View source for Digital Distribution

{{Useful Notes}}
'''Digital distribution''' means sending media to the consumer by having them download it, as opposed to manufacturing disks or cartridges. The main advantages of this are that the consumer need not go somewhere to buy a physical copy, and the publisher doesn't have the cost of making and transporting the storage media eating into their profits. In addition, the seller can theoretically produce limitless copies of their product. The disadvantage is that since users make their own copies of the media, traditional methods of copy protection are useless. There are four business models which work well with digital distribution:

== Client/Server Model ==
The consumer is given a piece of software (the "client") which interfaces with the vendor's server. The client allows the user to purchase and download the media, and verifies that the user's copy is legitimate. All three of the 7th generation consoles, the [[Play Station 3]], [[Xbox 360]], and [[Wii]], have a built in client, and a server: The Playstation Network's Store, Xbox Live Marketplace, and Wii Shop Channel respectively. This continued with eighth and ninth gen consoles. The most popular service for computer users is [[Steam]] (owned by [[Valve]], the creators of ''[[Half-Life]]''), and larger publishers also have their own services (such as [[Origin (EA)|EA]], or the Epic Games Store). These specialize in games. There are also services such as the BBC iPlayer which use a similar system to distribute TV shows, although in this case for free. Also becoming popular are things like the Amazon Kindle (eBooks), where a piece of hardware is mostly a client and has little else on it at first. In the ninth generation of consoles, the entry level home consoles for PlayStation 5 and Xbox Series S were both digital only. If the user wishes to uninstall or delete the media, they are typically allowed to download it again at a later date.

'''Advantages:'''
* The client/software system makes piracy difficult, ensuring everyone pays for the products.
* The constant connection means that updates can be sent out automatically as soon as they become available.
* Extra money can be made with microtransactions, as with the razor blade model explained below.

'''Disadvantages:'''
* The user cannot have their purchases verified, and is thus unable to use them, if they lose their internet connection (Although some services, such as Steam, have found ways around this, and instead simply requires verification on an interval such as one week or one month).
* The client and server software, and the physical servers supporting them, are expensive and prone to faults, making them unavailable to independent producers (although some companies are happy to publish third party and independantly produced content with their services which inverts this somewhat).
* After selling the game, the service still needs to be maintained to keep the game available, at cost to the vendor.
* If the company running the service goes out of business or simply decides to shut it down, all the media is useless.
** For games that were ''only'' distributed via a digital model, this makes preservation harder.
* Some people just don't like the idea of the client running, even for a moment, while they're playing games or watching a movie.

== The Honesty Model ==
This is the simplest of the models. Just set up a website and some sort of payment system, have the consumers download the product (possibly with some copy protection, if you can afford it), and then send you the money (or simply request donations, rather than a fixed fee). The game ''[[World of Goo]]'' was successfully released using this method, and early versions of ''[[Minecraft]]'' are probably the most well known donation based example. The [[Humble Bundle]], with a user-specified amount going to charity organizations as well as indie developers, is another successful take on the model.

'''Advantages:'''
* It's cheap, anyone can do it, and anyone with an internet connection has access to the media.
* Preservation is the easiest with this model.

'''Disadvantages:'''
* There is no copy protection (or at least no strong copy protection) of any sort, so you'd better hope that the consumers are honest.
** Some companies consider this a good thing, of course.
* Because payments are entirely optional, developers and distributors must work ''doubly'' hard to ensure that the finished product is worth supporting. A consumer's dream come true, obviously, but very demanding for companies especially if they are small or juggling multiple franchises.

== The [[w:Razor and blades model|Razor and blades model]] ==
A model which rarely works for media other than [[Video Games]] and 3D-art creation. The name for this comes from the popular analogy of a shaving company giving away handles for their razors and making money selling disposable blades and shaving cream. The principle is the same: Rather than selling the software itself, the publisher makes money by having the user pay to ''use'' the software. Examples include subscription based models (as used with many [[Massively Multiplayer Online Role Playing Game|MMORPG]]s such as ''[[World of Warcraft]]''), which have the user pay a flat rate to keep playing, and "microtransaction" based [[Allegedly Free Game|Free-To-Play]] models (as used with ''[[Battlefield Heroes]]'') where the user may purchase additional content (such as extra maps or weapons). Some companies have taken a page from online streaming services, and offer a catalogue of games to play for a flat monthly fee.

'''Advantages:'''
* Not only does it solve the problem of piracy; it inverts it. The more people who own the software the better (and if they download it from somewhere else and save you bandwidth, better yet). This makes it the preferred business model in China (where piracy is rampant).
* Provides a constant source of income.
* Can be combined with the client/server model to provide an effective system to distribute the game and provide updates.

'''Disadvantages:'''
* Consumers may be reluctant to pay for extra content or pay a subscription.
* Has the same issues with infrastructure as the client/server model (although the constant income solves the issue of maintenance).
* The user still needs the internet to play, even if the game itself is offline.
* With multiplayer games using microtransactions, this can lead to a void between users who [[Bribing Your Way to Victory|can]] and can't afford extra content.
* If equivalent content can be found for free (and it sometimes can, [https://poserdazfreebies.miraheze.org/wiki/Main_Page legally, for 3D-art creation]), the vendor loses out altogether.

== The Advertiser-Supported Model ==
This is how traditional broadcasting works financially, and is generally used with broadcast-style one-way content like online streaming of TV shows, movies and music. The [[Video Game]] industry has not gotten into it as much, beyond [[Product Placement]] as an additional income stream.

'''Advantages:'''
* The content provider can offer their programming to all comers and still make a profit.
* Maintenance of existing content can generally be done this way due to a steady income.

'''Disadvantages:'''
* Content providers have to solicit advertisers as well as consumers.
* In this model the end user is the ''product'' - the advertisers are the customer.
* Nobody likes commercials, most people skip them at the first opportunity and if they can't they walk away until it's over.
* [[Think of the Advertisers!|Content that the advertisers don't like cannot be released without putting the ad revenue in jeopardy.]]
* If the ad model is not implemented correctly, it may be trivially easy for players to block ads, letting them effectively play for free.
== Cloud Based ==
So long as you run code on a client device you don’t fully control, you run the risk of the user making a copy and breaking your piracy protection. Even console games have been successfully cracked before. So if you absolutely want to avoid this possibility, what do you do? Why, never run any code of consequence locally of course! 

'''Advantages:'''
* Customer device specs don’t matter as much. You have a known computer to develop for, the customer device only needs to provide a decent screen, controls, and network connection. Even cheap or outdated devices can run the game as well as a high end device.
* Almost no risk of piracy. Someone would need to hack the game servers, and then get it to function outside the cloud environment it expects to be running in.

'''Disadvantages:'''
* Insanely expensive. Running normal servers for a game or storefront is bad enough. Add on servers that need expensive GPUs and oodles of CPU cores and RAM to handle far fewer players for the money.
* Not only is an internet connection required, a good connection is required. There can be no hiccups along the entire route, or the gaming experience will suffer. Latency will be an issue for many genres, so proximity to a data center is essential. Gamers in expanding global markets may have a worse experience.
* Preservation is near impossible.

Take care to note the difference between this and [[Digital Piracy Is Evil|Digital Piracy]].

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[[Category:How Video Game Specs Work]]
[[Category:Videogame Culture]]
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