As our world becomes increasingly interconnected, the potential vulnerabilities grow exponentially. Our lives, and especially the infrastructure on which they rely, have never been more vulnerable. If Watch Dogs – Ubisoft's recently delayed open-world, multiplatform title – could be said to have a point, that would be it.
"People should question technology and their relationship to it," one of many on the Watch Dogs team that have decided to to 'take control of their digital lives,' tells me. "The more we put ourselves in the online world the easier it is to be exploited, and many people are completely blind to how fast their world is changing."
Watch Dogs (5/10/13)
This crater in real world security was the basis of important mechanics in Watch Dogs. Aiden Pierce, the game's protagonist, has the ability to tap into any person's phone with the touch of a button as he walks the streets of Chicago. Although the game's version of this invasion of privacy is quick and flashy, its core concept – the ability to take control of anyone person's phone to listen in on conversations or steal data – is based on reality.
Sitting with Graham over the next few hours, I'm told about some of the largest cyber-attacks in history, how various cities around the world were starting to implement the same kind of "big brother" technology seen in Watch Dogs and just how completely unprepared, unaware and unprotected the general public is. These stories inspired the narrative of Ubisoft Montreal's next game.
As the world grows impossibly complex, we've begun implementing new kinds of technology to help us manage it all. Supervisory control and data acquisition (SCADA) infrastructures – a computer-based industrial control system – have been at the forefront of that trend. SCADA computer network systems monitor and control major industrial processes, such as power generation and water treatment, in the physical world by a handful of authorized individuals. Early SCADAs used proprietary technology, so if any one piece failed, the system would be extremely difficult to repair. They were physically isolated and relatively few people at the time had the expertise to maintain them properly. That's not exactly a weakness you want to have in a critical element of your infrastructure. The solution, however, was arguably much worse. Modern systems are organized into huge networks so that they can be effectively managed and monitored from a various centralized locations around a region. From the perspective of an organization, that's a huge advantage, but it also means that an attack on a single site can disturb an entire network, putting the power of a large region or even an entire state at risk if security at even one location is compromised.
The first attack took everyone by surprise. A worm dubbed 'Stuxnet' infiltrated at least 100,000 systems between 2009 and 2012. Targeting very specific SCADA networks, the virus had a level of sophistication and complexity that, at the time of its discovery in 2010, was inconceivable. Following the discovery, a director at Symantec, one of the world's leading security firms, went on record to say, "The real world implications of Stuxnet are beyond any threat we have seen in the past. [It] is the type of threat we hope to never see again."
Its only discernible purpose was to disrupt Iranian nuclear enrichment programs, though research into the virus' code has since shown that is indeed capable of much, much more. Allegedly engineered by the United States and Israeli governments, the computer worm served as major inspiration for Watch Dogs; so much so, in fact, that the intro for the game's E3 demo was based largely on a Stuxnet/SCADA information video. Other national governments, jolted into the emerging landscape of electronic espionage and digital warfare, began reassessing their options and current strategies. The global community was caught off-guard, woefully underprepared for this new generation of invisible conflict.
While massive infiltrations such as these are unnerving, in some ways they pale in comparison to the potential risk posed by a new generation hackers and an intricately connected, yet poorly secured world. Late in 2011, a water utility in Illinois was hacked by a private entity in Russia, proving that it doesn't take much to breach the security of the most important arteries of modern civilization; a computer on the other side of the world will suffice.
"I think the point I [am] making with you [is] that what we are proposing in our game is exactly how plausible or grounded in reality our hacking game play really is. On the surface it seems fantastic and a bit sci-fi, but a dedicated hacker could plausibly do all the things we do through exploitation in SCADA system weakness," Graham says.
Watch Dogs' version of the real-world SCADA is CTOS – a fully-integrated system for managing and controlling the core functions of the city of Chicago. Trains, bridges, traffic lights, CCTV cameras and water utilities are all tied directly into one massive system; a one-stop-shop for hackers in game. It may seem a bit farfetched at first, that no one in their right mind would ever connect so many disparate mechanisms, but even that has taken a few steps closer to reality. Recently the city of Glasgow, UK, successfully bid for and won £24m to it become a "smart city" – beating out the likes of other major metropolitan areas such as London. Apps that monitor traffic, networking CCTV cameras and analytical software meant to help proactively prevent crime are all slated to be brought online within the next few years. It's unlikely anyone will be able to control such systems with the dramatic flair offered by Watch Dogs, but similar systems can and have been compromised in the past.
In modern civilization, no one is beyond the scope of technology. More often than not we lure ourselves into an artificial feeling of safety and it is information-age conspiracy theorists that have been vindicated. PRISM, the NSA's rather extensive monitoring program was, if nothing else, a clarion call for us to reexamine our relationships with the devices and services we use regularly.
"We are inspired by Anonymous as well as state-sponsored hackers and the tales of corporate espionage but we decided to create fictitious factions for the game," Graham says of the groups found within Ubisoft's Watch Dogs.
One of those organizations is known as DedSec, LulzSec's Watch Dogs analogue. Throughout a recent extended trailer for the game, the group's logo is clearly visible in several places, highlighting potential escape routes and environmental tools that protagonist Aiden Pierce can use. While DedSec is the only faction Graham mentions by name, he assures me there are others, stating that the game centers on Aiden's "dealings with [them]".
Many of us rely on our phones, our laptops, and our search engines and more to make our lives easier, to keep things simple and convenient, but almost never question how vulnerable we are. Recent real world news indicates society can never and may never again be able to ensure its privacy. Our entire livelihoods are digital, and when nothing can be locked down and secured, everything is vulnerable to attack.
The narrative found in Watch Dogs follows an accelerated version of society's vulnerability, using real world examples as the basis for its encounters and villains.
"It's important as creative people to observe the world around you and to make a statement in your work about what it means to you," Graham says. That is what Watch Dogs sets out to do, a game that may force us to think our time, about our generation, and about the adolescence of the information age.
Dan Starkey is a freelance writer based out of Minneapolis, MN. His work has been featured on GameSpot, IGN, Eurogamer and more. Follow him on Twitter.