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Ancient Web: IvyJoy Built a Kids Search Page Before Safe Search Became a Setting

There was a period when “search the Internet safely with a child” was not a browser preference. Somebody had to make you a page of places to search.

Visit IvyJoy

IvyJoy became one of those places.

Its best-known resource, Ivy’s Search Engine Resources for Kids, gathered child-oriented search engines, Web guides, specialized search forms, filtered general search tools, and directories intended to reduce the odds that a school research assignment wandered somewhere it absolutely did not need to go.

That sounds ordinary now because filtering and child-safety controls have been pushed downward into operating systems, search engines, school networks, browsers, and managed devices.

It was not ordinary when the Web was a looser pile of directories, independent engines, hand-built guides, and completely unfiltered pages sitting one typo away from each other.

IvyJoy’s usefulness is visible in the trail it left outside itself.

School districts, classroom resource pages, teacher directories, and educational publications repeatedly linked students to the kids-search page. A 2003 Surfnetkids guide listed Ivy’s Search Engine Resources for Kids among its honorable mentions. Years later, Berkeley Unified School District resource pages still pointed elementary students toward it. Teacher pages described it as a way to give children fewer accidental surprises while searching.

Even academic work on information retrieval for children used IvyJoy’s specialized coloring-page search as an example of a narrowly focused search collection.

A directory could be a safety device

Older Web directories are easy to dismiss because Google made manually curated lists feel obsolete.

For children, curation solved a different problem.

The objective was not merely to locate something. It was to constrain the neighborhood being searched. A librarian-created index, a children’s directory, a specialized encyclopedia, and a filtered search engine each represented a different boundary around the open Web.

IvyJoy collected those boundaries in one place.

That approach also taught a useful lesson that modern interfaces tend to hide: there is more than one way to search the Internet. Different engines and directories contain different material, use different selection rules, and produce different results.

A child clicking through a page of specialized tools could see that fact directly.

In 2026, many of the services once linked from old kids-search pages are gone, renamed, absorbed, or replaced. That decay makes the directory historically useful even where individual outbound links have failed. It is a snapshot of what adults once considered the safer, more educational side of the public Web.

CacheRat’s 1,967 Ancient Web Domains research list includes directories like IvyJoy because a link list can preserve something larger than its destinations. It preserves how people once organized the Internet in their heads.

For teachers and parents, that organization sometimes doubled as the firewall.

Explore the surviving IvyJoy site

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Ancient Web: BackRub Still Shows Google Before Google

Before Google was Google, it was BackRub, a Stanford research project with a crawler, a pile of scavenged hardware, and a name that probably would not have survived a marketing meeting.

Visit the surviving BackRub page

BackRub grew out of work by Larry Page and Sergey Brin at Stanford in the mid-1990s. The central idea was to use the Web’s link structure as information about importance instead of relying only on the words appearing inside a page.

That sounds ordinary now because the idea helped reshape search.

The old project page is interesting because it shows the system while it was still a research machine rather than a corporation.

Its rough statistics from August 29, 1996 reported about 75.23 million indexable HTML URLs and roughly 207 gigabytes of downloaded content. The page says BackRub was written in Java and Python and ran across Sun Ultra and Intel Pentium machines using Linux. The primary database sat on a Sun Ultra II with 28 GB of disk.

Twenty-eight gigabytes.

There are phones now that would consider that an insult.

Search while the Web was still small enough to describe

The page also credits Scott Hassan and Alan Steremberg for implementation help and Sergey Brin for major involvement. Larry Page signs the note at the bottom.

That kind of detail is why surviving project pages matter.

Modern company histories usually compress the origin story into a clean sequence: two graduate students, a clever ranking method, a garage, Google.

The BackRub page is messier and better. It talks about URLs attempted, pages not yet attempted, robots exclusions, socket errors, programming languages, hardware, and disk capacity. It reads like a system somebody was actively trying to keep running.

The National Science Foundation’s history of the project describes BackRub as a prototype built from Stanford’s Digital Library work. Page and Brin used links to construct a ranking method that developed into PageRank, and by 1998 the project had moved toward the company that became Google.

CacheRat’s 1,967 Ancient Web Domains research list includes pages like this because the old Web sometimes leaves the origin of an enormous modern system sitting in ordinary HTML beside statistics somebody typed by hand.

No anniversary redesign required.

Just the machine before it became an empire.

Explore the BackRub project page