Office of the future
| Company type | Research and development |
|---|---|
| Industry | Technology research |
| Founded | 1970 |
| Founder | Joseph C. Wilson |
| Headquarters | Palo Alto, California , United States |
Key people | Bob Taylor (head of Computer Science Laboratory), Alan Kay (researcher) |
| Products | Alto personal computer, Dynabook tablet concept, laser printer |
The office of the future refers to the continuously developing vision for transforming workplace environments. As technological innovations and societal norms evolve, the concept adapts accordingly; early notions from the 1940s have since been recognized as the "paperless office".
History
Back in 1920, the Art Metal company advocated for steel office furnishings as an element of the office of the future. By 1928, Remington Rand introduced a "Quiet Typewriter," aiming to establish a serene, open, and productive business setting. In 1935, Chicago's Marquette Building presented a model office equipped with intense lighting and an optimized layout designed to attract tenants. The Johnson Wax Headquarters, crafted by Frank Lloyd Wright in 1939, integrated cutting-edge advancements in structure, illumination, heating, and office equipment. The installation of air conditioning there significantly enhanced worker efficiency, with no productivity decline during hot summer months, unlike other offices that experienced reductions of 40-50%.
The earliest tangible vision of a modern office of the future surfaced in September 1945 through machines showcased in Life magazine. Illustrator Alfred D. Crimi visualized ideas from Vannevar Bush’s earlier piece "As We May Think" originally published in The Atlantic Monthly.
Bush’s Memex introduced a microfilm-based system with hyperlinking capabilities—an early conceptual ancestor to the World Wide Web—allowing users to navigate associative paths through encyclopedic content. Nevertheless, practical implementation encountered obstacles such as distributing microfilm among knowledge workers and incorporating emerging technologies like speech-responsive typewriters and optical character recognition.
Importantly, Bush foresaw numerous technologies now standard in business environments: wearable cameras ("Cyclops"), xerographic copying ("dry photography"), speech-to-text devices ("vocoder"), and computational machines ("thinking machines"). While microfilm technology eventually became outdated, the desk-sized Memex idea laid groundwork for present-day smartphones and tablets.
Although many visionary computer systems emerged during the 1960s and 1970s, none left as lasting or significant an impact on office operations as the Memex concept.
Xerox
In 1970, Xerox, led by Chairman Joseph C. Wilson, founded the Palo Alto Research Center (PARC) with the goal of pioneering future office technologies. At PARC, several groundbreaking innovations emerged: the first personal computer, known as the Alto, was introduced in 1970; the initial tablet computer, Alan Kay's Dynabook, appeared in 1972; and the earliest laser printer was developed in 1973. The Alto was a transformative design, created to fit beneath a desk with a monitor, keyboard, and mouse positioned on top, delivering an interactive user interface.
Although developed decades ago, the Alto's interface—combining pointing, clicking, and typing—remains strikingly similar to today’s word processing and email applications. Its networking capabilities linked users to other machines and high-quality laser printers, laying the foundation for personal computing as we know it.
By 1977, approximately 400 Alto units were in use internally when Xerox presented the system at the Xerox World Conference in Boca Raton. Bob Taylor, head of PARC’s Computer Science Laboratory, emphasized its potential to revolutionize office workflows by automating routine tasks and allowing employees to concentrate on more complex activities.
In 1981, Xerox introduced the Xerox 8010 Information System (Xerox Star) to bring Alto’s technology to market. The Star functioned as part of an integrated office ecosystem connected via Ethernet. However, its adoption was limited due to its premium cost and expensive system implementation.
The Dynabook concept, developed by Alan Kay and PARC researchers, envisioned a portable tablet-like personal computer designed primarily for creative exploration rather than conventional office functions. Despite its forward-thinking nature, tablet computing only became widely popular decades later with devices such as Apple’s iPad released in 2010.
Starfire video prototype
In 1994, Sun Microsystems introduced its Starfire video prototype, presenting a vision of the future digital workspace. While briefly illustrating navigation through an expansive "information space" reminiscent of early World Wide Web concepts, the 15-minute presentation mainly focused on showcasing cutting-edge hardware and software advancements. These included a gesture-based interface, seamless integration with public telephone networks, and complementary gadgets like a laptop equipped with a chorded keyboard alongside sophisticated videoconferencing technology. The centerpiece was a large desk setup inspired by the Memex system. Bruce Tognazzini directed the project in collaboration with Sun alumni such as Jakob Nielsen and external experts.
Microsoft and IBM prototypes
Recent visions of integrated digital offices have been developed by Microsoft and IBM, each reflecting their unique company cultures. Microsoft’s D# display paired with Broadbench software is tailored for software developers, featuring a large gently curved screen optimized for individual concentration but less suited for close collaboration. This design aligns well with private offices commonly used by Microsoft developers.
Conversely, IBM’s Bluespace prototype is geared toward sales professionals and prioritizes managing interruptions without completely blocking them out. Its compact form factor fits within standard or smaller cubicles and supports collaborative work among two to four users sharing the space.
Both concepts require adjustments to fit conventional office furnishings such as pedestal desks found in enclosed offices or smaller furniture like armoire desks typically used in home offices or small businesses.
Research teams at IBM Research and Microsoft Research continue to enhance these prototypes to better accommodate various professional settings.
Art and beauty
In early 2001, New York's Museum of Modern Art (MoMA) presented "Workspheres," a three-month exhibition that emphasized the contribution of industrial design professionals in creating both functional and visually appealing solutions for contemporary and future office settings. Out of 151 featured items, six were specially commissioned from top design agencies such as IDEO. Although these pieces served practical purposes, their selection was largely driven by their artistic significance. The exhibition was complemented by an extensive catalogue and a dedicated website showcasing a unique artistic user interface.
The "Office of the Future" represents a continuing research project at the Department of Computer Science, University of North Carolina at Chapel Hill. This initiative is funded by the National Science Foundation and includes collaboration among multiple academic institutions.
See also
External links
- Museum of Modern Art Workspheres Exhibit Website
- Office of the Future Project - University of North Carolina at Chapel Hill
- A critical perspective on the paperless office concept. The Social Life of Paper, an analysis by Malcolm Gladwell.
- Getting Started on the Paperless Office, Springcm Paperless Whitepaper, Chicago, IL United States, 2007.