Instead of conclusion


For small scientific projects like this it is always difficult to find some funding. And here it is time to speak about economic sustainability.

Economic sustainability is the use of various strategies for employing existing resources optimally so that that a responsible and beneficial balance can be achieved over the longer term. Within a business context, economic sustainability involves using the assorted assets of the company efficiently to allow it to continue functioning profitability over time.

Palm with a plant growng from pile of coins

So, here it is easy to find overlapping with social and psychological aspects. To start this project there is no need to hire experts to do certain tasks. All is achieved by people who are involved voluntarily, because of some factors discussed in the previous article. And based on the definition given above, by “assorted assets” we may understand all motivated people. So, be creating good and efficient product which would keep them motivated we can create a sustainable system, which doesn’t need any further money income. This system will continue functioning i the future.

As a conclusion,  I might say that making more investigation about sustainability pillars in a perspective of GWP and crowdsourcing since helped me to built a plan of sustainable development for this project. It is certainly achievable and it would cover different aspects of sustainability. These topics are nice examples of overlapping and connections between all perspectives.




Social and Philosophical pillars

Together we have it all

As it was already mentioned main idea of my game is that it is going to be crowdsourcing. So it is all about participation and contribution. This has a lot to do with social and philosophical pillars of sustainability.


Social and philosophical sustainability are less defined and less discussed then environmental and economical ones. Though, as for my mind, they are not least important. We can define social sustainability as the ability of a community to develop processes and structures which not only meet the needs of its current members but also support the ability of future generations to maintain a healthy community.

Nobel Laureat Amartya Sen gives the following dimensions for social sustainability:

  • Equity – the community provides equitable opportunities and outcomes for all its members, particularly the poorest and most vulnerable members of the community
  • Diversity – the community promotes and encourages diversity
  • Interconnected/Social cohesions – the community provides processes, systems and structures that promote connectedness within and outside the community at the formal, informal and institutional level
  • Quality of life – the community ensures that basic needs are met and fosters a good quality of life for all members at the individual, group and community level (e.g. health, housing, education, employment, safety)
  • Democracy and governance – the community provides democratic processes and open and accountable governance structures.
  • Maturity – the individual accept the responsibility of consistent growth and improvement through broader social attributes (e.g. communication styles, behavioural patterns, indirect education and philosophical explorations

Let’s see how this corresponds with crowdsourcing games. From the definition it follows that a lot of people are involved in this process, and they all are from different layers of society. And doesn’t make any difference on how rich the person is, his or her abilities to participate  in this project are always equal. The more diverse participators would be, the better is the result. To build AI later on in is needed to have as much different results as possible. Only this may help to make the AI more human – alike.

It is really important, that once launched, this system can live on its own.


To achieve social and philosophical aspects of sustainability it is needed to understand needs of everybody, who is involved in a project. This can be done through analyzing motivation factors.

trait perspective: individual stable motives (achievement motive, need for power, need for affiliation). So, in the project achievements and success would be emphasized, by usage of leaderboards and badges. This project will be a competition, with several winners. So, it would engage players with strong achievement motive mostly. It is important to make a belief around this ‘game.

behaviorist learning perspective: results from past positive and negative reinforcements, which influence the probability of future behavior. ‘Players’ would be motivated by fast feedback – evaluation of their results by other users.

perspective of self – determination: focuses on social – contextual conditions. Players would experience both autonomy and social relatedness.

perspective of interest: individual preferences and content aspects.

And as these processes have to be mutual, every person involved in a project should take care about 2 things:

  • First, do no harm—In what ways are we undermining these needs for our stakeholders?
  • Second, make a positive difference—How can we contribute to meeting these needs in a sustainable way?

Also, speaking about these aspects of sustainability we shouldn’t forget about cons of using gamification and crowdsourcing science.

First of all, motivation factors, described above, should be achieved successfully. Otherwise, there is a risk that somebody wouldn’t be fair enough or wouldn’t take the participation in the project seriously enough. And so, his / her results wouldn’t be correct and can be really harmful for the statistics and the project.


And is it all good about gamification? Some scientists think that it blurs boundaries between virtuality and reality. So, for example, when used a lot in studying, students may not realize danger of chemicals or electrostatics because their only experience in using them has been in simulations online. And similar examples may be found in different spheres of life.

But what is even more dangerous, is that it leads to overstimulation or game play addiction. And as a result, people do not have enough stimulus to do something, what is not gamified and can manage their time poorly, based mostly on the will to achieve new level, and not to complete the task which was gamified.


Sustainability. Technological sustainability.

Society at large benefits from open source ventures…

the more knowledge we have access to, the richer we are!


To begin with, I’d like to describe you my vision of what sustainability is. It could be defined as an ability or capacity of something to be maintained or to sustain itself. It’s about taking what we need to live now, without jeopardising the potential for people in the future to meet their needs. If an activity is said to be sustainable, it should be able to continue forever. But of course, this definition is quite general. And you should always define more details looking into every particular case. To achieve this, we may define main pathways to sustainability. They are: Social, Technological and Economical and Philosophical Pathways to Sustainability. One can define others also, or group them differently, but for me this division seems the best one.



In this article I’m going to talk about technologically sustainable web.

At the firs glance, it may sound strange that Internet has something to do with the sustainability. But it really does. Nowadays, a growing number of industries are trying to reduce or at least curtail carbon footprints and energy use. Emissions standards have been set for most of them. Yet the internet’s carbon footprint is growing out of control: a whopping 830 million tons of CO2 annually, which is bigger than that of the entire aviation industry. And it keeps growing.

About 40% of that amount is dependent on Web Developers. Mostly, because of features like rotating carousels, high-res images, and more, we have been designing increasingly energy-demanding websites for years, creating monstrous HUMVEE sites.

The good news are that we have several methods for improving the situation. To make it easier, you can always start by evaluating your website with automatic tool, EcoGrader, for example. Its rating is based on website speed, performance, fundability and green hosting usage.

Though it is quite hard to calculate website’s carbon footprint, here is rough overview of possible way to do that:

  • A 2008 paper from the Lawrence Berkeley National Laboratory suggests it takes 13kWh to transmit 1GB.
  • According to EPA figures, the average U.S. power plant emits 1.2 pounds of carbon dioxide equivalent (called CO2e) per kWh produced (other countries have higher or lower averages depending on their energy policy).
  • If we multiply 13kWh by 1.2 pounds, we get 15.6 pounds of CO2e—and that’s just to transfer 1GB of data.
  • Typical page now averages 2.21 Mb (It was 1.29 Mb just 3 years ago).
  • At 15.6 pounds per gigabyte, that’s more than 10 tons of CO2e.
  • Mobile data, with its reliance on 3G/4G, is up to five times more polluting—77 pounds CO2 per gigabyte.
  • If a million mobile users on 3G download a 1.4MB page, that’s 1,367GB times 77 pounds, which totals 52 tons of CO2.

Of course, last year situation changed greatly. Now connection is a way faster. But with getting more fast internet, we keep inventing features which require more and more speed / place / productivity.  And we shouldn’t forget about important factors like how much of the data center’s electricity comes from renewable or fossil fuels or end-user electricity usage. That is where ‘green hosting‘ comes from. Many of them are powered by renewable energy—particularly in Iceland, where data centers have opened to take advantage of cheap geothermal power. Green hosting might not be for everyone yet (it can be more expensive, and Iceland might be far from your customers), but more local green hosts are starting to appear. Some cloud-based services are getting greener, too: Google, Apple, and Rackspace get some of their power from renewables.

So what can every Web Developer do? I’d define three main aspects:

1. Make your web application efficient.

Start with using less big images and scripts.  The lighter the page, the faster it will load. Optimist your content and code. For a quick testing, use Google Page Speed at your site, and it will identify which techniques could be applied to help speed it up.

Use dark colours. It is estimated that if Google were a black page, rather than white, it would save 750 Megawatt hours of energy a year.  There is interesting initiative around this, the black alternative to Google, Blackle. It shows that it has so far saved 5,313,697.703 Watt hours (compared to Google).

This will help you not only to make your site more sustainable, but also to follow up with modern trends to 2015 year, as more and more of them are following the same guidelines, as sustainable websites do.

Make your web application easy to find, use annotation, tags, proper SEO. Nowadays is a must to have optimized versions for all types of devices, which is not only increasing speed of your page load, but is also improving UI / UX of it.

2. Designing for good. 

This thesis makes nice connection to social and philosophical pathways.  It is of the same importance to create websites that are sustainable in their end goal – that promote good causes. This is where connection to my Thesis is the most clear. Yet I’m going to develop my game with best coding practices and make it optimized for different devices, the main purpose of it is a good one.

I’ll speak more on it in my next article, where I’m going to cover social and philosophical aspects.