Slower logging

Remote code execution in millions of applications

Memory leaks

SQL injection

5.0

7.5

9.0

10.0

Data loss

Remote code execution

Memory leaks

SQL injection

To test performance

To detect and respond to security incidents

To encrypt logs

To compile code

They are rarely used

They store minimal personal data

They contain a wealth of sensitive personal information

They are not connected to the internet

Pegasus

FluBot

Cabir

Zeus

Faster speeds

Man-in-the-middle attacks

Better encryption

Reduced latency

Requires user to click a malicious link

Requires physical access to the device

Exploits vulnerabilities without user interaction

Only affects Android devices

It is always more secure than passwords

It replaces encryption

It offers fast and user-friendly authentication

It stores data in the cloud

To speed up device startup

To encrypt user data

To verify each stage of the boot chain and prevent tampering

To allow app installation

Full disk encryption is faster

File-based encryption allows more granular access control

File-based encryption is less secure

Full disk encryption uses multiple keys

They encrypt all traffic

They prevent fingerprinting

They can be slow and require trust in the provider

They are free and unlimited

SQL injection

IMSI catching and downgrade attacks

Cross-site scripting

DNS spoofing

To improve app performance

To isolate apps and limit their access to system resources

To allow background services

To enable root access

Open bootloaders

Side-loading by default

Runtime permissions and app signing

No encryption

They can access the camera

They can bypass biometric authentication

They can control the device and steal data

They can disable encryption

To store photos

To run apps faster

To securely store biometric data and cryptographic keys

To manage network connections

SMS is a secure communication method

Accessibility permissions are harmless

Malware can spread via contact lists and steal banking data

Android is immune to malware

No app permissions

Enhanced privacy and hardened security

No encryption

Unlimited root access

To allow all apps to access everything

To restrict app access to sensitive data and features

To improve app speed

To enable background updates

Android only allows apps from the Play Store

iOS allows side-loading by default

Android supports side-loading; iOS uses a stricter app review process

iOS has no app sandboxing

They are too fast

They may sell user data

They encrypt too much traffic

They block HTTPS

To store passwords in RAM

To enable faster boot times

To securely store cryptographic keys in hardware

To allow app updates

Grant all permissions by default

Disable all permissions

Request only the minimum necessary

Grant all permissions by default

Disable all permissions

Request only the minimum necessary and explain why

Use root access to manage permissions

Reduced performance

Exposure to unverified and potentially malicious apps

Slower updates

Increased battery usage

It is always more secure than passwords

It can’t be used on Android

It may lack recovery options if compromised

It stores data in the cloud

To allow faster app loading

To verify each boot stage using cryptographic signatures

To encrypt user data

To enable root access

They use AES encryption

They support VPNs

They lack proper network authentication and use weak ciphers

They are not widely used

To allow apps to run in the background

To request access to sensitive features only when needed

To improve app speed

To bypass encryption

Side-loading

App tracking transparency

Unlimited background access

Root access

Slower performance

Increased battery usage

Potential for malware to spread via social engineering

Reduced encryption

It compresses files

It encrypts data at rest

It speeds up app loading

It disables root access

5G has weaker encryption

4G supports biometric authentication

5G includes enhanced privacy features (depending on provider)

4G is not encrypted

Disable all updates

Use only trusted app stores and review permissions

Enable root access

Use public Wi-Fi without a VPN

To optimize system performance

To update software

To protect user data

To harm or exploit devices or networks

Virus

Trojan

Rootkit

Worm

It replicates itself

It spreads via networks

It disguises itself as legitimate software

It infects executable files

To delete system files

To spy on users

To display ads

To extort users by encrypting their data

Adware

Scareware

Ransomware

Spyware

To encrypt files

To steal credentials

To display ads

To frighten users into taking action

Encrypting files

Displaying ads

Establishing remote access

Sending spam

RAT

Worm

Virus

Rootkit

Email phishing

USB drives

Exploiting SMB vulnerabilities

Fake antivirus popups

To create malware

To slow down systems

To detect, prevent, and remove malware

To encrypt user data

Detecting unknown threats

Using AI to detect malware

Matching known malware patterns

Executing malware in a sandbox

Encrypting files

Running malware in a safe environment

Updating software

Speeding up performance

Detecting malware based on exact matches

Using AI to create malware

Using generic patterns to detect variants

Encrypting antivirus databases

A known vulnerability

A patched vulnerability

A vulnerability with no known fix

A malware that deletes itself

Malware that deletes files

Malware that changes its code on each execution

Malware that only runs once

Malware that targets mobile devices

Malware that deletes files

Malware that changes its code on each execution

Malware that only runs once

Malware that targets mobile devices

Malware that replicates itself

Malware that encrypts its code

Malware that rewrites its own code to avoid detection

Malware that uses phishing

Malware that infects only USB drives

Malware that operates entirely in memory

Malware that deletes system files

Malware that uses rootkits

To speed up execution

To make analysis harder

To improve compatibility

To reduce file size

A malware family

A type of ransomware

A free online malware analysis tool

A government agency

A type of antivirus

A malware detection tool

A state-sponsored hacking group

A sandbox environment

It is too fast

It uses too much memory

It cannot detect unknown threats

It encrypts files

By using stronger encryption

By disabling antivirus

By delaying malicious actions

By using phishing emails

Polymorphic malware deletes itself

Metamorphic malware rewrites its own engine

Polymorphic malware is easier to detect

Metamorphic malware uses social engineering

It uses outdated libraries

It runs in safe mode

It never writes to disk

It uses email attachments

To detect known malware

To scan USB drives

To identify unusual system behavior

To encrypt user data

Sending encrypted files

Convincing users to disable antivirus

Using polymorphic code

Exploiting SMB vulnerabilities

It was the first ransomware

It was the first virus

It was the first worm and led to the first antivirus

It was the first spyware

To encrypt files

To steal passwords

To scare users into installing fake software

To disable antivirus

To scan USB drives

To update the operating system

To provide real-time data on emerging threats

To encrypt malware

Encrypt files

Display ads

Provide remote control over a system

Scan for vulnerabilities

A type of hardware

A programming language

A method for encrypting data

The simulation of human intelligence by machines

A database of human languages

A type of antivirus

A neural network trained to understand and generate human language

A compiler for machine code

Convolutional networks

Decision trees

Transformers

Linear regression

To encrypt the input

To split input into smaller units for processing

To compress the output

To translate the input into binary

A method of training AI

A way to speed up inference

A technique to manipulate AI behavior through crafted inputs

A method for compressing prompts

A user command

A type of malware

A background instruction that shapes AI behavior

A debugging tool

A system-level instruction

A training dataset

The input given by the user to the AI

A type of encryption

Creating phishing emails

Generating malware

Threat detection and anomaly analysis

Jailbreaking models

SIEM augmentation

Secure boot validation

Automated phishing and malware generation

Threat intelligence sharing

They are too slow

They require no training

They may introduce security vulnerabilities

They cannot generate code

When a model crashes

When a model generates incorrect or fabricated information

When a model repeats input

When a model fails to tokenize

Unlocking a phone

Bypassing safety filters in AI models

Encrypting AI weights

Updating the model

Reversing the training process

Reconstructing training data from model weights

Encrypting model outputs

Compressing the model

Injecting malware into AI

Adding falsified data to training sets

Encrypting training data

Disabling AI models

It is always encrypted

It is too optimized

It may contain vulnerabilities

It cannot be compiled

Evaluating antivirus software

Testing AI-generated C code for vulnerabilities

Measuring AI speed

Encrypting AI models

AI security focuses on protecting networks

Traditional security uses AI models

AI security focuses on protecting models and data pipelines

Traditional security uses transformers

Faster debugging

Reduced memory usage

Reduced critical thinking and unsafe code

Improved documentation

Encrypting AI models

Testing AI with malicious inputs to find weaknesses

Speeding up inference

Compressing training data

Less automation

Manual code reviews

AI systems attacking and defending against each other

No use in security

It is encrypted

It is stored offline

It is difficult to prevent leakage once loaded

It is always deleted

They are too fast

They hallucinate less

They often overestimate their capabilities

They require no tools

They are easy to detect

They are poorly written

They are highly personalized and convincing

They are only used in spam

Slower inference

Loss of intellectual property and data leakage

Increased training time

Reduced accuracy

Slower response time

Manual triaging

Automatic playbook generation and triage

Reduced detection

It improves accuracy

It reduces hallucinations

It makes it hard to understand model decisions

It increases training time

Encrypting data

Representing data in vector space for analysis

Compressing models

Speeding up tokenization

It is too detailed

It is always accurate

It may contain hallucinated or incorrect information

It is encrypted

To encrypt inputs

To generate random passwords

To discover vulnerabilities through automated input generation

To compress logs

They are too slow

They always use best practices

They may introduce unsafe patterns even without being asked

They require manual compilation