Monday 22 September 2014

Chapter 4 + Conclusions

Chapter 4 – Valve the company

Before we see how Valve has contributed to the gaming industry, lets look at how they work. Afterall, it is how they managed to continuously bring out innovations that are interesting and, not what products they have released. Valve is a company dealing in the games industry but they can approach it in whichever way they think is most valuable. In their new employee handbook, the company is described with these defining features. These are what make Valve fundamentally different; and through these differences, innovative experiences and solutions are created.

  • Valve is self-funding, no outside financing
  • Valve owns its intellectual property
  • Valve is more than a game company
  • Flatland hierarchy
  • 100% self-directed projects
  • Desk with wheels
  • Stack ranking (peer reviews)
  • Advancement and personal growth
  • Hiring T-shaped people

Firstly, by trying not to restrict their employees, Valve has made an environment called Flatland; meaning there is no management and there is no boss. There are no stakeholders to appease, no licensing worries, and development is not strictly within games. This structure has made Valve into a unique environment to work in and resulted in the release of Half-Life, Counter-Strike, Steam platform, Steamworks, Source filmmaker, and most recently, the Steam machines. These are not all games. People are free to decide on what to work on, and where to utilise their skill set within the company. With this, the “Desk with Wheels”(illustration 1) was invented rather humorously to illustrate that people really are able to move. Deciding what you believe will be most beneficial and what to work on is more important. With no manager, desks are on wheels where computers are attached, making moving is easy and not at all frowned upon. Of course there should be coordination between groups, and there's common sense to move at an appropriate point in time. Everyone on a project is an individual contributor, doing whatever is needed such as coding, artwork, level design, music and so on, including the leads; there is no such thing as a pure management or architect, or designer role. (Michael Abrash 2012)

  • Of all the projects currently under way, what’s the most valuable thing I can be working on?
  • Which project will have the highest direct impact on our customers? How much will the work I ship benefit them?
  • Is Valve not doing something that it should be doing?
  • What’s interesting? What’s rewarding? What leverages my individual strengths the most?


Illustration 1: NEH: Intructional illustrations

Secondly, T-shaped people (illlustration 2) are highly sought after. These are, people who have a broad set of skills and are also experts in a few other disciplines too. This is because generalists do not contribute much, and specialists are too focused to be useful. These are the most useful in a company like Valve. They need experts in a variety of functions to be flexible and able to innovate in different areas of the company. But they also need the have a margin, so that when needed, they can be called upon to help contribute to other projects that the individual is less specialized within. Valve is very sensitive to change and because of that, hiring the right right sort of people is vital. Flatland means that people are able to make bad decisions and steer the company into the wrong direction and make expensive mistakes. Instead of penalizing, valve looks at the lessons learnt from mistakes to enable them to move forward. “Screwing up is a great way to find out that your assumptions were wrong” (NEH), but as long as you update your model and not be afraid to collect more data and experiment, progression is made. There is a tremendous amount of trust that a lot of good decisions are made, where bad decisions make up for it. Employees are the most important assets to Valve.


Illustration 2: NEH: Ideal hiring applicant

“There are a bunch of things, like the people who are really talented often don't fit into rigid boxes. It's part of why they're good. For example, Ken Birdwell was one of the first people here and he has a bachelors in Fine Arts -- he's an artist -- and he also happens to be able to program really well. At any other company he would be sort of forced to fit within an existing structure but if you look at the class of problems he's able to solve since he can animate, model, and program he's able to invent solutions that other people can't.” (Gabe 2014)

Problem solvers

So how has Valve, a company as an innovation machine, been able to translate to a profit machine? After all, they are not innovating just for the pure joy and philanthropy of it all. How did they tackle the issue of piracy? What has the Source engine, Steam platform, Source Filmmaker and Steam machines achieved?

Piracy has been rife in the gaming industry for years, particularly in PC gaming. Accompanying piracy, Digital Rights Management (DRM) has also been there as a deterrent. Unfortunately, it has long since been a clear a losing battle as almost all games are able to be pirated through all sorts of methods. Serial numbers, limited installations, and online authentication eventually gets bypassed in one way or another, often to detrimental effect of the user experience. Console games have long since been better at combating piracy with hardware requirements but even so console piracy is prevalent. This issue has often been deciding factors for many game developers to make only console games. But with the additional costs of marketing, distribution and development restrictions in making console games, this makes the games expensive. Valve's solution was released in 2003, in the name of Steam.
Steam was a platform in which users were able to browse, purchase and play games (illustration 3). It's a digital distribution that keeps your games within a library and has additional features such as friends list and in-game voice chat. Steam is also DRM, because it will check your license when online, and is restrictive. But there are a few key differences that make Steam's DRM much more appealing. All purchases and authenticated games can be added into your library of games and stored to your account. It means that games purchased can be stored safely in your account forever. There is assurance and confidence to this that people do not get when purchasing console or even PC games. A physical copy of PC games always had a stigma that it would require a serial number to install and then if you had misplaced or lost the CD, it was gone forever. PC games were often more 'disposable', as many eventually lost interest and discarded the CD altogether. Then a couple months along, the game would be uninstalled in favour of a new game. This was entirely different to console games which were seen as valuable physical items. Particularly when cartridge games were unable to be pirated, in the early days of console gaming. Notable examples are, the Sega Mega Drive and Gameboys in the early 1970s. The Steam platform has changed the experience of owning a game.
Secondly, games have progressed into an area where it has not become an isolated activity. Many games have since tried integrating multiplayer experiences, but it is not until recently that the internet has progressed games into social interaction. Console games have previously only really ever allowed less than ten players at a time without internet. Now, interaction can happen with hundreds of other players. Phenomenology has always been an interesting part of games, that is, the self-projected image of one's self into the world. It is the feeling of being in the world of the game; the immersion of one's self within the rules of the game. People like to interact, chat, explore games together and Steam is able to feed this desire to create a more connected community of gamers. For example, Valve released Team Fortress and Counterstrike in the years 1999 and 2000. Both series of games still continue to today in 2014. It is the community and experience that keeps people using this platform. The Steam community, even though it had an unstable start, it is now a vast network encompassing a variety of activities.
Being an online distribution platform, it is able to integrate all the technological advances along with the Digital Age. Games consist of only a portion of the whole economy that Valve has created, because there is just as much time spent in the games as outside of them. Steam can be a market place, a modding community and also social media site. People are able to go on to steam to voice chat, browse games, read forums, write reviews, and interact. This goes for everyone: players, game developers, publishers, modders and of course Valve employees too. It means that games developers are able to gain feedback from gamers, and respond appropriately with regular updates. Games which previously had problems can be fixed and updated to your game quickly. The introduction of this vibrant interaction which allows games to have a longer shelf-life and can be evolved in little time is what gives value to this service. The steam platform is beneficial for so many users that piracy has become much less of an issue. One of the most common excuses for downloading a pirated game no longer applies: “Games cost too much”.
With the vibrant 7.1 million communities of users in December 2013, the success is clear. People enjoy using the service provided; developers are happy to use the Steam platform, and piracy is brought to a minimum. And now, through the continued response and feedback from the their community, the recent introduction of filmmaker allows players to branch out into other disciplines. Who knows what will be next, Steam consoles within living room?



Illustration 3: Steam platform interface


Conclusion

It seems then, that this account of innovation has had a long history. Innovation has always been identified as a way to become profitable, by Adam Smith, Ronald Coase, Ronald Shumpter and Karl Marx. Firm thrive to be innovators, yet have somehow become the blind to the value of creative minds. Instead, leaders have become engrossed in an hierarchical system, only to reap the benefits of the company. But it is in the Digital Age that has finally shown that the invisible hand still holds true. It has been clear; Gabe Newell witnessed the transition and grasped at the opportunity by creating Valve; an environment where creative minds can play and are shown to succeed in today's fierce competition. Their Steam platform has rocked the gaming industry by combating piracy effectively. But in the end, it appears that Valve's success is not the innovation of creating new and interesting games, but creating an environment suitable for gamers.

References:

http://www.valvesoftware.com/jobs/index.html

Bibliography:

Valve, New Employee's Handbook (2014)
Stickdorn/Shneider, This is service design thinking (2013)
Bill Price/David Jaffe, The best service is no service (2008)
Yanis Varoufakis, blogs.valvesoftware.com (2012)

Mike Abrash, blogs.valvesoftware.com (2012)

Pang Designs - Beginnings

To start this new academic year and end this year's amazing summer, I will be starting to really push to setting up a personal design studio. Completing my degree and exhibiting at London's New Designer's 2014 made me realise the quality of work out there to become a designer. Meeting and seeing all these designers showed me I was not ready. However, I did not think it was a level that was far outside of my reach.

From 2nd to the 5th of July was hectic and an amazingly fun experience for me and my colleagues. It took us roughly five hours on the Tuesday to set up our show. Taking it down took two. As with all team related tasks, puzzled faces and discussions were plenty. Including myself! I had never applied vinyl before, never mind sheets that were over a square metre in size. Thankfully, Stephen was out in-house expert and co-ordinated the operation.  To keep this post a lot shorter and to the point. I'd thought I would show some really cool designs at the show. These were really inspirational and I would hopefully glean some design ideas from in the near future.








Kai Venus's upcycled knives from sawblades. I loved the rural styling and simplicity, but he was charging £25 for a knife which was actually rather cumbersome. The steel was soft and required to be honed and sharpened regularly. However, I really enjoy the idea of upcycling and this is clearly a viable way of reusing scrap steel. With some heat treatment and source for higher quality steels, I think this can be a really fun and enjoyable range of knives.


Really comfortable stool that sat on large rubber grommets to give a firm, yet comfortable spring. There was about 1.5 inches of travel. The stool top was welded onto a very large industrial screw which threaded into large nuts in the stool base. This means the stool is height adjustable. Ergonomics taken into consideration very well!


This chair was a very elegant and interesting design. Made using beech wood and steel joints it was very strong and allowed a canvas seat to be hung from the frame. Very modern and unique design. The designer was called Will Phillips.


This V-Speaker as it's called is a speaker cabinet that acts also as table top. There are control knobs on top, as well as recessed area for placing your music devices, keys or whatever you want. I really love the idea that this product is also a piece of furniture. Because it is very free from the world of audiophiles, where sound is is scrutinized in every way possible. This product is really a great for students, or open plan living, as well as for people with very little space and listen to music everyday.

Finally, the last few photos are of York St. John's show, featuring Rachel Smith's reading lounger, James Birkbeck's space saving stack, Rowan Spear's multifunction unit, Kerry Foulger's wooden toys, and Josh Parker's 3D printed plastics and ceramics.  Mine is there of course; the flat-pack coffee table.  Hope everyone who came enjoyed it!