I have a confession to make. There was a time when I did not believe that malware actually existed. Before 1991, I had never experienced a malware infection, nor had anyone else that I knew. I assumed that computer viruses only existed in Hollywood films.
What I eventually came to realize of course, was that viruses were real, but were nothing like the way that they were depicted in the movies. The first virus that I ever encountered was called Yankee Doodle. That particular virus infected MS-DOS .COM and .EXE files, but was perhaps best known for playing the song Yankee Doodle at a certain time of day.
Another virus that I encountered shortly thereafter was called the Cookie Monster virus. The Cookie Monster virus would interrupt whatever you were doing by displaying a picture of Cookie Monster on-screen, along with a message saying “give me a cookie.” If you typed the word “cookie” then the picture would go away for a period of time, and you could get back to whatever it was that you had been doing. Over time, the Cookie Monster would appear more and more frequently, but you could permanently banish him from your computer by typing the word “Oreo.”
These particular viruses, as well as some of the other viruses of the time, were relatively harmless – at least by today’s standards. While it is true that some strains of Yankee Doodle could completely disable a system, nearly any antivirus program of the time could remove the virus and put everything back to normal.
Over time of course, malware started to become far more malicious. While the malware of the late 1980s and early 1990s might best be described as disruptive and slightly whimsical, today’s malware can be downright nasty. We have all heard stories for instance, of ransomware holding data hostage until a ransom is paid.
The existence of ransomware points to a major shift in malware author’s goals. Early on, malware authors seemed to be primarily interested in causing a bit of mischief by engaging in what I like to think of as cyber vandalism. Later on, there were malware authors who seemed to be most interested in gaining notoriety by creating malware with capabilities that had never been seen before. Notorious viruses such as FunLove, Code Red, Mydoom, and Slammer come to mind, because they all received a significant amount of over hyped media attention.
In stark contrast, much of today’s malware (much of which is allegedly tied to organized crime rings or rogue nations) has been heavily monetized. I’m not just talking about ransomware, although that is a big part of it. There are also cryptominers that are designed to take over a victim’s computer, and then steal any cryptocurrency that it finds.
Another way in which malware has evolved is that its effects are no longer limited to the digital world. At one time, the absolute worst thing that could happen as a result of a malware infection was data loss. Today though, the effects of a malware infection can spill over into the real world. Malware can attempt to steal your identity, clean out your bank account, blackmail you, and the list goes on. But what are the ultimate limits of malware’s capabilities? Could malware ever be designed to commit murder?
On the surface, the idea of murderous malware sounds completely ludicrous. After all, your computer is not physically capable of picking up a gun and shooting someone. Even so, there are other ways to get the job done. To see what I mean, let’s take a step back and talk about some of the ways that computers can interface with the physical world.
Back around 2001, I used to write for a now extinct magazine that focused on home automation. In one of my columns, I jokingly wrote that my one of my aspirations was to be the first person to write a virus that infects home automation systems. Even though I would never actually try to infect someone’s home with a virus, the point that I was trying to make was that home automation has inherent security challenges that nobody was talking about at the time. To be perfectly frank, it really wouldn’t have been very difficult to take over one of these early home automation systems.
But think about what might happen if someone did manage to seize control over a home automation system. If the person is just mischievous, then they might have some fun with the lights, or they might turn off the air conditioner. If someone really had bad intent however, they could gain physical entry into the home by unlocking the doors.
As unsettling as that idea might seem, one has to consider that today it isn’t just homes that are tied to the Internet. Internet connectivity has become ubiquitous for nearly all manner of electronic devices. Most of the new cars being sold today for example, are also connected to the Internet, as are countless IoT devices, and industrial automation devices. So with that in mind, let’s go back to the question of whether it is possible for malware to commit murder.
A few months ago, I wrote an article in which I talked about a car that I used to own. The car’s electronics contained a glitch and the car would sometimes put itself into gear while I was sitting in a parking space. Thankfully I was always able to brake before the car could hit anything. If a random computer glitch could cause this kind of undesirable behavior, just imagine the harm that could be caused by a malware infection.
If the idea of a car’s computer system becoming infected by malware seems far-fetched, then consider a recent commercial for OnStar in which the service was able to remotely override a stolen car. This type of communications link could conceivably be exploited in an effort to infect, or to take control of a vehicle. Such an infection could easily initiate its own control inputs in an effort to cause a serious accident.
In a much more chilling example of a potentially fatal malware infection, MIT Technology Review recently published an article about a malware program called Triton, which the publication has dubbed as the world’s most murderous malware. According to the article, hackers had deployed the Triton malware at a petrochemical plant in Saudi Arabia. The malware allowed hackers to take over all of the plant’s systems. Although never activated, the malware could have been used to cause a critical malfunction, and to disable safety systems, thereby endangering human life.
I will be the first to admit that my vehicle example is theoretical, and that the Triton infection in the petrochemical plant was neutralized before it could cause any harm. However, there has been at least one situation in which malware did cause significant harm to humans.
The WannaCry ransomware infection impacted a number of hospitals back in 2017, crippling the systems used in treating patients. Thankfully, no patients died as a result of the infection, but according to The Parallax, the infection caused delays in patient care, which negatively impacted patient outcomes.
As far as I know there has not yet been a situation in which malware has been directly tied to a loss of human life. Even so, there have been several close calls, and it seems almost inevitable that malware will eventually be responsible for someone’s death. Murderous malware could even lead to a mass casualty event. Just imagine what could have happened if Triton had found its way into a nuclear power plant.
In an ever more connected world, it is going to be increasingly important to take measures to prevent malware from infecting critical systems. Manufacturers are going to have to adopt the same sorts of security best practices for IoT devices that are used to control access to network servers.
Featured image: Shutterstock
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