One of the fastest growing areas of games industry is the development of games for more than just entertainment. Harnessing the power of games for alternative purposes – for education, training, communication or social change – is something we’re very passionate about, and one sector which we believe will benefit most from games’ reach and transformational qualities is Health.
This post attempts categorises the opportunities, and showcase some of the best games leading this charge.
One of the most visible parts of the health sector is focussed on outreach and education. The success of any public awareness campaign is measured in reach and engagement, and the pervasiveness of games and their flexibility makes them the perfect tool to target large numbers of people with a variety of subjects.
A great example of this reach is Plague Inc., a strategy game that challenges the player to kill off the world’s population. Whilst not designed as a health awareness project, the modelling of the factors and spread of disease are realistic enough for it to be praised by Center for Disease Control and Prevention for it’s strong educational intergrity. As the 15th highest grossing iPhone game of 2012 in the US the game has educated over 10 million people about how disease spreads globally. A huge success for the health sector, even if not the intention of the designer.
Beyond the potential reach of games lies their power to create deeply immersive experiences. That Dragon, Cancer (website, video) is a highly emotive games that lets the player experience what it’s like to have a son with terminal cancer. The website describes it as “an adventure game that acts as a living painting; a poem; an interactive retelling of Ryan and Amy Green’s experience raising their son Joel, a 4-year-old currently fighting his third year of terminal cancer. Players relive memories, share heartache, and discover the overwhelming hope that can be found in the face of death”. A very emotive experience which is well suited to the affordances of the first-person perspective.
Screenshot: That Dragon, Cancer
Actual Sunlight and Depression Quest both attempt to show the player what it’s like to suffer from depression. Two games that transport the player to a time and place and deliver an experience with creates empathy and strong resonance. The holy grail for any communication initiative.
Could just playing a game actually have a neurological or physiological effect which would be useful in the treatment of medical conditions? Emerging research is saying it can.
In the British Medical journal the act of playing games has been reported as a very useful tool in distracting or reducing chronic pain in Children suffering from cancer.
Recently released UCL research also shows that playing Real-time strategy games (in this instance starcraft) improves the players neuroplasticity. These improvements are a consequential benefits of playing an ‘entertainment’ game, but smart companies like My Cognition are blending game design with cognitive learning models to improve the efficacy of the hypothesis with the ambition to turn a game into both treatment and diagnosis.
One of the major factors when treating long term or serious illnesses is managing the psychological impact of the diagnosis and subsequent treatment. This is never truer than when the patient is a young child. Re-Mission 2 is a collection of online games designed to help young people fight cancer. This version was informed by research on the original Re-Mission game that demonstrated how a specially designed games can drive positive behavior change to improve biological health and illuminated how game play impacts brain function to motivate healthy behavior. The games are simple, but the research is hugely exciting.
Screenshot: Feeding Frenzy from Re-Mission 2
Whilst Re-Misson’s games are cathartic and affirming, not knowing what is about to happen is as worrying as knowing why it is. Surgery Squad allows players to play through their surgery before hand, under the premise the more you know, the less is you fear. Not for the screamish.
Surgery has always provided a rich source of inspiration for games. Trauma Center, Amateur surgeon (2, 3) and most recently the QWOP-inspired Surgeon Simulator have made surgery games mainstream. But games have something to give back to this specialist field too.
Screenshot: Surgeon Simulator
Games have long been used for skill and scenario training, largely down to their fail-safe quality. Touch Surgery was created by four surgeons who felt the teaching of surgery could take cues from touch-gaming. It’s light on game play but the jeopardy is most definitely there.
Whilst it’s perhaps obvious, it been reported in a recent study that surgeons who play video games regularly had better dexterity, thus helping them perform their job better. Game technology is also finding it’s way into the operating theatres, with Surgeons reportedly using Kinect to interact with computers without having to scrub up again.
The mainstream press has always latched onto the sedentary behaviour implicit with deeply immersive games and the RSI potential of the highly repetitive interactions demanded of them. However the ‘sensory controllers’ of the big three consoles has quashed this stigma and resulted in an influx of games which challenge dexterity, co-ordination and general levels of fitness.
Nintendo’s Wii Fit, Microsoft Xbox’s Kinect Fitness (Your Shape evolved) and Sony Playstation’s Move Fitness allow players to bring a virtual personal trainers into their own home. Each control system has it’s merits, but all three have the transformative potential that can come from the games ability to engage and motivate participation.
Screenshot: Xbox’s Kinect Fitness
The kickstarted Zombies, RUN! is a mobile game which adds gameplay and story to a traditional running app. A great cross-over product, that will get those that wouldn’t necessarily run, running. The follow up, The Walk is likely to be even more successful as it’s targets a bigger audience, walkers.
GeckoCap records a child’s use of an inhaler using a simple augmented cap. Game-like mechanics reward the child for participating, whilst the collected data is presented in way that allows parents to monitor and manage the disease. It’s simple and effective virtuous circle which allows for the effective management of the condition.
Whilst Nintendo’s 2009 vision of the pulse-driven gameplay has faded, the opportunity to read your vital statistics in game is palpably close. Xbox is leading this charge with it’s next-gen Kinect. The camera controller is so accurate that it can see the heartbeat of the player, pinpoint not just joints but also joint rotations, track muscle tension based on body models and can also interpret the amount of force being applied to both your body the floor. The tech demo shows this in action. The potential for games to diagnose and rehabilitate a range of structural and postural conditions is huge.
Developing new drugs is a staggeringly expensive endeavour, and for everyday a drug fails to reach the market, drugs companies record huge losses in potential revenue.
Failing trials is a potential cause of this, so removing external factors which can cause this failure is a major endeavour for all the companies involved. Interestingly, a major cause is the result of trial-patient drop out. Mitigating this through incentivisation is of course prohibited by law, so games provide a very exciting opportunity to sustain engagement over extended periods of time, whilst providing some genuine fun for the participant, during what can be a long and arduous process.
We’ve just finished a large-scale game, created for (only!) 700 trial participants, to be played in 10 different countries and designed to sustain their interest for 2 years. This type of brief creates unique opportunities in terms of the way you use social game features for ultra small playing communities and how you maintain interest over many months. We’ll post how we did it after the trial launches early next year.
A game genre led almost entirely by Science and health professionals is human-based computation games, or crowd-sourced gaming. Put simply, it uses the power of a gaming community to help advance progress in a specific field.
The games themselves are often linked to very specialists fields such as protein folding algorithms (Fold-it), decoding the code to genetic diseases (Phylo) or finding the connectomes of the retina (Eyewire).
Most notable in terms of gameplay is Eterna, a puzzle game in which players help to solve real life RNA molecule folding problems. Starting out with simple, yet addictive puzzles, the player is trained up until they have the skills to contribute to regularly changing RNA problems posed by the scientists behind the game. Top voted solutions are synthesised in a lab and ultimately improve RNA folding research at a much faster rate than traditional computer models.
Screenshot: Eterna
The genre uses the broad appeal of games and the human brain to advance science in a deeply symbiotic (and very futuristic!) relationship.
The ubiquity of games underlines the value society now places on them. Games have the ability to capture attention, to tackle challenging subjects, to target niche audiences and create deeply memorable experiences like no other medium.
Opportunities for games in the the health sector are clearly far reaching. Advances in technology, the pervasiveness of devices and the new ways of interacting with games is driving innovation and opening door to many new creative opportunities. Increased commercial focus and investment is also placing greater emphasis on hard research, slowly legitimising games as a serious tool capable of solving serious problems.
Whilst games aren’t a silver bullet, they are a powerful disruptive force that will define new ways of engaging with patients and offer new possibilities for managing, understanding and treating a range of conditions. Not least, the patient will hopefully have a more enjoyable and familiar experience!
If you work in the health sector and are interested in creating games with purpose then drop us a line.
