Asleep with One Eye Open – An Interactive Surveillance Sculpture

Asleep with One Eye Open is an interactive sculpture. It visualizes police surveillance through a visceral form factor that combines new technologies such as facial recognition and robotics with age-old motifs such as spiders and puppetry.

Daniel Johnston, Kevin He, Todd Whitney


Conversations and public understanding of police surveillance are clouded by the fact that surveillance is an abstraction for most. Even as surveillance reaches into all aspects of our lives, our conversations about its impact on our well being are understated.

Police are one of the most powerful surveillance agents in American society. Under public pressure over recent years, American police have started using body worn cameras (BCWs) and touting them as great transparency tools between police and the public. However, their use of BCWs raises new issues over who controls the images, when and how the cameras should be operated, should the cameras detect faces, etc.

We've used these questions to create an interactive sculpture that questions police power, surveillance, and our ability to confront these powers. Suspended from the ceiling, the humanoid sculpture dons a police tactical uniform draped with four BCWs. Its initial focal point is the realistic 3D printed face, generated with machine learning fed on the faces of American police union leaders. As the audience investigates the face they unwillingly create a threat to the sculpture and it responds. The body cameras open up, revealing themselves to be animatronic eyes that converge on the viewer. Even as you try to escape, the infrared eyes on the body cameras make it known that you can't avoid its gaze once you've been seen.

The sculpture is the first step in a larger installation about surveillance. By combining new technologies such as facial recognition and robotics with age-old motifs like spiders and puppetry, Asleep with One Eye Open creates visceral feelings and perspectives on surveillance that lets the viewer know that they cannot escape once the eyes have been centered on them.

Intro to Phys. Comp.


Pulling off a “Bank Heist” remotely by signing in real-time

Jason Tse


BankHeist is a network interface that makes remote signing possible. Imagine you are in a situation that requires you to sign a physical document overseas, possibly for banking or legal purposes, but your tight schedule or cost of travel restricts you from leaving your current location. Especially during a pandemic, it becomes impossible to travel abroad to finish such a task in a safe fashion.

This is where BankHeist comes into play. By gathering the signer and the receiver in the same secure virtual signing room, utilizing and Crypto.js, the digital signature/strokes on the signer end will be transferred to the receiver's end. Once the receiver's computer receives the signature data, it will be translated into serial commands which then drives the AxiDraw machine over a USB connection, to essentially turn the digital signals into a physical signature on a piece of paper. When the signing session is being conducted, the receiver and signer will be connected with a video conference call (e.g. Zoom) to prove their physical presents while the signature is being sent over the internet. Not only it eliminates the physical distance restriction, but it also adds an extra layer of security to the entire signature process. It is far more secure than digital signature solutions available in the market, for instance, “DocuSign”, where users can easily replicate a signature, or sign for another person if they have access to the signer's computer.

Understanding Networks

our house: the data that we hold near and dear

Tuning in to other people's houses via unsecured webcams.

Anh Le


An exploration into the world of found, unsecured surveillance cameras, particularly ones that look into personal spaces, and the implications of viewing these cams and their roles in a socially-distanced world.

Intro to Phys. Comp.