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Wells Fargo Logo
Two black and white images are shown side by side. On the left, a woman sits at a desk with a typewriter while holding a black object on it. On the right, a woman sits at a desk with a computer screen and holds a black object to the screen.
Barbara Jibert demonstrates using the Optacon on a typewriter in 1976; team member Terry Dittmar uses her Optacon and a custom-made computer monitor to read while working at Wells Fargo in the 1970s.
Photo Credit: Wells Fargo Corporate Archives

How a father’s love led to an innovative way to read

Find out how a Wells Fargo business loan helped people with blindness and low vision have more access to reading materials.

October 5, 2018
Alyssa Bentz
Alyssa Bentz

Alyssa Bentz is a Wells Fargo historian.

In the 1960s, Dr. John Linvill at Stanford University developed a new tool to help his daughter, Candy, who was sight impaired, read more independently while she studied at Stanford University. At the time, only certain books and journals had been printed in Braille and raised print, offering people with blindness and low vision access to limited reading material. For people who wanted to read their shopping receipts or letters received in the mail, they had to rely on helpful friends and family. That all changed when Linvill developed Optacon, a new device which enabled people to read any printed surface.

Investing in assistive technology

Linvill joined with Stanford colleague Dr. Jim Bliss to start the company Telesensory Systems Inc. in 1970 with the goal of making the Optacon prototypes available to consumers and continuing to develop new assistive technologies. The transition from laboratory to market wasn’t easy, and several investors, including the U.S. Office of Education and Stanford University, helped the company in its infancy.

By 1977, Telesensory was making about $4 million in sales annually and had a $500,000 line of credit from Wells Fargo. Because of research and production costs, however, it had only made a profit of about $400,000 that year. Additional lending from investors like Wells Fargo was necessary to help the company expand business.

Three men who wear suits stand around a small, black machine. The one in the middle holds a pair of glasses and appears to be talking as the man on the left looks at him, and the man on the right listens.
Wells Fargo Special Industries Group Account Manager Gary Renner, left, listens to a description of a new Telesensory Systems Inc. invention called “Sonicguide”: a pair of glasses fitted with ultrasonic technology that enabled a user to avoid some obstacles while walking.
Photo Credit: Wells Fargo Corporate Archives

The loan was managed by Wells Fargo Specialized Lending Group, a unique division that focused on funding companies from California’s growing Silicon Valley who had innovative new technologies. From their offices in Palo Alto, the group managed lending and financial advice to 100 different companies, including Atari.

Telesensory was a unique kind of investment, however. Most businesses needed funding to launch their product to a mass market. Telesensory was always a business with a niche market and unique financial hurdles — each machine was the product of six months of work and cost about $3,450 to manufacture.

A black and white photo shows two women with their backs to the camera at a desk. One sits at the desk while the other stands to the left of her and leans down with her left arm outstretched. A dog sits beside the desk and looks at the camera.
Wells Fargo team member Terry Dittmar, left, discusses work with a fellow team member in this 1977 picture, while her guide dog, Neva, sits patiently nearby.
Photo Credit: Wells Fargo Corporate Archives

By 1977, about 2,000 Optacon devices had been sold. Many people got an Optacon through a charity or federal program, but Wells Fargo realized that providing a financing option was important to allow for more accessibility. Wells Fargo’s line of credit to Telesensory included $50,000 for installment loans for people to fund the purchasing of one of the expensive machines.

Using Optacon

The Optacon had two components: a camera and a receiver. The user moved the small camera, which was attached by cables to the small receiver, over the printed material. The receiver then converted the scanned lines into a tactile form using 144 vibrating rods. The user would place their index finger over the rods, which created a 3D reading medium from a 2D-printed source.

A black and white image shows a woman sitting at a desk with a computer on it. She leans down from her chair and pets a dog laying on its back, with its paws outstretched, to the left of her chair.
Team member Gina McGaughey takes a break from work at Wells Fargo to give her guide dog, Cellar, a friendly pat in 1980. Her Optacon device is visible in a special holder on her computer monitor.
Photo Credit: Wells Fargo Corporate Archives

Learning to interpret the vibrating sensations took time and patience. A two-week training session was offered for new Optacon owners. In classes, readers experienced italicized letters for the first time and learned to differentiate similar letters, uppercase, and lowercase. An average reading speed of 10 words a minute was considered a success at the end of training — faster reading speeds came only after weeks and months of practice. Not everyone excelled with the Optacon. People with vision impairments caused by diabetes did not have the finger sensitivity to detect the vibrations. Others found the vibrating sensation disturbing and preferred to use alternatives.

A black and white image shows two women sitting in front of some equipment. They appear to be looking straight ahead at something while resting their hands on the table with the equipment.
An Optacon training session in 1976. Two-week classes were necessary for most users to adapt to the new technology.
Photo Credit: Wells Fargo Corporate Archives

For those who learned to master the technology, they gained a new freedom to read any book or printed surface they wanted. Optacon became the preferred tool to use for people in college and professional careers.

Terry Dittmar started working for Wells Fargo in 1976 as a correspondence secretary for the company’s international business. Her job required careful reading, which she did using the Optacon. Terry described her experience to fellow employees in 1976, saying, “At first those vibrations were like a tremendous shock. … They took some getting used to.” While she could read 20 words per minute after her two-week training, by 1978, she was reading more than 100 words a minute.

A black and white image shows a man sitting at a desk. His left hand rests on a black box, and his right hand rests on sheets of paper with writing on them. There is also a phone on the desk, to the far left.
Gar Giddings, a computer programmer at Northwest Bancorporation (today Wells Fargo), reads computer printouts with his Optacon in 1975.
Photo Credit: Wells Fargo Corporate Archives

At Minneapolis-based Northwest Bancorporation (today Wells Fargo), computer programmer Gar Giddings used his bank-funded Optacon to help create and correct bank software. When asked about his experience transitioning to using the new technology in 1975, he said, “I think the beauty of the machine is that it makes everything available that everybody else reads — books, newspapers, magazines … it lets me compete on equal terms.”

A black and white image shows a man wearing dark glasses and sitting in front of a desk or table with a calculator. His right hand rests on a calculator. Another man is partially seen standing nearby with his left hand on his hip.
The talking calculator, demonstrated here in 1976, was another remarkable invention created by Telesensory Systems Inc.
Photo Credit: Wells Fargo Corporate Archives

Today, diversity and inclusion is one of Wells Fargo’s five primary values, and the company continues its commitment to recruit, retain, and advance people with disabilities.

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What tools do you use to make reading easier in your life?