Gaining access quietly and undetected

Defacing a website with obscene graphics

Launching a DDOS attack

Implanting code to alter public-facing web sites

Routine software updates

Malware such as ransomware

DDOS (Distributed Denial of Service) attacks

Phishing campaigns

Passive intrusions are undetected, while aggressive intrusions are overt and involve changes to network resources

Passive intrusions involve physical access, while aggressive intrusions are only external

Passive intrusions use malware, while aggressive intrusions use phishing

Passive intrusions are legal, while aggressive intrusions are illegal

Implanting carefully developed code to siphon data regularly

Updating the network’s antivirus software

Backing up network data to a secure location

Restricting user access to sensitive folders

To deceive consumers with seemingly genuine communication

To physically access restricted machines

To destroy cyber-enabled equipment

To perform routine network maintenance

Moving a secure file into a shared folder unintentionally

Installing authorized software updates

Reporting suspicious network activity

Encrypting sensitive data

By physically accessing a restricted computer and its hard drive and/or BIOS

By sending phishing emails only

By updating the system’s firewall

By monitoring network traffic legally

Attackers use several routes to gain access to a targeted device or network.

Attackers overwrite memory buffers to gain access.

Attackers use CGI scripts to relay user requests.

Attackers generate enormous traffic loads to cause congestion.

To monitor and report irregularities in network architecture.

To prevent all network attacks automatically.

To encrypt network traffic.

To manage network bandwidth.

Signature-based detection

Behavior-based detection

Heuristic-based detection

Protocol-based detection

It recognizes abnormality and issues alarms, learning what regular behavior looks like.

It matches data activity to a known signature in a database.

It encrypts network traffic to prevent attacks.

It only monitors traffic without reporting irregularities.

The new behavior is not in the signatures database.

The system is offline.

The network is encrypted.

The IDS is positioned inside the real-time communication band.

They are commonly distributed by email attachments or instant messaging and use a considerable amount of network resources.

They require physical access to the network.

They only affect productivity software.

They cannot be detected by any IDS.

To watch the network and examine a copy of inline network packets.

To encrypt all network traffic.

To generate traffic loads for testing.

To overwrite memory buffers.

Severe impact on overall network performance.

Increased network encryption.

Improved bandwidth management.

Enhanced productivity software usage.

To monitor network traffic and detect irregularities or attacks

To create passwords for users

To manage user accounts

To design computer hardware

They allow rapid troubleshooting and identification of root causes of problems

They automatically fix all network issues

They create new user accounts

They delete suspicious files without review

Privilege escalation

Unauthorized logins

Malware (viruses, trojan horses, worms)

Creating new passwords

Sensors, Console, and Central Engine

Keyboard, Mouse, and Monitor

Firewall, Router, and Switch

Printer, Scanner, and Fax Machine

By analyzing access logs and evaluating methods used by hackers

By automatically restoring lost data

By sending emails to all users

By shutting down the entire network

It is the practice of creating, storing, managing, and organizing passwords to safeguard against unauthorized access and breach of information

It is the process of deleting old passwords

It is the method of sharing passwords with colleagues

It is the technique of writing passwords on paper

To identify patterns that may indicate security breaches or attacks

To increase internet speed

To reduce the number of users on the network

To automatically update software

By preventing unauthorized access and breaches through proper handling of passwords

By allowing everyone to use the same password

By making passwords easy to guess

By storing passwords in public folders

Review IDS logs, analyze attack methods, identify sources, and update security protocols

Ignore the IDS alerts and continue normal operations

Delete all user accounts and start over

Disconnect the network permanently

Address the most critical threats first, such as unauthorized access to sensitive information, then handle less severe issues

Respond to threats in alphabetical order

Ignore all alerts and wait for further instructions

Only respond to malware alerts and ignore others

Use only lowercase letters

Create long, complex, and unique passwords

Use your birthdate as your password

Repeat the same character multiple times

To make passwords easier to remember

To add another layer of security beyond just entering a password

To allow access without any password

To use only one form of identity verification

Something you know, like a password or pin number

Something you have, like a smartphone or token

Something you are, like fingerprint or face recognition

Something you want, like a preferred username

Use your name as your password

Use the first characters of a memorable phrase

Write your password on a sticky note

Use only numbers in your password

Passphrases are always shorter than passwords

Passphrases use a sentence, series, or combination of words and can contain more characters

Passphrases never include numbers or special characters

Passphrases are less secure than passwords

Entering only a password to access your email

Scanning your fingerprint to unlock your phone

Entering a password and a code sent to your authenticator app to access a system

Using a password that contains both letters and numbers

It makes the password easier to remember

It increases the number of possible combinations, making it harder for hackers to guess or crack the password

It allows the password to be used on more websites

It makes the password shorter

Require users to enter only their password

Require users to provide two or more forms of authentication, such as something they know, something they have, and something they are

Allow users to choose any single method of authentication

Use only face recognition for all users

Because it makes it easier for hackers to access all your accounts if one password is stolen.

Because it is too difficult to remember.

Because it is required by most companies.

Because it saves time.

To store and create new and unique passwords for different accounts.

To share passwords with friends.

To make passwords shorter.

To delete old passwords automatically.

Granting some employees a higher level of access to data or applications.

Allowing everyone to use the same password.

Sharing passwords with coworkers.

Using only simple passwords for all accounts.

It should be long, unique, and extremely difficult to crack.

It should be the same as your email password.

It should be easy to remember and short.

It should be shared with your coworkers.

By automating password assistance and resets, and providing robust identity governance.

By making all passwords the same for convenience.

By allowing passwords to be written down on paper.

By disabling password requirements altogether.

Sensitive information could be more easily compromised if privileged credentials are not securely stored.

Employees will have to remember fewer passwords.

Passwords will automatically become stronger.

The company will save money on security software.

It makes it significantly more difficult for hackers to crack and break into systems.

It makes it easier to remember.

It allows you to use the same password everywhere.

It is required by all password managers.

Use short passwords with only numbers

Create long passphrases that are easy to remember and difficult to crack

Use only uppercase letters in your password

Avoid using any symbols in your password

To make passwords easier to remember

To provide additional protection for passwords, even if they are stolen

To allow passwords to be shared easily

To remove the need for passwords entirely

It requires users to change their password every day

It makes passwords visible to attackers

It requires users to confirm their identity with an additional method, making it harder for attackers to gain access

It allows users to use dictionary words in their passwords

Using a simple password

Biometric verification such as fingerprint or facial recognition

Writing your password on paper

Sharing your password with others

Ask a friend to guess it

Use an online password strength testing tool

Use only your birthdate as a password

Never change your password

They are easier to remember

They are less likely to be hacked

They are more likely to be hacked

They make passwords longer

It makes remembering passwords easier

If one account is breached, other accounts with the same credentials can be compromised

It allows sharing passwords with colleagues

It reduces the need for password managers

Use a simple password like "1234"

Avoid using any password

Secure your phone with a strong password, fingerprint, or facial recognition

Share your password with friends

Every 30 days

Only in case of potential threat or compromise

Every time they log in

Every 180 days

Users become more creative with passwords

Users are less likely to write passwords down

Users may write passwords down to keep track of them

Users never forget their passwords

To make the new employee feel welcome

To prevent former employees from hacking into business accounts

To comply with government regulations

To avoid password fatigue

Use the same password for all privileged accounts

Privileged accounts require special protections, such as privileged access management software

Allow privileged users to share passwords

Avoid using any software for privileged accounts

Ignore password reuse

Implement strategies to prevent password reuse, as users may find creative ways around periodic changes

Encourage employees to write down passwords

Force password changes every week

Store vital company security information on the public internet.

Share passwords with colleagues via email.

Keep your business offline and remove permissions when finished with applications.

Use the same password for all accounts.

Because passwords are too long to remember.

Because they can be stolen by those with malicious motives.

Because it is illegal to store passwords.

Because passwords never change.

Using outdated software.

Ignoring vulnerability management.

Using up-to-date anti-malware and vulnerability management solutions.

Writing passwords on sticky notes.

You only need to remember one master password.

You can share passwords easily with friends.

It makes passwords visible to everyone.

It stores passwords in plain text.

They can only access one account.

They have access to all your stored passwords.

They cannot access any passwords.

They can only change your master password.

They generate and save strong, unique passwords for you.

They reuse your old passwords.

They delete your account information.

They send your passwords to your email.

It makes all your passwords visible to hackers.

It establishes a near-perfect way to protect your personal passwords from improper access, as only you know the master password.

It prevents you from creating new passwords.

It allows you to share passwords with others easily.

Ignore software updates.

Use up-to-date anti-malware and vulnerability management solutions to harden your systems.

Store passwords on paper.

Share your credentials with coworkers.

To provide access to all your passwords in an encrypted format

To create new operating systems

To monitor network traffic

To block all internet access

Personal managers are for individual users, while privileged managers are for managing sensitive enterprise credentials

Personal managers are only for mobile devices, while privileged managers are for computers

Privileged managers are free, while personal managers are paid

Personal managers require no encryption, while privileged managers do

It allows users to access their passwords securely from any device

It increases the speed of the internet connection

It prevents the need for antivirus software

It automatically changes passwords every day

Forgetting the passwords

Too many advertisements

Lack of internet access

High cost of software

Privileged Password Manager, because it secures and manages privileged credentials for enterprise-wide access

Personal Password Manager, because it is easier to use for individuals

Any password manager, because all have the same features

No password manager, because manual management is safer

The master password

The user password

The backup password

The browser password

It can lead to forgetting other passwords

It allows third parties access to all stored passwords

It makes the database run slower

It increases the number of passwords needed

Ignore the issue

Use a different password manager

Ensure backup copies exist

Change the master password

Passwords are always encrypted

Passwords are not always secure

Passwords cannot be accessed by third parties

Passwords are stored in multiple locations

Change only the master password

Exchange all passwords completely

Delete the password manager

Ignore the breach

To make password recovery easier

To prevent unauthorized access to all stored passwords

To reduce the number of passwords needed

To allow sharing passwords with friends

It makes passwords easier to remember

It requires reliable database management and protection

It allows passwords to be stored in plain text

It eliminates the need for a master password

Ignore the loss and continue using the manager

Use a simple password for easy recall

Take appropriate security measures, such as resetting the master password and ensuring it is stored securely

Share the master password with trusted friends

There are no risks; no strategy is needed

The risk is minimal; use any password manager

If access is gained by third parties, all passwords are compromised; mitigate by regularly updating passwords and using strong master passwords

Only browser-based managers are risky; use only offline managers

The master password can be compromised, giving attackers access to all accounts.

The master password is always unbreakable.

Password managers do not require a master password.

The master password automatically changes every day.

An attack using stolen email addresses and passwords from third-party breaches to access accounts.

An attack that only targets a single account with a guessed password.

A method of encrypting passwords for extra security.

A way to automatically reset all passwords in a manager.

Security flaws allowed passwords to be exfiltrated from a computer’s memory.

They were immune to all types of hacking attempts.

They could only be accessed with biometric authentication.

They automatically updated passwords every month.

Because compromising the master password gives access to all stored accounts.

Because it makes passwords easier to remember.

Because it allows for faster login to websites.

Because it prevents password reuse.

Password managers can introduce vulnerabilities that may be exploited to compromise not just passwords, but also other systems.

Password managers are always completely secure.

Bugs in password managers only affect the user’s device and not other systems.

Password managers cannot be used to launch attacks on other systems.

Man-in-the-middle attack

Brute force attack

Social engineering

Denial of service

The attacker can only access one password

The attacker can cover the breadth of your entire online identity

The attacker can only view your email

The attacker cannot change any passwords

They forget their username

They lose their master password and access to recovery accounts

They change their phone number

They update their browser

By sending spam emails

By changing the master password after accessing the recovery email

By deleting the account

By installing antivirus software

Because it is easy to guess

Because it gives access to all stored passwords

Because it is not encrypted

Because it is shared with others

Ways to circumvent security restrictions

Stronger encryption methods

Password hints

Automatic logout features

They are always encrypted with AES-256

They are easy to guess dictionary words

They are generated by Chrome’s secure password generator

They are never reused across multiple sites

About 10%

About 20%

About 50%

About 80%

To allow providers to decrypt passwords easily

To encrypt passwords before they leave your device

To store passwords in plain text format

To auto-fill passwords on phishing sites

Because password managers never encrypt passwords

Because users may use insecure passwords that are easy to guess or reused

Because password managers always auto-fill on legitimate sites only

Because password managers generate passwords for every account automatically

Password managers are ineffective because they do not encrypt passwords

Password managers offer encryption and convenience, but can be compromised if users use insecure passwords or if the manager itself is breached

Password managers are only useful for generating passwords, not for storing them

Password managers are completely secure and have no vulnerabilities

Chrome Password Manager

LastPass

OneLogin

Dashlane

Malware is any piece of software intended to cause harm to your system or network.

Malware is a type of hardware used to protect networks.

Malware is a software that improves computer performance.

Malware is a program designed for entertainment purposes.

Malware can spread itself in the network and remain undetectable.

Malware always improves network security.

Malware is only used for data storage.

Malware is always visible to users.

David L. Smith, 1999

Bill Gates, 2001

Steve Jobs, 1995

Mark Zuckerberg, 2004

By embedding a macro virus inside a Word file

By infecting USB drives

By exploiting web browsers

By sending spam emails with attachments

It was spread by spammers and contained a text.

It was distributed through social media platforms.

It was installed via physical media.

It required human intervention to spread.

Google and Microsoft

Apple and Facebook

IBM and Oracle

Amazon and Twitter

Hardware level destruction of a nuclear plant in Iran

Theft of personal passwords

Disruption of banking systems

Spread of ransomware in hospitals