Creative Development

Eliminates any need for testing because each abstracted part is assumed error-free.

Directly translates algorithmic solutions into multiple programming languages automatically.

Simplifies problem-solving by breaking down processes into manageable parts.

Guarantees that all possible errors in logic will be identified during design phase.

To organize data in tables and perform calculations.

To browse different websites on the internet.

To compose and send emails to friends and colleagues.

To develop complex interactive software applications.

A pop-up ad offering free products.

Running an internet speed test on your network connection.

Checking if your computer has anti-virus software installed.

Security questions about personal info that only the user should know.

It doesn't require program inputs

It relies on complex algorithms

It responds to events in order to run

It executes without any user interaction

Encryption of messages.

Posting information publicly online.

Using open Wi-Fi networks.

Sharing passwords with friends.

OOP languages facilitate encapsulation, inheritance, and polymorphism which aid in creating modular and reusable code structures.

They inherently produce faster executing code due to built-in optimization techniques.

They remove the need for any form of manual memory management by the programmer.

OOP languages exclusively support concurrent execution necessary for complex systems.

They prevent external factors such as network latency from affecting the algorithm's performance.

They allow an algorithm to handle different inputs and conditions when it's run.

They guarantee that an algorithm will execute with no errors regardless of parameters used.

They ensure that the algorithm can be compiled into machine code by any compiler.

The extent to which personal data is stored and who has access to it.

The speed at which the system can process and match faces in a crowd.

The accuracy rate of the system in identifying individuals from different ethnicities.

The cost-effectiveness of the system compared to traditional security measures.

They determine the aesthetic aspects such as colors and fonts used in application interfaces.

They provide structured solutions that guide program design and implementation phases.

They serve as legal documentation for copyright purposes during program distribution.

They dictate communication protocols between different software applications only.

Enhanced communication tools allowing border agents better interaction with foreign travelers

Decreased need for manual labor resulting in job displacement within border security agencies

Potential infringement on privacy rights due to ubiquitous surveillance capabilities raising ethical concerns

Increased efficiency leading to shorter wait times at immigration checkpoints improving traveler satisfaction