VR 'inception' attacks exploit developer mode loophole and VR's dreamlike unreality to manipulate what you see, steal real personal data

"All but 1 user attributed it to imperfections in the VR platform"
"All but 1 user attributed it to imperfections in the VR platform" (Image credit: Shutterstock)

VR headsets are meant to bring us closer than ever to the immersive technology promised by sci-fi classics like Neal Stephenson's Snow Crash (1992) and its actually-cool Metaverse—but now, researchers have demonstrated VR hijacking attacks closer to sci-fi espionage a la Inception (2010) [h/t Hackster].

However, the naming of these VR cyber attacks as either "immersive hijacking" or "Inception attacks" still shouldn't inspire confidence. Fortunately, the researchers debuting and disclosing these concepts in their Cornell University paper ("Inception Attacks: Immersive Hijacking in Virtual Reality Systems") also describe "potential inception defenses", and for now the attack is at least limited to Meta Quest VR headsets.

"Immersive hijacking" works by using a so-called "inception VR layer" between the user and a regular-looking version of their operating system, an attacker can intercept and control all the user's interactions with internal applications, external servers, and so on.

A visualization of the "VR Inception attack" in action

A visualization of the "VR Inception attack" in action (Image credit: Zhuolin Yang and other researchers (via Hackster))

The attack is fairly all-encompassing, but let's narrow it down to the attack vectors covered. First, it seems that proper attacks weren't tested on the 27 volunteers studied, only their ability to notice when a hijacking happened during an otherwise normal session of Beat Saber. The only visual tell was home screen flickering prior to play, and all but one of the ten people who noticed it attributed it to an innocuous system glitch.

Additionally, malicious VRChat clones were present on the devices. According to Heather Zheng, professor at University of Chicago and leader of the research speaking to MIT Technology Review, "Generative AI could make this threat even worse because it allows anyone to instantaneously clone people's voices and generate visual deepfakes."

Most ominously, a cloned browser also demonstrated the ability to completely hijack a web banking session. This included changing the balances the user could see, and even actively changing the amounts sent by the end user, completely stripping away their control of the online banking process in such a way that someone affected could be bankrupted without even knowing it.

It goes to show that as VR continues to evolve, cybersecurity measures will need to evolve with it. More technically-immersive and safer aren't necessarily the same thing.

Freelance News Writer
  • edzieba
    To translate from hyperbola to normality:
    If you take a device, and replace the applications that device runs with a different set of applications containing malicious payloads that appear to function like the non-malicious applications, those malicious applications can trick users into interacting with them and inputting data.
    Reply