The Accidental Network summary

The early 1980s brought a strange new energy to American living rooms. Suddenly there was MTV, with its endless music videos, and Nickelodeon entertaining kids around the clock. These quirky channels were multiplying fast, and they all owed their existence to something most people never thought about: coaxial cable.

Here’s what made it revolutionary. Take a copper wire, wrap it in a metal casing, and leave a gap between them. That gap becomes a conduit for high-frequency signals – far more information than those rabbit-ear antennas perched atop old television sets could ever handle. Cable television had arrived, and America couldn’t get enough.

In 1987, the vision crystallized. Yassini-Fard saw something nobody else was seeing: a city-wide network where ordinary people could connect and share information instantly. Not just offices or universities – everyone. A global village made real through technology.

The ingredients for this vision had been gathering for years. At GE, he’d mastered the intricacies of cable television – those coaxial lines running into millions of homes. Then in fall 1986, he joined Proteon, where he discovered the second piece: Local Area Networks, or LANs. These systems zipped information between office computers at breathtaking speeds, but they only worked within buildings.

By December 1988, Applitek was circling the drain. Annual revenue had crashed from $12 million to under $2 million. Most people would have run. But Yassini-Fard made an offer to buy the company.

The board accepted in June 1990. Yassini-Fard renamed his company LANcity, and suddenly he wasn’t just an engineer with a vision – he was a CEO with a struggling company and a product that barely worked.

LANcity was toiling constantly to make ends meet. But in February 1992 it reached a deal with Digital Equipment Corporation – DEC, a computer industry giant based in Maynard, Massachusetts.

DEC would make seven payments: the first for $626,000, then six more tied to hitting strict technical milestones. Miss a milestone, lose the money. But nail them all? LANcity could finally build its second-generation modem and make cable broadband real.

The Cable Act of 1992 slammed cable TV providers hard, hitting them with  new price regulations in a bid to protect customers. The problem? Cable companies were highly leveraged – buried in debt from their explosive growth. Suddenly they were scrambling to plug revenue holes while keeping investors calm.

But regulation wasn’t their only worry. There was another threat coming from outer space. Literally. DirecTV was launching satellites that would beam television directly to people’s homes, bypassing cable infrastructure entirely.

While cable companies fought regulatory battles, something else was quietly brewing. Home computers were slowly spreading. In 1989, only 15 percent of American households owned one. By 1993, that number had climbed to 23 percent. More people wanted to connect to this emerging online world, but the experience was miserable. Computers cost a fortune, and dial-up connections moved at a glacial pace.

LANcity was proving there was a better way. In 1994, Boston College pulled off something remarkable: 6,500 dorm rooms, all connected to high-speed internet using LANcity’s cable modems. It was their largest test yet, and it worked beautifully.

By 1995, LANcity was hitting its stride. Annual revenue reached $6 million, mostly from second-generation modem sales, though its residential model was starting to gain traction. The dream was working.

Then the floor dropped out. DEC, LANcity’s strategic partner which had pumped in $2.5 million, was hemorrhaging money. It cut LANcity loose.