Usenet predates the World Wide Web by more than a decade. It is one of the oldest, most resilient communication systems ever built — a global, decentralised network of news servers that has been carrying conversations and files between people non-stop since 1980. This is the story of how it came to be, who built it, and how it grew into the network it is today.
1979: An alternative to ARPANET is born
The story starts at Duke University in North Carolina in late 1979. Two graduate students, Tom Truscott and Jim Ellis, were looking for a way to let Unix systems exchange messages over phone lines — a kind of bulletin board network that could connect computer science departments without needing access to ARPANET, the US military-funded research network that only a handful of institutions could use. They were soon joined by Steve Bellovin at the University of North Carolina at Chapel Hill, who wrote the first prototype scripts. A few months later, the early shell-script version was rewritten in C by Stephen Daniel and Truscott as the "A News" software.
It was a deliberately humble idea: a couple of Unix servers, two phone modems, and a way to swap simple text messages overnight. But the timing was perfect, and the design — decentralised, server-to-server, no central authority — turned out to be one of the most resilient architectures the internet would ever see.
1980: Usenet goes live
Usenet officially launched in 1980, connecting Duke University and UNC Chapel Hill. By the end of that first year, around fifteen sites were on the network, exchanging roughly ten messages a day. That same year, the project was presented at the USENIX conference, and within months sites across other US universities started joining. The network was growing organically, one phone link at a time.
1981–1985: Explosive growth
As more universities, research labs and early computer companies (including AT&T, DEC and Bell Labs) joined, Usenet's traffic grew exponentially. By 1985 there were over 1,300 sites exchanging news, and the daily volume had grown into the hundreds of messages. New software arrived to handle the load: "B News" replaced the original A News in 1981 and remained the workhorse for nearly a decade. Newsgroups for everything from operating system internals to science fiction sprang up. A culture — netiquette, FAQs, the distinction between "posters" and "lurkers" — was taking shape.
1986: NNTP arrives
Usenet was originally built on the UUCP protocol (Unix-to-Unix Copy), which moved data via dial-up phone connections. As more universities got onto the early internet, this became increasingly impractical. In 1986, Brian Kantor and Phil Lapsley published RFC 977, introducing the Network News Transfer Protocol (NNTP). NNTP let news travel over TCP/IP — the same protocol the early internet was built on — so news could now flow at internet speed instead of waiting for the next overnight UUCP call. NNTP is still the standard today, more than thirty-five years later.
1987: The Great Renaming
By 1987, the original flat newsgroup namespace had become chaotic. A team of administrators, led by Gene Spafford and Rick Adams, restructured Usenet into a clean hierarchy of seven top-level categories: comp, misc, news, rec, sci, soc and talk. This event became known as the Great Renaming. Shortly afterwards, John Gilmore, Brian Reid and Gordon Moffett created the famous alt.* hierarchy — a deliberately unmoderated branch where newsgroups could be created freely, without the approval process required for the Big Seven. The alt.* branch quickly became one of the largest and most varied parts of Usenet.
1993: The "Eternal September"
For most of Usenet's first decade, newcomers arrived in predictable waves — mostly each September, when university students went online for the first time. Regulars would patiently teach them netiquette over a few weeks, and order returned. That changed in September 1993, when AOL opened its gates and gave its millions of subscribers full Usenet access. The wave of newcomers never stopped. Long-time users called it the Eternal September — the moment when Usenet stopped being a small, mostly-academic community and became part of the wider consumer internet.
The 1990s: Binaries and indexing
The 90s also saw a fundamental shift in what Usenet was used for. Originally a text-only discussion network, it added support for binary attachments — software, images, archives — thanks to encoding schemes like uuencode and later yEnc. The binary hierarchies (most notably alt.binaries.*) became enormous. Search-and-retrieval tools followed: Deja News launched in 1995 as the first major web-based Usenet archive and search engine, making decades of newsgroup history suddenly searchable. Google acquired Deja News in 2001 and turned the archive into Google Groups, preserving Usenet posts going all the way back to 1981.
2000s: Web 2.0 vs. Usenet
As the web matured, much of Usenet's discussion traffic migrated to web forums, blogs and later social networks — platforms with friendlier interfaces but centralised ownership. Usenet didn't die; it specialised. The binary side of Usenet grew far beyond what the original creators ever imagined, driven by ever-faster home internet connections and increasingly capable newsreader clients. Commercial Usenet providers invested heavily in storage, redundancy and global infrastructure, pushing retention from a handful of days in the 1980s to thousands of days today.
NZB files: the modern way to find content
Around 2002, a new file format started circulating: the NZB file. An NZB is essentially a pointer — a small XML file that tells your newsreader exactly which articles, on which newsgroups, on which servers, make up the content you want. Combined with indexers (search engines that catalogue what's on Usenet), NZB files made Usenet downloading dramatically simpler. Modern newsreaders such as SABnzbd and NZBGet can automate the entire process from queue to finished file.
Today: Bigger and faster than ever
Modern Usenet is, by almost every measure, the most capable it has ever been:
- Retention on most major providers now exceeds 4.000+ days — more than ten years of every article kept available.
- Speeds on a single connection routinely reach gigabit territory; many providers offer truly unlimited download volume.
- 100.000+ newsgroups are still actively carried across the global network.
- TLS/SSL encryption is standard, keeping every connection between you and your provider private.
- Decentralisation means there is no "Usenet HQ": no single company, no single server, no single point of failure.
Forty-five years after Truscott, Bellovin and Ellis hooked up two Unix machines with a phone line, Usenet is still going — older than the World Wide Web, older than email as most people know it, and still very much in use today. Tom Truscott himself is reported to still log in regularly.
Be part of Usenet history
XS News has been part of the Usenet community for over twenty years — a small chapter in a much longer story. Pick a plan and join a network that has been running, uninterrupted, since 1980. Or just take a peek with our 5Day pass for €5.00.
