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C Vs Python | Difference | Comparison

Both Python and C are widely used programming languages, but their popularity comes from different factors and most of their applications don't cross over. Deciding which programming language to start with can be challenging when you are new to programming. Let us discuss the Difference between C and Python with the help of the comparison given below.

What is Python? 

Python is a high-level, interpreted programming language. In 1991, Guido van Rossum invented it. Python is a powerful object-oriented programming language with library support. It enables the simple building of many different apps and algorithms. Its language characteristics and object-oriented techniques are designed to aid programmers in creating clean, comprehensible code for a variety of tasks.

What is C?

C is a general-purpose, structured, mid-level programming language. It was created in 1972 by Dennis Ritchie at Bell Labs as one of the foundations of the Unix operating system. The structure-oriented method, or top-down technique, which reduces a program into smaller functions, is the approach that C implements.

Difference between C and Python 

  • The C programming language was developed by Dennis M Ritchie in 1972. Guido van Rossum initially developed the Python programming language, which was made public in 1991.
  • C is a procedural programming language On the other hand Python is an object-oriented programming language.
  • C is a middle-level language in contrast Python is a high-level language.
  • C is a compiled programming language but Python is an interpreted programming language.
  • C is a faster language compared to Python as it has complied whereas Python programs are usually slower than C programs as they are interpreted.
  • C is memory management needs to be done manually in C, on the other hand, Memory management is automatically handled in Python by the garbage collector provided by it.
  • In C, the type of the various variables must be declared when they are created, But in Python variables are untyped, that is, When declaring a variable, its data type does not need to be specified.
  • C has support for the pointer, and Python has no support pointers.
  • Because C is a procedural programming language, functions make up the majority of its functional units. Because Python is an object-oriented programming language, objects make up the majority of its functional units.
  • C is a less robust programming language compared to Python on the other hand Python is a more robust programming language compared to C as it has strong memory management schemes.
  • In C, there are extremely few built-in functions. There are a lot of built-in functions in Python.
  • C codes are stored with the .c extension. Python codes are stored with a .py extension.
  • The C programming language is mostly used for the development of hardware applications. Python is a general-purpose programming language.
  • C allows inline assignment. for instance. Python does not allow inline assignments.
  • To use various data structures like stack, queues, etc. In C, we need to implement them on our own. Despite this, Python makes it simpler to employ data structures because it has built-in libraries for doing so.
  • The average annual salary for a C developer United States is US$96,131.In the United States, a Python developer makes an average pay of US$110,947 per year.
  • C has a TOIBE rank of 2, and Pyhton has a TOIBE rank of 1.
  • C only has basic data types like integer, float, string, char, struct, and array. Along with the fundamental data types, Python also supports lists, dictionaries, sets, tuples, and other forms of data.
  • C is a procedural programming language. Procedural programming, imperative programming, functional programming, and object-oriented programming are all supported by the multi-paradigm language Python.
  • The syntax of a C program is harder than Python, Whereas the syntax of Python programs is easy to learn write, and read.
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Difference between IoT and WoT

As IoT and WoT both refer to the unity of items and devices in our digital world, their scopes and points of focus differ. Let us discuss the difference between IoT and WoT with the help of the comparison given below.

What is IoT?

The term "Internet of Things" (IoT) refers to a network of actual physical objects or objects with software, sensors, and other technological components that enable online data collection and sharing. These things might include things we use on a daily basis including furniture, wearable electronics, industrial gear, vehicles, and more. IoT devices commonly interface with cloud-based servers to process and store data.

What is WoT?

WoT stands for Web of Things, it is an extension of IoT that places a focus on using web technologies to provide a more standardized and interoperable ecosystem for tying devices together.  By utilizing current web protocols and standards, the fundamental goal of WoT is to enable smooth communication and interaction between devices and services. The goal of the WoT method is to offer a uniform framework that makes it easier to create, integrate and administer a network of interconnected devices.

Difference between IoT and WoT


Scope
  • The term Internet of Things refers to the network of actual physical objects or things that have sensors, software, and connection built into them so they can gather and exchange data online.
  • Web of Things(WoT) is an extension of the Internet of Things(IoT) idea that emphasizes the use of web technology and standards to build a more unified and uniform environment.
Focus
  • IoT devices are frequently controlled by centralized platforms or cloud services and communicate utilizing a variety of communication protocols.
  • WoT aims to create a standardized framework for IoT devices and applications to communicate with each other and with web services.

Communication and Interoperability

  • IoT may use various communication protocols for data exchange. Interoperability 
  • WoT emphasizes the use of existing web standards, such as HTTP and WebSocket, for device communication.
Access and Control
  • Access and control of IoT devices often require specialized applications or platforms provided by device manufacturers.
  • The device in a WoT environment is accessible using standard web technologies. This means that devices can be accessed and controlled through a web browser.
Integration with the Web
  • IoT devices are often integrated into applications that are specific to their intended use cases, and these applications might not be directly connected to the broader web ecosystem.
  • WoT integrates devices into the larger web ecosystem. Devices are treated as resources that can be linked, discovered, and interacted with using URLs.
Standardization
  • IoT space, the ecosystem is sometimes characterized by a lack of standardization, which could cause compatibility and interoperability problems.
  • By utilizing current web standards, WoT seeks to standardize device interaction and communication while minimizing ecosystem fragmentation.
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ps4 Vs ps5 | Difference | Comparison

Sony interactive entertainment is the company behind the PS4 and PS5 video games platforms. Let us discuss the difference between ps4 Vs ps5 with the help of the comparison given below.

What is ps4?

With the ps5 improved graphics, games will certainly be pushed to previously unheard-of resolutions. The ps5 output capabilities include 4K at 120Hz and 8K with changeable frame rates defined by HDMI 2.1. The PS4 Pros can output at 4K, in contrast to the basic ps4 108p output, which frequently reduces resolution in-game due to power usage.

What is ps5?

The graphical performance of the playstation 5 has significantly increased over that of its predecessor. The console supports more modern graphic technologies including ray-traced lighting and can play games at 4K resolution. Additionally, PS5 can produce video at a framerate of up to 120 fps, resulting in better animations and more responsive controls.

ps4 Vs ps5 | Difference between ps4 and ps5

  • The release date of the PS4 was released in November 2013, While The release date of the PS5 was released in November 2020.
  • The expandable storage of ps4 is an NVMs SSD slot, but the expandable storage of ps5 is a replacement internal HDD.
  • The PS4 featured an AMD Jaguar 8-core processor, 8GB of GDDR5 RAM, and a custom GPU. It supported full HD gaming and could also stream content in 4K. The PS5 is equipped with a custom AMD Ryzen Zen 2 octa-core processor, 16GB of GDDR6 RAM, and a custom RDNA 2 GPU from AMD. It supports 4K gaming at higher frame rates and has the potential for ray tracing.
  • IO throughput of ps4 is 5.5 GB/s, typical 8-9 GB/s, whereas ps5 IO throughput is approx 50-100MB/s.
  • Optical drive of ps4 of 4k UHD blu ray drive, Whereas ps5 is blu ray drive.
  • The PS5 clearly outperforms the PS4, offering stronger graphics performance, quicker loading times, and better cooling.
  • The PS4 built up a strong library of games over its lifecycle including exclusive titles like the last of US Part II, God of War, spider-man, and Uncharted 4. The PS5 launched with a mix of new and cross-generation games, with notable titles like demon soula, spider Man, Milesmorales, and Astro's Playroom.
  • The PS4 featured a user-friendly interface with a focus on social sharing and connectivity through the playstation network.  The PS5 introduced a new user interface that emphasizes real-time game updates, social features, and faster access to specific gameplay features through the control center.
  • The PS4 used traditional HDD storage, but some models offered larger storage capacities. The PS5 utilizes a custom high-speed SSD for storage, significantly reducing loading times and allowing for faster game streaming and asset loading.
  • The launch price varied depending on the model but started around $399. The launch price for the PS5 varied depending on the model. The standard edition was priced at $499, and the digital edition was priced at $399.
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Difference between Air Purifier and Humidifier

Both air purifiers and humidifiers are used for improving indoor air quality, their functions are different and their operational principles are different. Let us discuss some more Differences between air purifier and humidifier with the help of the comparison given below.

Difference between Air Purifier and Humidifier

  • An air purifier is clean indoor air by removing air pollution like dust, pollen, smoke, dust mites, mold, certain bacteria, and viruses. Humidifiers increase indoor humidity levels from 20-30% to normal humidity.
  • Air purifiers a large of research studies seem to suggest so. Humidifiers is some research studies seem to suggest that, many also make allergies worse.
  • To identify or neutralize particles and microorganisms in the air, air purifiers utilize filers or other technologies(such as ionization or UV-C light). This improves air quality by reducing allergies and pollution. Humidifiers add humidity to the air by dispersing water vapor, reducing dry air-related problems like dry skin, itchy nasal passages and static electricity.
  • Air purifiers are air filters that remove large, small air particles as well as adsorb undesired odors, fan creates an airflow. Humidifiers use either evaporative hot mist by using electricity to heat up water or using ultrasonic waves to create a cool mist.
  • Air purifiers are higher cost($100-$900), Whereas Humidifiers are a lower cost(less than $200).
  • Air purifiers when we have low indoor air quality, But humidifiers when we have flow low indoor humidity levels.
  • Seasonality of air purifiers throughout the year, Seasonality of Humidifiers is winter primarily.
  •  The air becomes cleaner and healthier to breathe due to air purifiers, which are excellent in removing particles that might cause allergies and respiratory problems. By minimizing excessive dryness, maintaining correct humidity levels can improve lung health, prevent wood furniture from cracking, and increase general comfort.
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ps1 vs ps2 | Difference | Comparison

The PlayStation 2 represented a major improvement over the PlayStation 1 in terms of technology, pictures, and functions. It was more durable, featured a bigger selection of games, and was essential in establishing the current gaming industry. Let us discuss some more Differences between ps1 Vs ps2 with the help of the comparison given below.

ps1 Vs ps2 | Difference between ps1 and ps2

  • Play Station 1 was released on December 3, 1994, in Japan, September 9, 1995, and September 29, 1995, in North America and Europe. On March 4, 2000, play station 2 was made available in Japan, on October 26, 2000, in North America, and on November 24, 2000, in Europe.
  • The PS1 included a CD ROM drive, a 32-bit processor, and 2 MB of RAM. With its 128-bit emotion engine processor, 32 MB of RAM, a DVD ROM drive, and the capacity to play both CDs and DVDs, the PS2 represented a significant improvement.
  • The PS1 compatibility with its predecessor is limited. The PS2's backward compatibility, which let it play the majority of PS1 games, was one of its standout features. Players' transition between the two consoles was facilitated by this.
  • There was a wide selection of games available for the PS1, including timeless titles like final fantasy VII, metal gear solid, and resident evil. The PS2 offered a much greater selection of games, including well-known ones like grand theft auto: san andreas, God of War, and Shadow of the Colossus.
  • there was no built-in online gaming infrastructure for the PS1. Although online play was not as common as in generations, the PS2 offered online gaming by way of the network adapter attachment, enabling gamers to connect and play games online. 
  • The multimedia features of the PS1 were limited, and it was primarily a gaming console. The PS2 role was widened to include multimedia functionality, including DVD playback and support for a number of multimedia file types.
  • The PS1 was one of the best-selling gaming systems of its time with sales of over 100 million units worldwide. With more than 155 million units sold worldwide, the PS2 established Sony's dominance in the gaming industry and became one of the most well-known gaming systems ever.
  • PS1 used the original PlayStation controller design. PS2 introduced the dualshock2 controller with improved analog stick and vibration feedback.
  • PS1 lacked online connectivity. PS2 introduced online gaming through the network adapter accessory, supporting games with online multiplayer and content downloads.
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PlayStation 4 Vs Wii U | Difference | Comparison

Both the PlayStation 4(PS4) and Wii U were well-liked gaming systems as of most recent updates in September 2021, but they offer various features and cater to different kinds of gamers. Let us discuss some more Differences between PlayStation 4 Vs Wii U with the help of the comparison given below.

Playstation 4 Vs Wii U | Difference between Play Station 4 and Wii U

  • The PS4 boasts superior hardware specifications and graphical capabilities compared to the Wii U. It has more powerful processing capabilities, allowing for higher resolution graphics and smoother performance in games. Wii U is capable of producing decent graphics, it falls behind the PS4 in terms of raw processing power. It uses less powerful hardware and is closer in performance to the previous generation of consoles.
  • The release date of PlayStation 4 is November 15, 2013, Whereas Wii U's release date is November 18, 2012.
  • Both PlayStation 4 and Wii U are 8th-generation consoles.
  • Online services of PlayStation 4 are Playstation Plus, $59.99 annually, $17.99 quarterly, or $9.99 monthly, Whereas online services for Wii U  are Nintendo network, Miiverse, Nintendo, eShop, and Nintendo TVii.
  • The manufacturers of PlayStation 4 are Sony, Manufacturers are Wii U Nintendo.
  • Playstation 4's predecessor is playstation3, whereas Wii U's predecessor is Wii.
  • Both are PlayStation 4 and Wii U video game consoles.
  • Controller inputs are Playstation 4 DualShock 4, PlayStation camera, and Voice commands. Whereas Wii U controller inputs are Gamepad, Wii U pro controller, and compatible Wii accessories.
  • Graphics of Play Station 4 AMD next-gen, Radeon HD 7xxx series, equivalent. But the graphics of the Wii U are AMD Radeon Latte.
  • The PS4 was a commercial success, becoming one of the best-selling consoles of all time. It attracted a board audience with its powerful hardware, appealing game library, and strong third-party support. The Wii U struggled commercially, failing to replicate the success of its predecessor, the Wii. It faced challenges with marketing, branding, and a lack of third-party support, resulting in power sales compared to its competitors.
  • With the PlayStation Network (PSN), which enables players to connect, play games online, and access various services like Play Station Plus for free monthly games and special discounts, the PS4 offers a comprehensive online gaming experience. The Wii U's online system, however, was less dependable. Even while it supported online gaming, it lacked a number of the services and features that other platforms provided.
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PS3 Vs PS4 | Difference | Comparison

The PlayStation 3 (PS3) and PlayStation 4 (PS4) are two gaming systems created by sony interactive entertainment as of my most recent update in September 2021. Remember that the information shown here could not be totally up to date since there might have been new development after my previous update. Let us discuss some more Differences between ps3 Vs ps4 with the help of the comparison given below.

PS3 Vs PS4 | Difference between PS3 and PS4

  • The PS4 uses both the PlayStation 4 system software and FreeBSD 9.2, whereas the PS3 runs on the PlayStation 3 system software.
  • Play station 3 is a type of 7th generation console, and PlayStation 4 is a type of video game console. 
  • PS3 features a 3.2 GHz cell broadband engine, while PS4 has an 8 core 2 GHzcore which is rated as 9 times as fast as its progenitor.
  • Play station 3 price is launch 500$-20GB, 600$ - 60GB, and current is: 275$-20GB, 330$ - 60GB, Whereas PS4 price is $399(US), $549(AU).
  • PSE memory is 256 MB system and 256 MB video, PS4 memory is 8 GB GDDR5 and 256 DDR3 RAM.
  • Both PS3 and PS4 have Bluetooth capability. However, PS3 uses Bluetooth 2.0 and PS4 uses 2.1. Version 2.0 utilizes more energy than PS4's version, which also has a stronger device connection.
  • Media is used in PS3 in DVD, CD, and Blu-ray, downloads, Whereas PS4 is blu ray, DVD, and digital downloads.
  • Sony gaming consoles PS2 and PS1 can be played by PS3 owners. The PS4 does not allow backward compatibility, even if Sony might offer cloud-based emulation services for older games.
  • The PS4 CPU is a semi-custom 8-core AND x86064 Jaguar, whereas the PS3 CPU is a 3.2 GHz cell broadband engine with 1 PPE & 7 SPEs.
  • PS3 offers 150 exclusive games, whereas PS4 offers only 26. This is because the PS4 is a relatively new product. The PS4 has 16 Sony exclusive games available, plus another 45 exclusive to the console.
  • The PS3 was released on November 11, 2006, in Japan and later in other regions. The PS4 was released on November 15, 2013, in North America, and subsequently in other regions.
  • The PS3 utilized the Play Station Network (PSN) for online gaming, digital downloads, and access to various entertainment apps. The PS4 continued to use the Play Station Network (PSN) for online gaming, digital downloads, and entertainment services.
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PS2 Vs PS3 | Difference | Comparison

PlayStation 2 (PS2) and PlayStation 3 (PS3) are two iconic gaming consoles developed by sony interactive entertainment. Let us discuss some more Differences between ps2 vs ps3 with the help of the comparison given below.

PS2 Vs PS3 | Difference between PS2 and PS3

  • The PS2 is an older version. PS3 is the latest and upgraded version.
  • PS2 stands for PlayStation 2, and PS3 stands for PlayStation 3.
  • PS2 was released on March 4, 2000, whereas PS3 was released on November 11, 2006.
  • PS2 is less advanced features, and PS3 is more advanced features.
  • The graphics are not as good as the upgraded version, PS3 has much better graphics.
  • PS2 does not have an onboard WiFi feature. PS3 has an onboard WiFi feature.
  • Blu-ray discs can be played on the PS3, but not on the PS2.
  • Compared to the PS2, the PS3's graphics are significantly more impressive.
  • The External memory card is required in PS2, whereas the external memory card is not required it has built memory storage.
  • While the PS3 is not thought of as being backward compatible, the PS2 is and can play PSx games.
  • PS2 is a sixth-generation console, and PS3 is a seventh-generation console.
  • PS2 is a DVD-based console and is also available in CD-ROM, but PS3 is a Blu-ray player, which also reads DVDs, CDs, and SACD discs.
  • PS2 has a better-developed version of graphic qualities. on the other hand, PlayStation 3 has better graphics as compared to that PlayStation.
  • The online capability is not available on the PS2. PS3 supports extra features of online capability.
  • The PS2 has a wired controller and more advanced technology than the PlayStation. Compared to the PlayStation 2, PS3 has a wireless controller and is more modern. 
  • PS2 sells over 155 million units worldwide, and the PS2 remains the best-selling video game console of all time. The PS3 sold around 87 million units worldwide, making it a successful console though it didn't reach the sales figures of the PS2.
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Dynasty Vs Empire | Difference | Comparison

When comparing an Empire and a kingdom, we can observe several differences in terms of governance, power structure, historical significance, and territory. Let us discuss some more Differences between Dynasty Vs Empire with the help of the comparison given below.

Dynasty Vs Empire | Difference between Dynasty and Empire

  • A dynasty is a sequence of rulers from the same family, while an empire is a group of territories or nations ruled by a single individual or government.
  • Dynasties are typically associated with monarchies, empires can be either monarchies or republics.
  • Dynasties are frequently restricted to a single country or region, but empires can cover many continents and contain a wide variety of ethnic and linguistic groupings. 
  • a succession of kings or dynasties from the same family, combined with sizable regions ruled by a single absolute power in an empire.
  • The Nanda dynasty in India serves as an illustration of a dynasty, whereas Empress Catherine of Russia serves as an illustration of an empire.
  • A governmental unit governed by an emperor is referred to as an empire, and a succession of rulers from the same family or lineage is referred to as a dynasty.
  • Dynasties tend to last for several generations or centuries, whereas empires can be relatively short-lived or last for centuries, depending on the circumstances of their formation and the stability of their rulers.
  • Dynasties are often associated with long periods of stability and continuity. They can leave a lasting impact on a region's culture, traditions, and governance. On the other hand, Empires are often associated with periods of expansion, conquest, and cultural integration. 
  • A dynasty has nothing to do with geographic area. Rather a dynasty ruled over an empire or kingdom, Whereas A wide area of land was made up of an empire. A kingdom or two could be a part of an empire.
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Empire Vs Kingdom | Difference | Comparison

We compare an Empire and a Kingdom, and we can observe several differences in terms of governance, territory, power structure, Population, and historical significance. Let us discuss some more Differences between Empire Vs Kingdom with the help of the comparison given below.

Empire Vs Kingdom | Difference | Comparison

Meaning

An empire is a group of states or countries ruled by a single ruler, whereas the Kingdom is a country ruled by a king or queen.

Ruler

An empire is ruled by an emperor, and the kingdom is ruled by a king.

Power

A kingdom is far smaller than an empire in terms of its overall geographic size.

Population 

An empire has a larger population than a kingdom. An empire has a larger geographical territory than a kingdom because it is made up of various states.

Culture, language

In an empire the culture, language, and religion of the dominating nation are followed, On the contrary, the culture, and religion of a kingdom are mostly the same as they are a nation.

Example

Examples of empires include the roman empire, the British Empire, the caliphate, and the arab empire. The United Kingdom, Saudi Arabia, Spain, and other countries are examples of kingdoms.

Territory

An empire usually encompasses diverse Territories and can be composed of multiple kingdoms, regions, or provinces. A kingdom is typically a smaller political entity than an empire and consists of a single territory or region.

Ruler

An empire has a single ruler typically, while a kingdom has one or more rulers.

Purpose

The purpose of making an empire is to make the mother country strong and to benefit the ruled countries well, Kingdonm has the purpose of making itself prosperous and moving ahead of others.

Expensive

In general, empires are larger and more varied than kingdoms, frequently embracing a variety of cultures, languages, and geographical areas.

Historical Significance

Empires have historically played a significant role in shaping the world, as they often expand their territories through conquest. Kingdoms have also played an important role in history, but they are generally smaller in scale compared to empires.

Power structure

The emperor holds a monopoly on power. The emperor has full control over the empire's territories, people, and resources. In the kingdom, power is centralized in the hands of the monarch. 

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Scrum Vs Kanban | Difference | Comparison

Agile project management frameworks include Scrum and Kanban. Scrum and Kanban are two popular frameworks used in project management and software development. Scrum and Kanban are both project management frameworks that are used to help teams deliver projects in an efficient and organized manner. Let us discuss some more Differences between Scrum Vs Kanban with the help of the comparison given below.

What is Scrum?

Scrum is stressed on planning. It starts with sprint planning and ends up with a retrospective. There are many meetings held which help to assure that the team is aligned with the next steps priorities and learning from previous sprints.

What is Kanban?

Kanban is flexible and accommodating to changes as they happen. It implies that there is less rigidity and that changes can happen frequently.

Scrum Vs Kanban | Difference between Scrum and Kanban

  • Scrum defines the role of each member of the scrum team, Kanban is no role assigned to individuals.
  • Scrum follows the iterative method, and Kanban does not follow the iterative approach.
  • Scrum solves a problem, breaks it into small tasks, and then processes it further, whereas Kanban does not break a problem into subproblems.
  • Scrum is no visualization process to perform tasks but kanban is a visualization process to perform tasks.
  • Scrum is a highly prescriptive approach, Kanban is not much prescriptive as compared to scrum.
  • Scrum is a sprint that keeps track of the process of any project, on the other hand, Kanban uses task cards to keep track of the progress of any project.
  • Scrum is processed in successive sprints to complete a task, but the kanban is used to optimize the task to complete a project.
  • The Scrum master is the problem solver in case of a problem, but In Kanban, all the members are allowed to pick a problem and solve it.
  • Scrum is not preferred when resources are limited, Kanban is preferred when tasks and resources are limited.
  • Estimation is crucial to scrum because it places a strong emphasis on planning, Estimation is not as important in kanban as in scrum.
  • Scrum is the process that does not get disturbed if a team member leaves in between a sprint, but the Kanban flow of work gets distributed if a team member leaves in between.
  • The velocity of the sprint is used to measure the production, whereas in Kanban time taken to finish the project is the measure of production.
  • Cross-functional teams are crucial in Scrum to handle potential problems that may arise during software development. Specialized teams are crucial in Kanban.
  • Scrum is suitable for projects that have changing priorities, and Kanban is suitable for projects that have stable priorities.
  • Even if a team member leaves the team when using scrum, the project plan won't be affected; but, if the team member leaves while the project is still in development, kanban may be detrimental to the project's progress.
  • Scrum is only one team that owns a sprint backlog, The sharing among multiple teams is possible with the Kanban board.
  • The scrum methodology is centered on the backlog, but the kanban methodology is centered on the process dashboard.
  • Velocity through sprints is a production measurement metric in Scrum, whereas cycle time is a production measurement metric.
  • It is simpler to provide a high-quality product on time with the agile scrum technique than with kanban, which is intended for regular, stable output. Kanban may fail due to significant changes in client demand.
  • In Scrum one to four weeks make up a sprint cycle, The delivery cycle is continuous in Kanban.
  • Some of the tools of Scrum are Jira, axosoft, vivify scrum, and more, Some of the tools of Kanban are Jira, kanban, swift kanban, Asana, and more. 
  • Members of the team can become frustrated with daily meetings, and an outdated Kanban board can cause problems with the development process.
  • Large projects can easily be divided into easily manageable sprints in Scrum, but Kanban only works well with small teams so suitable for large size teams.
  • The gathering of time measurements taken during sprints is advised by Scrum. Graphs are advised by Kanban to provide an overview of teams' development over time.
  • Scrum no longer requires teams to be committed. Instead, it is about the sprint goals and forecasts, kanban relies on time boxing and forecasts.
  • Estimation plays a significant role in the scrum since it emphasizes planning, whereas there is no demand for estimation in the Kanban system.
  • Scrum has every individual has their role and responsibilities, While there are no set roles so flexibility in terms of individual responsibilities in Kanban.
  • Teams are required to commit a specific amount of work in Scrum, whereas commitment not necessary it is an option for teams in the Kanban method.
  • In Scrum, it is not possible to add items to ongoing iterations, whereas in Kanban new items can easily add if additional capacity is available.
  • The iteration/sprints are fixed in duration. This duration varies from 2 weeks to 1 month in the scrum method, On the other hand, kanban is not based on duration. This thing is measured regarding cycle times.
  • A sprint backlog is owned by only a single team in the scrum method, but multiple teams can share the Kanban board.
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ACH Vs Credit Card | Difference | Comparison

ACH(Automated clearing house) transactions are electronic payments sent from one bank account to another. They are typically used for direct deposits and online bill payments. Credit cards, on the other hand, are accounts that allow you to borrow funds on a short-term basis in order to make purchases. Credit cards charge interest when you carry a balance and can have annual fees accosted with them. Let us discuss some more difference between ACH Vs Credit Card with the help of the comparison given below.

ACH Vs Credit Card | Difference between ACH and credit card

  • The average cost per transaction of ACH is typically $0.26 to $0.25 per transaction, While in credit cards average cost per transaction is typically 2% to 4% of each transaction.
  • In ACH transaction settlement timing up to several business days, while in credit card transaction settlement timing is processed immediately.
  • Both support international transfers.
  • Low incidence of fraud in ACH, While the high incidence of fraud in credit cards.
  • 60-day dispute window of the financial institution transmittal of the statement in ACH, but a 60-120 day dispute window, depending on the situation.
  • Multiple speed options might be able to combine options to balance cost and risk. While credit cards are only a fast but expensive option.
  • ACH usually has the lowest transaction cost of all payment systems, credit cards usually charge 2.5% of the transaction value in fees, plus an additional processing fee.
  • ACH can take three or more business days to process the transaction. While credit cards process the transaction within 24 hours to three days of the transaction date.
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Agile Vs Waterfall Model | Difference | Comparison

Agile and waterfall models are two different approaches to software development, each with its own advantages and disadvantages. Agile is a project management approach that emphasizes ongoing development and testing throughout the lifespan of software development. A waterfall is a traditional approach that follows a strict set of steps that must be completed before moving on to the next. Let us discuss some more difference between Agile Vs Waterfall Model with the help of the comparison given below.

What is Agile Methodology?

Agile project management is an iterative process for finishing a project that emphasizes regular releases that consider customer feedback. The ability to adapt during each iteration fosters acceleration and flexibility. This method differs from a linear, waterfall project management strategy, which adheres to a predetermined course with little room for modification.

What is the Waterfall Model?

The first process model to be created and used was the waterfall methodology. A simple life cycle model is another term for this type of model. It is incredibly simple to use and comprehend. There is no cross-over between stages in a waterfall methodology, instead, each phase of work must be finished before going on to the next.

Agile Vs Waterfall model | Difference between Agile and waterfall model

Definition

The agile model follows the incremental approach where each incremental part is developed through iteration after every timebox, 

The waterfall model follows a sequential design process.

Progress

In the agile model, the measurement of progress is in terms of developed and delivered functionalities, In the waterfall model general measurement of success is in terms of completed and reviewed artifacts.

Focus

The agile model strictly focuses on making an easy approach to team interaction and customer satisfaction. The sequence of steps is the main focus of the waterfall model. It consists of two key components procedures and products.

Nature

The waterfall paradigm is stiff because it forbids changing requirements once the development process has begun, but the agile approach is flexible since it allows requirements changes even after the development process has begun.

Customer interaction

High levels of client involvement are present in the Agile approach. It's because the waterfall model has very little customer contact because an incremental version is released to the customers after each iteration. It's because a waterfall model delivers the finished product to the client after the total development.

Team size

The agile model has a small team size. The smaller the team the fewer people work on it so that they can move faster. In the waterfall model, the team may consist of more members.

Projects

In an agile process, the project is well suited for a project where requirements are expected to change and evolve. Where the waterfall model is best suited for projects that have well-defined requirements and changes are not expected.

Suitability

Small projects are not a good fit for the agile paradigm. Agile project development is more expensive than other models when it comes to costs. The waterfall model works well in smaller-size projects where requirements are easily understandable. But waterfall model is not suitable for developing a large project.

Test plan

The test plan is reviewed after each sprint, and a Test plan is reviewed after complete development.

Rigidity

Agile methodology is a flexible way of building software. Waterfall methodology is a rigid structured way of software development. 

Testing

The testing team can take part in the requirements change phase without problems. The waterfall is difficult for the testing team to initiate change in needs.

Customer satisfaction

Due to the agile approach's emphasis on customer satisfaction, customers are involved at every stage of the development process. The waterfall model is more of an internal process, hence not requiring the participation of customers.

Collaboration

The agile model is a highly collaborative method of developing software that produces better results. The waterfall model prevents team collaboration because it is the least flexible and follows a set of steps.

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Agile Vs Devops | Difference | Comparison

Agile and DevOps are both development methodologies that certainly have some similarities, as was already mentioned, but they also fundamentally differ, Let us examine these differences in more detail. For many implementing Agile and DevOps practices in software development is difficult but they are often seen as complementary approaches or frameworks for building and delivering software. There share the same goal of achieving a fast, efficient, and reliable software development process.

What is Agile?

Continuous testing and development cycles are part of the SDLC process with Agile. Unlike the waterfall model, development and testing operations run simultaneously. The emphasis of this software development process is on incremental, iterative, and evolutionary development.

What is DevOps?

The words software development and operation are combined to form the term DevOps. This makes it possible for one team to oversee every phase of an application's lifecycle, from development to testing, deployment, and operations. By implementing DevOps, you may close the gap between software developers, QA engineers, and system administrators.

Agile Vs DevOps | Difference | Comparison

  • Agile requires a small team Whereas, DevOps Requires relatively a large team.
  • Agile started in the year 2001, and DevOps started in the year 2007.
  • Agile was invented by John Kern and Martin Fowler, DevOps was Invented by John Allspaw and paul hammond at Flickr, and the Phoenix Project by Gene Kim. 
  • The agile process focuses on constant changes, and DevOps focuses on constant testing and delivery.
  • Agile focuses on functional and nonfunction readiness, and DevOps focuses more on operational and business readiness.
  • Agile leverage shifts the left principle, While DevOps leverages both left and right principles.
  • The target area of DevOps is to give end-to-end business solutions and fast delivery, Whereas the target area of Agile is software development.
  • Agile is an interactive approach that focuses on collaboration, customer feedback, and small rapid releases, Whereas DevOps is a practice of bringing development and operations teams together.
  • Agile is a method for creating software on the other hand DevOps is not related to software development that is used by DevOps is pre-built, dependable, and simple to deploy.
  • Agile is an advancement and administration approach, Whereas DevOps is typically a conclusion of administration related to designing.
  • Agile handling centers on consistent changes, But DevOps centers on steady testing and conveyance.
  • Agile is suitable for managing complex projects in any department, But DevOps is centered on the complete engineering process.
  • Agile does not focus on automation, On the contrary, DevOps focuses on automation.
  • The working system gets more significance in Agile than documentation, The process documentation is significant in DevOps.
  • A few of the finest steps embraced in Agile are recorded underneath backlog building, Sprint advancement, and DevOps to have a few best hones that ease the method, focus on specialized greatness, collaborate straightforwardly with clients, and join their feedback.
  • The agile method needs a team to be more productive which is difficult to match every time. DevOps Process needs development, testing, and a production environment to streamline work.
  • Spry accepts smaller and more concise littler the group superior it would be to convey with fewer complexities, Whereas DevOps on the other hand, accepts that bigger is better.
  • A big team for your project is not required in Agile, While DevOps demands collaboration among different teams for the completion of work.
  • Agile offer a shorter development cycle and improved defect detection, and DevOps supports the agile release cycle.
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SDLC Vs AGILE | Difference | Comparison

SDLC and Agile are two popular approaches used by organizations for their software development projects. SDLC (Software development life cycle) is a process used to create software. Agile is an iterative method of software development. Let us discuss some more differences between SDLC Vs AGILE with the help of the comparison given below.

SDLC Vs AGILE | Difference | Comparison

  1. The design and development process of products and services is known as the SDLC. Agile is a method of project management that uses iterations. 
  2. SDLC is a process that is used to manage a project in a smoother manner. Agile is an iterative methodology that is used in SDLC processing software project development.
  3. SDLC was founded in 1960, whereas AGILE came out in 2001. In addition, AGILE was made by a joint collaboration of 17 software developers. 
  4. In contrast to AGILE, the SDLC life cycle is simple to comprehend and only requires a minimal amount of systematic execution. 
  5. SDLC constitutes of different stages, and AGILE constitutes of different phases. 
  6. AGILE has a faster approach as compared with SDLC. 
  7. SDLC can be used for any sized project, whereas AGILE is more suited for small-scale projects. 
  8. SDLC does not allow changes after the initial stage, and AGILE allows dynamic changes in requirements. 
  9. The SDLC follows a sequential stage, and AGILE follows a continuous cycle. 
  10. SDLC requires close project management involvement, while AGILE requires close customer involvement.
  11. Agile is utilized as an iterative development technique to produce high-quality software products, while SDLC is used to build high-quality products efficiently.
  12. Software development life cycle project delivers a complete package compared with AGILE. 
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