5 Things That Didn’t Exist 30 Years Ago but Are Everywhere Now
In 1996, you used a calling card to ring overseas relatives, asked for directions at gas stations, and learned about strangers through their photos at Costco. The phone in your pocket — if you had one at all, which most people did not — could maybe make calls. The internet was a slow text affair you reached through AOL’s chime.
Inside thirty years, five things that either didn’t exist or were vanishingly rare in 1996 have become so embedded in daily life that most people forget they had to be invented. Each one has a specific patent date, a named founder, and an origin story with at least one detail that almost nobody remembers.
The first smartphone shipped in 1994 — 13 years before the iPhone — and only about 50,000 units sold before it was killed
The IBM Simon Personal Communicator shipped in August 1994 and was prototyped at COMDEX in November 1992. It had a monochrome touchscreen, email, fax capability, a calendar, an address book, and what we would now recognize as apps. It was designed by Frank Canova Jr. at IBM Boca Raton. It was, in every functional sense, a smartphone — thirteen years before Steve Jobs introduced the iPhone.
The Simon failed commercially. Only about 50,000 units sold before IBM discontinued it in early 1995. The reasons were specific: a $899 retail price, a one-hour battery, a half-pound weight, and a cellular network that couldn’t really support data. The market wasn’t ready, and the hardware wasn’t either. The full IBM Simon history is documented in detail in the Smithsonian’s collections and Frank Canova’s interviews.
In 1996, the smartphone existed and had already been tried and rejected by the market. The iPhone launched June 29, 2007, with the iPhone 3G and App Store (July 2008) marking the actual tipping point into universal adoption. The device that now structures most of waking life was, three decades ago, an obscure failed product most people had never heard of.
Wi-Fi exists because Australian astronomers were trying to detect exploding black holes — and accidentally invented the math for indoor wireless networking
The IEEE 802.11 standard was ratified in June 1997. The Wi-Fi Alliance was founded in 1999. The first mainstream laptop with built-in Wi-Fi was Apple’s iBook, in July 1999. None of this existed in 1996.
The mathematical breakthrough that makes indoor Wi-Fi work came from an unexpected place. John O’Sullivan and a team at Australia’s CSIRO (Commonwealth Scientific and Industrial Research Organisation) had been trying in the 1970s to detect the faint radio signatures of evaporating mini black holes. Their Fourier-transform technique for separating weak signals from cosmic noise turned out to also solve the multipath interference problem that bedevils radio signals bouncing off walls, floors, and furniture. CSIRO patented the technique and, decades later, won roughly $1 billion in patent settlements from the world’s major tech companies. The story is documented in the Wi-Fi history archives.
Vic Hayes, the Dutch engineer who chaired the IEEE 802.11 working group, is generally credited as “the father of Wi-Fi” — though the underlying physics owes its enabling math to a failed astronomy project from the 1970s. Universal residential Wi-Fi tipped sometime between 2003 and 2008. Today most American households have multiple Wi-Fi networks they don’t think about.
Google was originally called “BackRub” — and the name “Google” was a misspelling of “googol”
Larry Page and Sergey Brin incorporated Google on September 4, 1998, while they were Stanford PhD students. Their original paper, “The Anatomy of a Large-Scale Hypertextual Web Search Engine,” had been published earlier that year and laid out the PageRank algorithm — which ranked web pages by analyzing the structure of inbound links rather than just keyword frequency.
The first name for the project was BackRub, because the algorithm worked by analyzing back-links. The replacement name was chosen casually in 1997 during a brainstorming session with a Stanford colleague, who reportedly wrote down “Google” while attempting to spell “googol” — 10 raised to the 100th power — and the misspelling stuck. The full Google origins are documented by IEEE’s Engineering and Technology History Wiki.
In 1996, the dominant search engines were AltaVista, Lycos, and Yahoo’s manually curated directory. None of them ranked results by inbound link structure; all relied primarily on keyword density, which was easily gamed by spammers. The 2002 AOL deal that made Google the default search engine across AOL’s user base is generally credited as the tipping point into universal use. The misspelling on a Stanford whiteboard now anchors a $1.7 trillion company.
Bluetooth was named after a tenth-century Viking king with a dead tooth — and the logo is his Old Norse initials in runic script
Bluetooth specification 1.0 was released in May 1998. The first consumer device — a wireless headset — appeared in 1999. The technology was developed by Intel, Ericsson, and Nokia, and the codename was proposed by Intel engineer Jim Kardach in 1996.
Kardach had been reading a history of Scandinavia and was struck by Harald “Bluetooth” Gormsson, the tenth-century king who unified Denmark and Norway. Harald’s nickname came from a dead, blue-grey tooth (the conventional theory; some scholars suggest the original Old Norse meant “dark-complexioned” rather than literally blue). The new short-range wireless standard, like Harald, was meant to unify previously incompatible systems — phones, computers, headsets. The Bluetooth name origin is documented in the Bluetooth Special Interest Group’s own history.
The Bluetooth logo is a bind rune — two Younger Futhark characters fused together — combining ᚼ (Hagall, “H”) and ᛒ (Bjarkan, “B”). The runes are Harald’s initials in the script of his era. The name was supposed to be a temporary internal codename, replaced for launch by something more corporate (the planned name was “RadioWire”), but RadioWire failed its trademark search in time for the public rollout, and the Viking stuck.
Social media as a recognizable category launched in 1997 — and the first major social network was sold for $125 million and then shut down as a failure
The first true social networking site was SixDegrees.com, founded by New York lawyer Andrew Weinreich. The company was incorporated in May 1996 and the public site launched in 1997. SixDegrees had user profiles, friend lists, messages, and a network visualization — essentially every core feature of modern social media, anticipated by seven years.
The site reached 3.5 million users at peak. Weinreich’s 1997 patent (U.S. 6,175,831) covered the basic social-graph method that later platforms would all use. SixDegrees was sold for $125 million in 1999, then shut down in 2001 as a commercial failure — the user base was too small to monetize, ads were primitive, and broadband adoption was still climbing. The history is documented in SixDegrees archive and in extended interviews with Weinreich.
The replacement timeline is well known: Friendster (2002), MySpace (2003), Facebook (February 4, 2004), Instagram (October 6, 2010). The tipping point into universal adoption was Facebook’s September 2006 decision to open beyond college students to the general public. In 1996, the entire concept of a public social network was unbuilt; in 2026, it’s the dominant communication infrastructure of most of the planet. Weinreich’s patent eventually generated licensing settlements from LinkedIn and others — a small ironic profit on an idea that arrived a decade too early.
The shared structure across all five is that each was attempted earlier than the popular timeline suggests, failed once, and only succeeded later when the supporting infrastructure caught up. The first smartphone failed in 1994. The first social network failed in 2001. Wi-Fi waited on astronomy. Google was a misspelling, and Bluetooth was Viking branding. The technologies that now feel inevitable were, three decades ago, small projects most people had never heard of, often involving engineers who had no idea they were building daily life for the next century.
