The EyeBorg Project

The EyeBorg Project
The EyeBorg Project is the work of Rob Spence, a one-eyed Canadian filmmaker and Kosta Grammatis, a former avionics systems engineer. Spence and Grammatis have teamed up with Phil Bowen, an ocularist, and Steve Mann, an expert on wearable computing and cyborgs, on the project of embedding a video camera and transmitter into a prosthetic eye that Spence will wear. Spence’s latest film is a documentary about surveillance and humanity, and the EyeBorg Project central to the film will record the world from a perspective that has never been seen before – with a bionic eye camera that fuses technology with the human body.

Spence, who lost sight in his right eye as a 13-year old, will not be restoring his vision and the camera will not connect to his brain. His plan as the “EyeBorg Guy” will be to connect a camera module to a transmitter located inside the prosthetic eye that can broadcast captured video footage. To boost the signal Spence plans to wear another transmitter on his belt. A receiver attached to a hard drive in a backpack could capture that information and transmit it for real time uploading on a web site. 

If successful with this project, Spence will become one of a growing number of life casters – people who use video and internet technology to record and broadcast every moment of their waking lives. The difference here, however, is that Spence will be recording his everyday life and encounters with a bionic eye.

Even in our age of advanced miniaturized technology, fitting a wireless video camera into a prosthetic eye is an engineering challenge. The shape and size of Spence’s prosthetic eye is the biggest limitation at 9-mm thick, 30-mm long, and 28-mm high. Bowen, the ocularist working on the EyeBorg Project, reports that the average area available inside the prosthetic for an imaging sensor is only about 8 square mm. The world’s smallest CMOS camera, 1.5mm square, is being used; however, a digital camera has more components than the visible lens and sensor, including the power supply and circuitry for image processing. An RF transmitter provides wireless transmission of the video signal and the power is supplied via lithium polymer battery technology.

Developing the prototype prosthetic bionic eye was a challenge. Bowen needed to redesign a traditional prosthetic eye, changing it from a single piece to a two-piece prosthetic that could snap shut.  The camera, transmitter, and power supply need to fit in between the two pieces, and the fit needs to keep everything dry. In addition to size and waterproofing issues, the weight of the eye is also an issue; modification of the prosthetic eye adds weight, which may affect wear in the eye socket, and possibly affect the appearance of facial structure. 

Spence has a blog running with updates on the projects web site. He says his goal with the EyeBorg Project is twofold: to raise awareness of constant surveillance in society and to get people talking unselfconsciously.

TFOT has covered stories in the past about bionic technology, including mind-controlled bionic limbs, and Festo’s bionic arm. TFOT has also covered a story on SpyFinder, invented by C&C Technology, which is a personal gadget used to detect and locate possible hidden cameras.

You can read more about the EyeBorg Project on the eyeborgproject website.
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About the author

Judy Duncan

Judy Duncan holds a B.S. degree in Occupational Therapy with a minor in Psychology. She has over 25 years of experience in the health care field working in a multitude of venues, including acute care, out-patient, home health, geriatric, early intervention and pediatric care. She has developed and presented educational programs at the professional, educational and community level. In addition to being a professional in the medical field, she is a published writer, with hundreds of reviews and articles appearing on-line, and is currently working on a speculative fiction novel.

View all articles by Judy Duncan