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 \author{Lucas Standen} 
 \title{Why are FOSS tools preferred in the development and privacy space?}
 
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 \section{Using this document}
 This document is written using the {\LaTeX} text compiler. The compiler has set up
 click-able links, click-able references and a click-able table of contents, so please use these to your advantage.
 The Tex source and Bib Tex bibliography is available for all at \url{https://git.seacrossedlovers.xyz/epq.git} under
 the MIT/X document license.
 
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 \section{Used language in this paper} Throughout this paper, language specific to the field of computer 
 science will be used, and as such it makes sense to provide a brief overview for those who don't know
 what specific terms mean.
 
 \begin{description}
 	\item[Licenses] In this setting a license is a legal document that is distributed with
 		almost all modern software, which describes how someone can use and redistribute a piece of software.
 	\item[Free Software] This term refers to software under specific licenses, making them
 		free for the user to use (free as in freedom, not the monetary cost). This will be covered further
 		in the next section.
 	\item[Open Source] This term refers to a piece of software, where the original code for it
 		is publicly available. This too will be covered further in the next section.
 	\item[FOSS] An acronym for \textit{"\textbf{F}ree and \textbf{O}pen \textbf{S}ource \textbf{S}oftware".}
 
 	\item[IDE] An \textit{\textbf{I}ntegrated \textbf{D}evelopment \textbf{E}nvironment}, is a tool used by developers
 	to write code, it can be thought of as a text editor-like Word or Docs, but instead of spell checking,
 	it instead has syntax checking.
 \end{description}
 
 \section{A brief introduction}
 This paper will cover the advancements of FOSS tools and systems over time, discuss the benefits, its recent growth, 
 and the reasons developers and privacy experts find it to be a better tool for the job. This paper will cover a variety 
 of ways of how FOSS software is used compared to its proprietary counterparts.
 
 
 \section{What is free software?} The free software movement is one that has been active for over 40 years
 \cite{GNUmaifesto}, it has created some of the most important tools in computing that are used by billions on a
 daily basis. It is so engraved in our lives, yet so few even know what the term means; In a simple note, it is
 software for a computer, phone or other device that can be used without violating the users freedom.
 
 The definition of what counts as free software and what is software freedom can vary depending on who you ask, but
 it was originally written that software that allows the following freedoms is free software:
 
 \begin{description}
 	\item[0] The freedom to run a program for any purpose
 	\item[1] The freedom to study how a program works, and modify it to your needs
 	\item[2] The freedom to redistribute a piece of software
 	\item[3] The freedom to redistribute a edited version of software publicly
 \end{description}
 \textit{These freedoms were written by Richard Stallman\cite{FOSSdef} who is ever important in this space.}
 
 It is important that one does not confuse free software with software that is monetarily free, this is known as
 free-ware. Free software defends the users rights to use and modify software and is not focused on its cost.
 However free software often is also free in cost, so the confusion is easily made.
 
 One should also note the differences between free software and open source software. In open source software,
 like free software, the original code for a program is available to anyone, however in open source, this is to
 better the projects development and usability, whereas in free software it is to better the users freedom. They
 both use the same methods to achieve differing goals; this often leads them to be commonly used together, as the
 benefits a user gets from free software is much the same in open source software, and vice versa.
 
 The main goal of free software is to allow the user to have as much freedom as possible when using a piece of
 software for any purpose. This is in contrast to the traditional alternative, called proprietary software, which
 can be defined as software that the user can not edit, modify or redistribute without the original publishers
 permission. This kind of software intentionally restricts the users freedom, usually for the purpose of profit or
 control of the software. Some common examples of proprietary software, are Microsoft's \textit{Windows}, Apple's
 \textit{iOS}, and Google's \textit{Chrome} web browser.
 
 Many people don't know that they already use free software\cite{COMMONfoss}, and sometimes the tools they use most
 often are in fact free software. A few examples of this are, Krita\cite{KRITA}; a graphics design and art tool that is
 used frequently in animation, and other digital art, is made and managed by the KDE foundation\cite{KDE}, who make
 exclusively free software. Dovecot\cite{DOVECOT}; an email server used by many major email providers.
 A final example is Firefox\cite{FIREFOX}; a free software web browser made by Mozilla that makes up 2.71\%
 of the browser market share as of 2024, however in the past has had up to 30\%\cite{BROWSERmarketshare}. These
 are all more modern examples of free software, however over the past 40 years, there have been countless others.
 
 \section{A brief history of FOSS}
 The term free software was first coined by Richard Stallman in 1983\cite{GNUproject},
 however even before this, examples of free software (and the disapproval of proprietary software), were already
 starting to show.
 
 One of the earliest examples of the disapproval of Non-free Software, was the response to Microsoft's \textit{An
 open letter to hobbyists}\cite{OPENletter}, which was written by Bill Gates in 1976. This letter detailed that
 people had been stealing from Microsoft, as many people had brought hardware through them, but far fewer people
 had brought required software for said hardware. The fact this was happening at a scale large enough to cause this
 showed how many computing groups, also known as hacker groups/spaces at the time, weren't willing to pay for the software they
 used, believing that if they brought the hardware they had done all that was needed\cite{OPENletter}. It is often
 believed that this is one of the first examples of \textit{hacker culture}, which would become more common into the
 80's and 90's, and was the starting point of the current free software movement, where people continued the view,
 that software was not a commodity to be sold, but a resource to be shared.
 
 A key figure in \textit{hacker culture}, as previously mentioned, is Richard Stallman. In the
  1980's he left his job at MIT to work full time on the GNU project, which was designed
 to be a full recreation of AT\&T's Unix operating system from the ground up as free software. The idea was to
 allow anyone access to a Unix like machine without paying AT\&T's expensive license fees, and allow any user to
 view it, redistribute or edit; it was to be the first fully free operating system. The early development of GNU
 was relatively slow, and it was not a completely free system for many years, as some core parts of the operating
 system were missing, meaning Non-free alternatives had to be used. However this would later change in 1991, when
 final additions would be created.
 
 In 1988 the BSD Net1 operating system would release\cite{BSDnet1}, this was the first fully open version of the
 Berkeley Software Distribution version of Unix. BSD was by no means new by this point, however it wasn't fully
 free until this point. This version had completely rewritten all the code from the original Unix that previous
 versions contained, meaning it was now completely free from AT\&T's licenses. It would be the start of a long
 lineage of open source operating systems which are now the base of MacOS, FreeBSD and OpenBSD and is often deemed
 as the first open source operating system.
 
 The GNU project, while still not fully finished, saw the final piece of the puzzle when Linux\cite{LINUX} released in
 1991, it was a fully free kernel which GNU was still lacking (however it did get its own kernel called GNU Hurd but
 Linux is far more commonly used). With GNU and Linux paired together a user could finally get a fully free operating
 system for general use, this combination of software is still in use today, having a 4.7\% market share globally
 on desktop computers\cite{LINUXmarket}, and on web servers it is dominant. In recent years it has also shown some
 use in gaming, with it being the operating system used by Valve's \textit{steam deck} gaming handheld\cite{STEAMdeck}.
 
 As one can see, the rise of free software has been tied to the rise of Unix, and this is no surprise; like many
 free software projects, the goal of Unix was to make small reusable tools that together became a coherent operating system,
 that could be modified and changed per any users needs. This happened to align with the free software movement,
 and thus many early projects, were recreating or adding to Unix.
 
 Since Linux's release there haven't been as many major events in the space and more so a steady flow of updates
 and new features, most likely due to the amount of people working on projects being high enough for constant
 development, as opposed to one person sending in code every few days or weeks.	There was another large jump
 in development over the COVID lock downs. As of 2024 it would be hard not to say free software is fully viable
 against its proprietary counterpart.
 
 \section{How is Free Software developed?} 
 The process of developing free software has changed over time, especially
 as the Internet came to be, allowing developers from all across the world to add to things. In modern terms the
 development process is very simple, a developer can look at a piece of code, make changes to a local version of
 it, then it can be uploaded to a central online version of the code, to be checked by lead maintainers, before
 becoming the part of the main version (developers would say creating a local branch and submitting a pull request).
 This method was popularised by version control systems; such as git\cite{GIT} and RCS, which are both free software.
 What these tools allow for is the work of many people to brought together into one single code base.
 
 When code is submitted, it generally gets split into individual chunks (called patches) which each have an individual
 purpose. Each patch added will fix 1 bug or add 1 feature, this leads to a simple development cycle that can easily
 be used to fix bugs, by breaking them down into small patches that need to be written, and distributing the work
 between many developers.
 
 Without going into too much detail, this is done by merging all contributions into the main code base by
 comparing line numbers in differing versions, this is a fully automated process, managed by your version control
 system. This pattern of development is liked amongst programmers as it allows many to submit code all at once,
 which is invaluable if your project has many developers. This method is also commonly used in Non-free Software,
 to manage large development teams\cite{NONFREEvcs}.
 
 \section{Comparing free software to its Proprietary counterparts} 
 As previously mentioned there are many different
 examples of free software, often made to be an alternative to a common piece of proprietary software, each have
 their pro's and con's. To compare, one can look at performance data and usability. To show a wide range of software,
 this paper will look at programming IDE's, web browsers, and office software, as most computer users have used at
 least one of these, and thus will be familiar with them.
 
 \subsection{Programming IDE's} 
 \textit{An \textbf{IDE} is an \textbf{I}ntegrated \textbf{D}evelopment \textbf{E}nvironment}
 
 The main IDE's used by developers are free software, but there are a few Non-free ones that are used according to
 the Stack-overflow developer survey\cite{IDEusage}. To compare text editors, one can look at \textit{VS Code} as
 an example of open software, with 73\% of developers claiming to have used it at some point, and \textit{IntelliJ},
 as an example of Non-free Software, with 26\% of developers claiming to have used it at some point\cite{IDEusage}.
 
 These tools are both commonly used personally and professionally, and are of a similar size, making them ideal to
 compare. On the performance side of the argument, VS Code has Intellij beat, being faster to open and generally
 more lightweight than Intellij, this has been put up to the fact that VS Code is written in JavaScript, which is
 faster than Java, which is what Intellij is written in\cite{VSCODEvsintellij}.
 
 On the usability side, things are more even, both editors have features that makes them better than each other,
 each of them have plug-ins support, advanced text editing features and each have auto completion. However in this
 sense VS Code still generally comes ahead, with its more main stream user base, more gets made for it, and as it is
 open source, it is generally easier for users to add features, in the form of patches, and in the form of plug-ins,
 although no definite numbers are available on exact plug-in counts publicly, VS Code is most defiantly ahead,
 with this too.	It becomes clear how projects like Vs Code become dominate; people want to use something that is
 well supported, and then because they too are using it, its support can become better, which is an upward cycle,
 that goes on until you reach the market cap.
 
 \begin{figure}[h]
 	\caption{Comparing speed of browsers, time \textit{(lower is better)}}
 	\includegraphics[width=\textwidth]{webbrowserperfomace.png} 
 	\center{\cite{BROWSERperformace}} 
 	\label{fig:graph}
 \end{figure}
 
 \subsection{Web Browsers} 
 To compare web browsers, one can look at two commonly used browsers, Google Chrome,
 and Firefox. Both of these are known projects, that are used by near billions every day combined, one can look at
 their performance and usability to compare these projects.
 
 Figure \textbf{\ref{fig:graph}} denotes each browsers performance in encryption and decryption, while not fully
 representative of all use cases, it is one of many things that goes into the final speed of the browser. As the
 graph shows, Firefox's FOSS implementation of JavaScript has lead to a faster final product, most likely as more
 people have had eyes on the code, and suggested optimisations over the past 20 years. On the front of performance
 it is clear that the FOSS tool has beaten the proprietary counterpart.
 
 In respect to usability things come more to user preference, so what one needs to look at, is extensibility; the
 ability to make a piece of software exactly fit their needs. In this yet again Firefox wins out, while both Firefox
 and Google Chrome have plug-in capability's, Firefox is known for its completely open system to them, allowing any
 and all extensions to be used. In contrast Google limits what can be used via the "manifest" documents, this series
 of documents describes what is and isn't allowed in the Chrome browser, and is significant as it holds a large
 market share. The most recent one of these documents, manifest V3\cite{MANIFESTv3}, has come to much disapproval
 amongst users, as it will disallow AD blockers, and other extensions that selectively remove content from web pages.
 
 In today's world, the majority of browsers are based on Chrome in some way or another with Firefox being one of
 the few exceptions to this rule. Due to this, most browsers will be effected by manifest V3 as it comes into full
 effect in the coming years. As this happens it will become increasingly hard to deny that Firefox is easier to
 customise and make usable to the users needs.
 
 \subsection{Office Software} 
 When looking at office software, their are two commonly used tools, Microsoft Office
 (also known as 365), and Libreoffice. Microsoft Office is proprietary software, and has been since its creation
 in the early days of personal computing, Libreoffice on the other hand, has been FOSS software from the start
 (Libre actually means free in Spanish, so this is no surprise). They both provide advanced features, and for the
 most part are completely cross compatible. In this sense they have become almost identical tools.
 
 As the tools are so similar one will find it's not worth comparing them, in this way we can say that there is no
 difference, they are both mature, well used, effective suites of software, they are equal. This is something many
 people struggle to see sometimes as they have been using one piece of Non-free Software for so long, they don't
 want to move to anything else.	This has negative effects on the users, many Non-free tools are effected by cyber
 attacks, and long lasting bugs, that could be fixed by switching to free Software alternatives, as the technical
 users of these tools fix these issues quickly compared to alternatives. This is usually put up to the fact that
 most FOSS developers aren't working to new features and are instead working to making a tool that works for them.
 
 \subsection{General conclusions} 
 Overall one can see that in many areas of software use, FOSS tools are already
 at an equal state or better, than the Non-free counterparts, for general users. One may find that this balance
 begins to change in more specific fields, where optimisation and speed may become more important than it is to
 the common computer user or tools are only made by large companies and no free alternative exist.
 
 \section{What makes Free Software so appealing to developers?} 
 \subsection{What is appealing?}
 Free software is open to all for edits and changes, this has makes it a tinker playground for all who know how.
 Many FOSS projects are used to learn how to code\cite{LEARNINGtocodewithfoss}, how to manage code and how to add to existing code; thus 
 FOSS software is appealing to developers, especially new ones. If a developer uses software they have edited/customised 
 them self, they may find that that software becomes easier to use as they can see its inner workings.
 
 Even outside the realms of learning resources FOSS tools are liked by professional developers\cite{FOSSinindistry}, for the same reasons.
 In enterprise software development, there is often very specific tasks that need to be done, thus having full access to 
 a related tool, can lead to a solution coming from modifying something that already exists, or by observing inner workings. 
 This is very helpful in an enterprise setting for a number of reasons, such as: ones work is too specific to have a pre-existing
 tool, or ones company may not be able to acquire a license to an existing piece of software.
 
 \subsubsection{What is not appealing?}
 Many developers do however site issues with FOSS, often claiming it to be too hands on, which may not be ideal. While a large amount
 of these claims are no longer true (especially around tools like Linux\cite{LINUXhard}), they do still hold weight over the free software 
 community. It is in a sense a double edged sword, because tools are more customisable\cite{FOSScustomize}, it can feel that without customisation's, one 
 does not get a proper experience using FOSS if one wants something that just works.
 
 \subsection{Why is it more appealing than Non-free Software?}
 Due to the closed down nature of Non-free Software, it is often hard to work with when a specific use cases is required, as it
 is too locked down to customise. For a lot of developers they also find Non-free Software as a blight on the software space,
 as they feel that it is objectively worse, due to the locked nature and corporate profits often being considered before user 
 experience, this is only an opinion, but it is held by many individuals in the space.
 
 \subsubsection{Why is the alternative still better for some people?}
 For some people, the stable, static nature of Non-free tools is appealing over the draws of newer free tools. Many people also worry
 about the speradic nature of development in free software, as they are often held up by only a few individuals, these people aren't interested
 in customising their software, and instead are trying to use something they are familiar with.
 
 \subsection{How does this effect other users?}
 As repeated various times, a lot of what makes FOSS appealing is the fact it can be customised, far more than other pieces of 
 software. This often leads to developers using a piece of software, then as it open, they contribute to it, but it often ends up
 being that the features added are developer focused and thus do not help general users, or in some cases, hinders them.
 This has all lead to and \textit{echo chamber} effect, where features are added by developers for developers. One must be made
 aware however that this is not true of all projects, it is just a trend among major projects.
 
 \subsection{Conclusions}
 Overall a lot of this comes down to weather a project can be customised or not, as this is a feature key to developers
 as it is often targeted towards them. This has given FOSS tools a strong hold in the developer space with a large amount 
 of them using tools like Linux, Vim\cite{STACKOVERFLOW}, and many others.
 
 \section{What makes free software so appealing to privacy enthusiasts?} 
 The reason that FOSS is preferred can be put up to many reasons, many of which are hard to say/know as privacy enthusiasts are 
 usually quite good at hiding, however a few known reasons, methods and individuals can be studied.
 
 \subsection{Who are privacy enthusiasts and why do they do what they do?} % needs an edit, "why do they do what they do" is clunky
 Privacy enthusiasts are simply people who care for their privacy very heavily, they like to keep them self completely 
 anonymous when using technology; there are many reasons one may want to do this, for example, individuals in politically
 tense countries may wish to remain hidden when reading outside news sources or talking to others from the rest of the world.
 Another example could be those who have information that they wish to make public, as they deem it to be right to share, while
 a legally dubious, it is a reason that people wish to be hidden. And finally it may be that people do not want information 
 going to large corporations, who are known for selling user data.
 
 \subsection{Some known examples}
 When looking for privacy experts, historical examples are the best place to look; as these are well documented, and thus easier to study.
 There are many examples of privacy being used to better situations, for a multitude of reasons, and here is a list of a few notable and well
 documented examples.
 
 \begin{description}
 	\item[BBC reporters and readers: ] 
 		While not an individual, a very interesting case, to ensure those who live in countries
 		with restrictive media, or communications, the BBC have began to host a version of their news site over 
 		the TOR network\cite{BBCtor}, which means people from restrictive countries can read uncensored news without
 		their governments knowing. This service is also used by their reporters to feed back information from
 		countries with strict political monitoring.
 	\item[Edward Snowden: ]
 		In 2013 this man leaked many documents from the NSA \textit{(the American National Security Agency)},
 		outlining how the USA had full access to email communications between the majority of major email providers in the USA.
 		He is known for using many privacy and security related FOSS tools when fleeing from America to avoid prosecution.
 		While this is obviously highly illegal, with the USA prosecuting him under the Espionage Act of 1917; he is often praised
 		for his work, pushing against mass surveillance. What is interesting about him as an individual is that he worked for
 		the NSA and CIA and says that the mass surveillance was thought of as common in these places\cite{EDWARDsnowden}.
 	\item[Lawrence Lessig: ]
 		He is known for pushing digital privacy and free software, creating the Creative Commons\cite{CC}. He cares for privacy for the sake 
 		of it, not because he has things to hide like Edward Snowden, or because he is in a politically restrictive location. He has 
 		appeared in/worked on films, books and other media trying to push for free digital speech and free digital use. He believes 
 		digital privacy is one of many steps needed to achieve this\cite{LESSIG}. Creative Commons is known for its use adgacent
 		to free software, as they are both about sharing, reusing and avoiding limitations.
 \end{description}
 \subsection{What Free Software do they use?}
 While many tools come to mind when thinking of privacy, the most prominent ones have to be TOR and Linux.
 
 TOR (\textit{\textbf{T}he \textbf{O}nion \textbf{R}outer}), is a free software tool that allows a user to encrypt their network 
 traffic, and send it through three other computers first. This is similar to a VPN (\textit{\textbf{V}irtual \textbf{P}rivate \textbf{N}etwork}),
 which sends network traffic through an middle man before it is received at the server. This is a helpful feature as it can hide a users location,
 and bypass network blocks set by Internet service providers. The difference is that TOR, will go through three random middle men nodes, instead of one constant node\cite{TOR}. Using TOR makes it almost impossible for a server to know where the original 
 connection came from, and makes it very hard to intercept signals between the user and server, thus hiding the user of the computer.
 This \textit{connection masking}, as it is called, can be used to hide website traffic, messaging traffic or in fact any kind of network 
 traffic, to someone trying to spy on the user, they will never know where they are connecting too, how often they are connecting, or for
 how long.
 
 Linux \textit{(also known as GNU/Linux)}, as previously mentioned is a free and open source operating system, this is frequently used by privacy enthusiasts
 as it has been vetted by countless individuals to ensure it contains no malicious code that could effect a users individual privacy. GNU/Linux
 is split into many different distributions that are all individually maintained, some of them are designed for general use, while others are 
 meant for more specific use cases. All of them will be more private than Non-free alternatives as they are so rigorously checked. Some privacy 
 specific ones exist such as tails OS\cite{TAILSOS}, and some are designed for more offensive privacy and security such as Kali Linux\cite{KALIlinux}.
 
 \subsection{Why is Proprietary software not applicable for this use case?}
 For privacy experts and enthusiasts, free and open tools are preferable for the fact that they know what is happening internally. If a user were
 using Non-free tools, it would be impossible to know weather the code running had their privacy in mind, or if it would be sending data to a large
 corporation or other such entity. For this reason free and open software is perfect, there cant be any hidden malicious intentions as they would be
 seen by all who vet these tools on a daily basis. Another reason that one can draw as to why someone would want to use free tools is that they are
 less restricted in what they can do; Non-free tools are limited by corporate law and other such things, free software on the other hand is less limited
 as restricting what individuals make and share, would end up making many things in common life illegal. Its under these rules that tools such as
 TOR can exist.
 
 \section{Where else is Free Software used and why?} 
 Free software is used in many places, it is versatile, and easy to modify, which is ideal for most corporate situations or public 
 services. For example free software is in libraries to allow for easy management of books and databases\cite{LIBRARIESFOSS}. In libraries,
 it has made it easier to manage compared to alternatives, and people have been doing this for many years, via freeware and shareware and other
 older examples that are similar to free software.
 
 Another example is in the energy sector\cite{ENERGYsector}, where it is used to manage power distribution and preferred due to generally improved
 security, and ability to adapt to newer hardware systems. It does all this, while costing far less (or nothing), compared to alternative software's
 which are known for being highly expensive, often sold as a yearly service.
 
 \section{What's next for the Free Software space?} 
 In the coming years it is clear the free software space is going to grow, with major projects like Linux becoming exponentially more popular. These
 trends aren't showing any signs of stopping, and infact are increasing. From the growth in the space right now, one could assume that someone who is
 using one or two pieces of free software today, might be using	many more in the coming years.
 
 This recent up tick has been put up to many things, such as improved quality compared to the past. Many people say there is a lower barrier to entry, 
 with more user friendly software. Many also have become frustrated with the lack of control they have over there systems, data, and privacy; with things 
 changing without their control. All of these reasons, and many others have lead to the recent up tick in free software in the past 5 years.
 
 The same level of growth is being seen with developers, becoming a large community, commonly associated with the free software movement. Newer tools
 are always being made, with the advancements in AI, including the first open models and frameworks, such as Llama; new IDE's and improving features in existing
 ones, for example vim getting full/improved LSP features.
 
 
 \section{Closing thoughts}
 
 \subsection{A needed critisim}
 On a last note, it is important to look at the overall draw-backs accociated with FOSS projects, while they do develope at a faster speed
 and almost always put their users first, it should not be overlooked that FOSS projects are less stable in overall development, sometimes disapearing due to only
 having small development teams working on them. This is not to say to never use FOSS projects but a point to be considered.
 
 \subsection{My personal thoughts}
 After reading this paper, one can hopefully see there is some benefit to the use of free software by developers and privacy experts, as it clearly tends
 more to their needs, and is developed with them in mind, unlike alternative proprietary software. It is clear that it is a growing space, with
 more people entering, including non technical users, only getting better for specific use cases and more generic ones even given the draw-backs previously mentioned.
 
 For me FOSS has become the only way I enjoy computers, I have found the projects I like to use, made friends, and bettered my skills as a developer. It keeps me in control.
 
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 } 
 \end{document}