Buzz
We often view technological advancement as a linear progression, from striking flint to ignite fire in primitive caves to the eventual rise of machine rulers, but it's far more complicated. History is filled with technological breakthroughs, setbacks, and dead ends. At times, a certain technology might be ahead of its time and yet fail to take off.
10. Minitel
Minitel, a precursor to the modern Internet, debuted in France in 1982 and continued operating for three decades. Using small, beige terminals, users could access the phone directory, book tickets for trains and shows, check news updates, and even visit chat rooms (including those for adult services). By 1985, Minitel was linked to over a million households in France. The number 3615, which connected to its paid services, was as recognizable in French media as 'www' is today.
In 1997, President Jacques Chirac proudly declared: “Today, a baker in Aubervilliers knows exactly how to check his bank account on Minitel. Can the same be said of the baker in New York?” At its peak, Minitel was installed in nine million homes, serving 25 million users and offering 26,000 different services.
Despite being revolutionary for its time, the Minitel technology had notable drawbacks. The terminals could only access specific, pre-set addresses with no search function, and they lacked the capability to store or process information. Additionally, the system was relatively expensive, though some services, such as the phone directory, were free. The priciest services included adult hot-chat rooms, often manned by male workers posing as women in the erotic sector. Many of Minitel's functions were eventually replaced by the more versatile Internet.
Nonetheless, by 2012, when the Minitel system was finally decommissioned, there were still 810,000 active terminals, and many older users were reluctant to part with it. One fan of the system shared his appreciation with the Independent: “Unlike the internet, there’s no overload of unnecessary information. No risk of viruses or fraud. It was a truly remarkable invention.”
9. Morgantown PRT
In the 1960s and 1970s, various proposals emerged to create personal rapid transit (PRT) systems, where passengers could board small vehicles that would take them directly to their destination without any intermediate stops. While the idea was solid, securing funding for such an innovative transportation technology proved challenging. One of the first successful implementations was built in Morgantown, West Virginia, in 1975 as part of a transportation research project. It was funded by the federal government and developed by Boeing.
The system operates between the West Virginia University campus and downtown Morgantown, with 15,000 daily passengers during the fall and spring semesters. It consists of 71 self-driving cars, traveling at speeds of up to 48 kilometers per hour (30 mph) on a 14-kilometer (8.7 mi) track. The PRT is credited with significantly boosting enrollment at WVU. Before its introduction, the university relied on inefficient shuttle buses, and students were even restricted from taking classes at different campuses due to the lack of a reliable transportation option during breaks.
The research funding played a crucial role in the PRT’s development, turning it into a showcase for advanced technology with numerous technical innovations incorporated as the project progressed. Today, the Morgantown PRT has evolved into a dependable and safe component of the city’s infrastructure, helping alleviate traffic congestion. PRT systems have been established in places like the Netherlands, Abu Dhabi, the United Kingdom, and South Korea.
8. QUBE
In the 1970s, Ohio Warner Cable launched an experimental two-way cable system called QUBE in Columbus. The system featured an interactive remote control, allowing viewers to use an 18-button, book-sized control box connected to their televisions by a cable to vote on various topics, share their opinions, answer quizzes, and order pay-per-view movies or adult films. At the time, the system was truly revolutionary, generating significant interest from other television networks.
Most of the programming came from local sources or stations in Indianapolis, Cleveland, Cincinnati, and Athens, offering a total of 30 channels, including 10 dedicated pay-per-view channels. The QUBE system was among the first to enable viewers to interact with the content they were watching, such as by responding during presidential debates. It also featured “narrowcasting,” which allowed educational material to be targeted to specific subscribers.
The system made a dramatic debut in 1977, with morning TV host Flippo the Clown descending from a helicopter while a high school band performed “Jesus Christ Superstar.” On opening day, 10,000 subscribers used the service to eject an Elvis Presley impersonator from a talent show, purchase a golf club from Governor James A. Rhodes in a charity auction, and select items for a time capsule. Despite its popularity among locals and cable enthusiasts, the high costs of the experimental network led Warner to go into debt, and it was ultimately discontinued after six years of operation.
7. SixDegrees.com
SixDegrees.com, the first widely popular social networking site, was launched in 1997 and reached up to one million members at its peak, though it has since faded into obscurity. Founded by financial analyst and legal expert Andrew Weinreich, the site was based on the idea that everyone on Earth is connected by just six degrees. This concept was likely inspired by the parlor game “Six Degrees of Kevin Bacon,” where players try to link actors to Kevin Bacon through their movie roles using the fewest steps possible.
The site was groundbreaking for its time, offering features like personal profiles, instant messaging, friends lists, and the ability to search through other members’ friends lists. It allowed users to create a network of contacts, send messages, and post items to bulletin boards accessible by their first, second, and third-degree connections.
Weinreich’s challenge, however, was monetizing the social media platform in a time when the 1990s economic model could not support it, lacking an Internet advertising revenue stream. Financial losses and the growing issue of spam ultimately led to the site’s closure at the end of 2000, with Weinreich selling it to YouthStream Media Networks for $125 million. A brief attempt to revive the site in 2010, re-opening it to former members, failed to gain traction, and SixDegrees.com disappeared from the Internet entirely.
6. Sega Channel
Downloading games is a standard feature in modern gaming consoles, but the concept actually predates its widespread practicality. Sega Channel was an early attempt to stream digital games to the Sega Mega Drive (or Genesis in North America). At a time when the Internet was still in its infancy, Sega partnered with cable giants Time Warner Cable and TCI to deliver games via regular coaxial cable. Users paid a $15 monthly subscription fee (plus a $25 installation fee) for an adapter that plugged into the console’s cartridge slot, giving them access to about 50 games that rotated monthly. The library included SEGA’s catalog, third-party titles, demos for upcoming games, and even exclusive games unavailable in the U.S.
The SEGA Channel sent a signal to the adapter, allowing users to download games in a matter of minutes. However, every time the console was powered off, the content was wiped. Signal interference on the coaxial cables interrupted downloads, prompting cable companies to address these issues, which eventually played a role in the development of digital cable systems.
At its peak, Sega Channel boasted 250,000 subscribers, but as Sega lost ground to Nintendo and focused its efforts on the failing Saturn system, Sega Channel was seen as outdated and was shut down in 1998. The Galaxy 7 satellite, which transmitted the Sega Channel signal to cable operators across the U.S., fell out of geostationary orbit in 2000 and is now drifting aimlessly in space.
5. Internet Talk Radio
Podcasting, now a common pastime for millions, was once an entirely novel and unconventional idea. In 1993, Carl Malamud took the first step with 'Internet Talk Radio,' a weekly radio talk show that ran for 30 to 60 minutes, streamed over the Internet and available for download via FTP. Each episode featured an interview with a prominent figure in the computer network community, highlighted in a segment known as the 'Geek of the Week.'
One early challenge was the fact that many home computers lacked sound capabilities and couldn't handle the 64,000-bits-per-second data rate required to download the show. However, computers at universities and businesses were better equipped, and advancements in home computing were on the horizon.
Some critics at the time saw the entire concept as an inefficient use of network bandwidth, given that each episode took up a hefty '30 megabytes of disk space.' Malamud, however, defended the initiative as a new form of media that allowed people to download and listen at their convenience. For those who couldn’t afford the necessary bandwidth, the show was also available on cassette tape subscription.
Despite the criticisms, ITR proved to be a groundbreaking success, helping to spark a revolution in online audio publishing. In one of the first-ever online music concerts, Rolling Stones frontman Mick Jagger welcomed listeners with the words: 'I wanna say a special welcome to everyone that’s, uh, climbed into the Internet tonight...' Many of these early broadcasts are now archived and can still be enjoyed today.
4. SPOT Watches
In 2004, Microsoft unveiled SPOT, short for Smart Personal Object Technology, marking the first attempt at a smartwatch. It utilized FM signals to provide news, weather updates, stock market data, calendar notifications, downloadable watch faces, sports updates, horoscopes, and lottery results. You could receive messages through MSN Messenger, though replies were not possible.
Companies like Suunto, Fossil, Tissot, and Swatch produced SPOT-compatible watches, which came at a steep price. The Microsoft SPOT service itself cost $39.95 annually or $9.95 per month, plus tax. Activation was straightforward with a credit card and Internet access, but the watches were bulky, required frequent recharging, and were only available in the United States, limited to just 100 metropolitan areas.
The decision to use FM signals proved to be poorly timed, as cellular broadband was beginning to emerge. The SPOT watches were discontinued in 2008, but existing users could still use them through the MSN Direct Service. While companies like Samsung and Apple now lead the smartwatch market, many look back at SPOT watches fondly, acknowledging that both the successes and failures of Microsoft’s venture laid the groundwork for the smartwatches that followed.
3. Project Cybersyn
During the 1950s and 1960s, Soviet thinkers proposed the idea of creating a national computer network to facilitate the management of a socialist economy. This emerging field, called economic cybernetics, envisioned using an automated computer system to aid in the development of the material and technical foundations of communism.
Although the vision of Soviet cyberneticians raised alarms in the West, their ideas never came to fruition. The failure was partly due to technical challenges, such as unreliable peripherals, modems, poor telephone infrastructure, and an underdeveloped software sector. Additionally, political tensions arose between the progressive views of the cyberneticians and the central government’s focus on control and order.
While economic cybernetics never fully materialized in the Soviet Union, it found a foothold in an unexpected country—Chile. In the 1970s, Salvador Allende's Marxist government enlisted Stafford Beer, an eccentric British scientist, to lead a groundbreaking experiment called Project Cybersyn. The aim was to build an electronic 'nervous system' for Chile's society by creating a national communications network that would enable citizens to share their thoughts and feedback directly with the government.
The system featured a cutting-edge, hexagonal operations room where staff could sit in white, fiberglass swivel chairs with orange cushions, drink holders, and ashtrays. From this futuristic setup, they could monitor the Datafeed, a stream of economic data from factories around the nation. One wall was dedicated to Project Cyberfolk, a system created by Stafford Beer that allowed citizens to express their satisfaction with government decisions. Using a voltmeter-like device called an algedonic meter, citizens could indicate their level of happiness with government policies, ranging from extreme dissatisfaction to euphoria.
Project Cybersyn faced significant internal challenges, and the situation was worsened by international sanctions against Chile, leading to the military coup under Pinochet. The Chilean military found the egalitarian aims of Cybersyn unappealing and, seeing little value in the project, dismantled it. Despite its abrupt end, some view Cybersyn as a precursor to the influence of Big Data in today’s economy.
2. Early Television
Although television became widespread in the 1950s, there were earlier attempts to make it a reality. The first television sets were mechanical devices that used spinning discs with holes. Light passed through these holes, hitting a sensor that recorded the image being filmed, and the data was then transmitted via radio waves to reproduce the image using similar spinning discs at the receiver's end.
This technology was pioneered in England in the 1920s. Mechanical television broadcasts were active in the United States in the early 1930s but were off the air by 1933, though they continued in Europe for a while longer. The mechanical system struggled with poor resolution, distortion, and a somewhat uncomfortable viewing experience.
Mechanical television was eventually overshadowed by electronic television, which offered better picture quality and resolution, and lacked the troublesome spinning discs that were prone to flying off. Electronic television images were displayed on a cathode ray tube ranging from 23 to 30 centimeters (9 to 12 inches) in diameter, with a distinct blue-white hue. Electronic TV made its American debut at the 1939 World’s Fair in New York, with regular broadcasts following shortly thereafter.
Electronic television also made its way to the United Kingdom, France, Germany, and the Soviet Union. However, the outbreak of World War II halted further development of the technology. Television production in the United States and the UK came to a standstill, though some broadcasting still continued.
1. Dynavert
The Canadair CL-84, also known as the 'Dynavert,' was an experimental Canadian aircraft developed from 1958 to 1963. It was one of the first V/STOL (Vertical/Short Take-Off and Landing) utility aircraft, designed for close-support and transport purposes. The aircraft could tilt its wings 90 degrees, enabling it to take off, land, hover, and maneuver similarly to a helicopter. It featured a simple control system akin to that of a typical fixed-wing plane, with the added wing-tilting functionality, providing smooth maneuverability.
The Dynavert introduced several groundbreaking innovations in aviation, such as a large-chord wing that interacted with the propeller slipstream, large propellers mounted on two engines, and an intricate system connecting engines and rotors via shafts and gearboxes. A stability augmentation system was incorporated to reduce pilot workload at low speeds. Canadair also used its analog computer facility and a cockpit mockup to develop a highly effective flight simulation system.
One prototype and three developed versions of the Dynavert were built for the Royal Canadian Air Force. The first flight took place in 1965, followed by over 700 additional test flights. The aircraft demonstrated its potential for various applications, including reconnaissance, casualty evacuation, search and rescue, and city-to-city transport. Military tests included external store drops, mini-gun firing, simulated rescues, cargo sling use, joint helicopter operations at sea, and hover downwash evaluations.
Unfortunately, the first prototype was lost during a reliability test in 1967, though both pilots ejected safely. Testing continued until 1974, but despite its promising capabilities, neither the Canadian nor US governments showed sufficient interest in moving the Dynavert into full production. The V-22 Osprey VTOL aircraft, developed later, would ultimately closely resemble its Canadian predecessor.
