthorized individuals or systems. Example: Unauthorized access to confidential data, such as customer records or financial information.   👉 #Denial of Service (DoS) threats aim to disrupt or degrade the availability of a system or its components, making them inaccessible to legitimate users. Example: Overloading a web server with a flood of requests to the point where it becomes unresponsive to legitimate users.   👉 #Elevation of privilege threats involve an attacker gaining higher access or permissions than authorized ones. Example: Exploiting a vulnerability to escalate user privileges from a regular user to an administrator.   🔵 When applying the STRIDE model, security professionals and developers can systematically analyze a system to identify potential threats in each category. This analysis can be part of the threat modeling process, helping to assess and mitigate risks.   💡 By understanding the specific types of threats a system may face, appropriate security controls and countermeasures can be implemented to protect against them.   🃏 Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #softwarearchitecture #digitaltransformation #agilesoftwaredevelopment #softwaredesign #softwareengineering #devsecops

Software misuse scenarios are valuable tool in #software #development and #security. It helps identify how the software is intended to be abused, or misused.   Here are some examples of software misuse scenarios that concentrate on potential security threats and vulnerabilities:   👉 Brute force attack: An attacker, Karim, repeatedly attempts to log in with various username and password combinations to gain unauthorized access.   👉 SQL injection: An attacker, Rim, exploits vulnerabilities in the system to inject malicious SQL queries and gain unauthorized access to the #database.   👉 Cross-site scripting (XSS): An attacker, Amine, injects malicious scripts into user inputs, executed when other users view the page, potentially stealing their data or session information.   👉 Phishing: An attacker, Kaoutar, sends deceptive emails or messages to trick users into revealing their login credentials or sensitive information.   👉 Denial of service (DoS) attack: An attacker, Ayman, overwhelms the accounting system with excessive traffic or requests, causing it to become unresponsive or unavailable to legitimate users.   👉 Data exfiltration: An insider threat, Salma, extracts sensitive #data from the system and shares it with unauthorized parties.   👉 Malice-in-the-middle (MitM) attack: An attacker, Samir, intercepts communication between two parties, potentially eavesdropping or altering the transmitted data.   👉 Session hijacking: An attacker, Bouchra, steals a user’s session cookie or token to impersonate them and gain unauthorized access to their account.   👉 Insider threat: A disgruntled employee, Khalid, abuses their privileges to delete or manipulate critical data or disrupt system operations.   👉 Third-party component vulnerabilities: An attacker, Mohammed, exploits vulnerabilities in third-party libraries or components used in the software.   Use and misuse scenarios guide a software system’s #design, #testing, and security measures. They help ensure that the software can withstand common misuse and provide secure, reliable, and functional user experiences while protecting against potential threats and vulnerabilities.   🃏 I hope the above is useful to you! Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #SoftwareArchitecture #agilesoftwaredevelopment #programming #softwaredesign #softwareengineering #innovation

Software misuse scenarios are valuable tool in #software #development and #security. It helps identify how the software is intended to be abused, or misused.   Here are some examples of software misuse scenarios that concentrate on potential security threats and vulnerabilities:   👉 Brute force attack: An attacker, Karim, repeatedly attempts to log in with various username and password combinations to gain unauthorized access.   👉 SQL injection: An attacker, Rim, exploits vulnerabilities in the system to inject malicious SQL queries and gain unauthorized access to the #database.   👉 Cross-site scripting (XSS): An attacker, Amine, injects malicious scripts into user inputs, executed when other users view the page, potentially stealing their data or session information.   👉 Phishing: An attacker, Kaoutar, sends deceptive emails or messages to trick users into revealing their login credentials or sensitive information.   👉 Denial of service (DoS) attack: An attacker, Ayman, overwhelms the accounting system with excessive traffic or requests, causing it to become unresponsive or unavailable to legitimate users.   👉 Data exfiltration: An insider threat, Salma, extracts sensitive #data from the system and shares it with unauthorized parties.   👉 Malice-in-the-middle (MitM) attack: An attacker, Samir, intercepts communication between two parties, potentially eavesdropping or altering the transmitted data.   👉 Session hijacking: An attacker, Bouchra, steals a user’s session cookie or token to impersonate them and gain unauthorized access to their account.   👉 Insider threat: A disgruntled employee, Khalid, abuses their privileges to delete or manipulate critical data or disrupt system operations.   👉 Third-party component vulnerabilities: An attacker, Mohammed, exploits vulnerabilities in third-party libraries or components used in the software.   Use and misuse scenarios guide a software system’s #design, #testing, and security measures. They help ensure that the software can withstand common misuse and provide secure, reliable, and functional user experiences while protecting against potential threats and vulnerabilities.   🃏 I hope the above is useful to you! Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #SoftwareArchitecture #agilesoftwaredevelopment #programming #softwaredesign #softwareengineering #innovation

Software misuse scenarios are valuable tool in #software #development and #security. It helps identify how the software is intended to be abused, or misused.   Here are some examples of software misuse scenarios that concentrate on potential security threats and vulnerabilities:   👉 Brute force attack: An attacker, Karim, repeatedly attempts to log in with various username and password combinations to gain unauthorized access.   👉 SQL injection: An attacker, Rim, exploits vulnerabilities in the system to inject malicious SQL queries and gain unauthorized access to the #database.   👉 Cross-site scripting (XSS): An attacker, Amine, injects malicious scripts into user inputs, executed when other users view the page, potentially stealing their data or session information.   👉 Phishing: An attacker, Kaoutar, sends deceptive emails or messages to trick users into revealing their login credentials or sensitive information.   👉 Denial of service (DoS) attack: An attacker, Ayman, overwhelms the accounting system with excessive traffic or requests, causing it to become unresponsive or unavailable to legitimate users.   👉 Data exfiltration: An insider threat, Salma, extracts sensitive #data from the system and shares it with unauthorized parties.   👉 Malice-in-the-middle (MitM) attack: An attacker, Samir, intercepts communication between two parties, potentially eavesdropping or altering the transmitted data.   👉 Session hijacking: An attacker, Bouchra, steals a user’s session cookie or token to impersonate them and gain unauthorized access to their account.   👉 Insider threat: A disgruntled employee, Khalid, abuses their privileges to delete or manipulate critical data or disrupt system operations.   👉 Third-party component vulnerabilities: An attacker, Mohammed, exploits vulnerabilities in third-party libraries or components used in the software.   Use and misuse scenarios guide a software system’s #design, #testing, and security measures. They help ensure that the software can withstand common misuse and provide secure, reliable, and functional user experiences while protecting against potential threats and vulnerabilities.   🃏 I hope the above is useful to you! Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #SoftwareArchitecture #agilesoftwaredevelopment #programming #softwaredesign #softwareengineering #innovation

Software misuse scenarios are valuable tool in #software #development and #security. It helps identify how the software is intended to be abused, or misused.   Here are some examples of software misuse scenarios that concentrate on potential security threats and vulnerabilities:   👉 Brute force attack: An attacker, Karim, repeatedly attempts to log in with various username and password combinations to gain unauthorized access.   👉 SQL injection: An attacker, Rim, exploits vulnerabilities in the system to inject malicious SQL queries and gain unauthorized access to the #database.   👉 Cross-site scripting (XSS): An attacker, Amine, injects malicious scripts into user inputs, executed when other users view the page, potentially stealing their data or session information.   👉 Phishing: An attacker, Kaoutar, sends deceptive emails or messages to trick users into revealing their login credentials or sensitive information.   👉 Denial of service (DoS) attack: An attacker, Ayman, overwhelms the accounting system with excessive traffic or requests, causing it to become unresponsive or unavailable to legitimate users.   👉 Data exfiltration: An insider threat, Salma, extracts sensitive #data from the system and shares it with unauthorized parties.   👉 Malice-in-the-middle (MitM) attack: An attacker, Samir, intercepts communication between two parties, potentially eavesdropping or altering the transmitted data.   👉 Session hijacking: An attacker, Bouchra, steals a user’s session cookie or token to impersonate them and gain unauthorized access to their account.   👉 Insider threat: A disgruntled employee, Khalid, abuses their privileges to delete or manipulate critical data or disrupt system operations.   👉 Third-party component vulnerabilities: An attacker, Mohammed, exploits vulnerabilities in third-party libraries or components used in the software.   Use and misuse scenarios guide a software system’s #design, #testing, and security measures. They help ensure that the software can withstand common misuse and provide secure, reliable, and functional user experiences while protecting against potential threats and vulnerabilities.   🃏 I hope the above is useful to you! Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #SoftwareArchitecture #agilesoftwaredevelopment #programming #softwaredesign #softwareengineering #innovation

Software misuse scenarios are valuable tool in #software #development and #security. It helps identify how the software is intended to be abused, or misused.   Here are some examples of software misuse scenarios that concentrate on potential security threats and vulnerabilities:   👉 Brute force attack: An attacker, Karim, repeatedly attempts to log in with various username and password combinations to gain unauthorized access.   👉 SQL injection: An attacker, Rim, exploits vulnerabilities in the system to inject malicious SQL queries and gain unauthorized access to the #database.   👉 Cross-site scripting (XSS): An attacker, Amine, injects malicious scripts into user inputs, executed when other users view the page, potentially stealing their data or session information.   👉 Phishing: An attacker, Kaoutar, sends deceptive emails or messages to trick users into revealing their login credentials or sensitive information.   👉 Denial of service (DoS) attack: An attacker, Ayman, overwhelms the accounting system with excessive traffic or requests, causing it to become unresponsive or unavailable to legitimate users.   👉 Data exfiltration: An insider threat, Salma, extracts sensitive #data from the system and shares it with unauthorized parties.   👉 Malice-in-the-middle (MitM) attack: An attacker, Samir, intercepts communication between two parties, potentially eavesdropping or altering the transmitted data.   👉 Session hijacking: An attacker, Bouchra, steals a user’s session cookie or token to impersonate them and gain unauthorized access to their account.   👉 Insider threat: A disgruntled employee, Khalid, abuses their privileges to delete or manipulate critical data or disrupt system operations.   👉 Third-party component vulnerabilities: An attacker, Mohammed, exploits vulnerabilities in third-party libraries or components used in the software.   Use and misuse scenarios guide a software system’s #design, #testing, and security measures. They help ensure that the software can withstand common misuse and provide secure, reliable, and functional user experiences while protecting against potential threats and vulnerabilities.   🃏 I hope the above is useful to you! Should you need any further information or if I can be of assistance, please do not hesitate to contact me => Mohammed BENNAD   #SoftwareArchitecture #agilesoftwaredevelopment #programming #softwaredesign #softwareengineering #innovation