Wednesday, April 29, 2026

How did Google REALLY Started

 

https://www.youtube.com/watch?v=zo68B3UG9VU

Anne Wojcicki is 23andMe co-founder, and ex-wife of Sergey Brin, the co- founder of Google.

A) tech startups/boom early 1990s

 

B) -personal- data being created

 

C) U.S. gov wanna access it for frictionless fingerprinting, listing, cataloguing, and arresting (a.k.a precrime) → called Birds-of-a-feather (BoF) approach.

 

D) U.S. gov (mainly NSA, CIA, and DARPA) couldn't just tell a tech company to do it for them because:

(i) it's against U.S constitution & companies won't easily fold

(ii) looking for a company implies contracting it, thus the data will be publicly available, which is bad for opsec

(iii) You want free markets to sort out for you the best product.

 

E) a think tank called The Highlands Forum (a.k.a The Highlands Group) was created in 1994 with the goal of bridging tech companies and the pentagon.

It's a private organization with no clear oversight, auditing, or FOIA regulations; it's even called "[...]an informal, cross-disciplinary group sponsored by the Assistant Secretary of Defense" [1].

It's invitation only, and includes people from the Industry (like GOOGLE), Foundations, Institutes, Think Tanks, Laboratories, Universities, Journalism, and the Government [2].

The discussions going on there happen under the Chatham House Rule, making them off-record and private (see  [3] for an insider e.g.).

 

F) After establishing a secretive nonaccountable legal entity affiliated w/ the gov to identify, connect, and use these data capturers, it was time for secretly funding them.

 

G) The last point was enabled through the creation of the MDDS (Massive Digital Data Systems)[4] initiative by US. government in that same year, and whose money was funneled through the unclassified National Science Foundation (NSF) to avoid back-tracking it to the intelligence agencies agencies.

 

H) Thanks to this Manhattan Project -like, secretive, and compartimentalized operation that was running in parallel to the tech boom happening in the 1990s, Google was able to emerge as a main victor : they even said n the "acknowledgements" section of their famous 1998 paper that their research was supported by the National Science Foundation, and that funding was from DARPA [5].

No I'm not saying that the gov gave them the tech & put a façade w/ puppet CEOs to do their bidding, what I'm saying is that the gov had an intent that's very old [6], and they looked for bright minds who are interested in subjects who look unrelated microcosmically (& left as so w/ the gov's compartimentalized approach), but that are macrocosmically linked to a unique project.

And in this process, Google happened to be the brightest kid in the hood, and perhaps the U.S. government is giving it a tap o the hand -if not a grounding- for being lazy & a bully by declaring it a monopoly on the same year where it did a collab with SoftBank, OpenAI, and Oracle.

 

Speaking of Oracle, here are some fun facts to conclude this; Oracle:

• got its name from a 1970s CIA project [7]

• CIA was its first customer

• One of the members of its Board of Directors is Leon Panetta (ex-CIA director and U.S.'s Secretary of Defense)

 

 

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[1]: https://uscpublicdiplomacy.org/event/dick-o%E2%80%99neill-highlands-forum

[2]: https://highlands.forum/Participants

[3]: http://www.pirp.harvard.edu/pubs_pdf/o%27neill/o%27neill-i01-3.pdf

[4]: The first thing that pops-up when you google "Massive Digital Data Systems MDDS" is a Wikipedia page called "History of Google"; the AI overview also is pretty much honest on what it says.

[5]: https://snap.stanford.edu/class/cs224w-readings/Brin98Anatomy.pdf

[6]: That's too much of a rabbithole for me to mention now.

[7]: https://gizmodo.com/larry-ellisons-oracle-started-as-a-cia-project-1636592238

https://www.cia.gov/readingroom/docs/CIA-RDP83T00573R000500080009-3.pdf

 


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This technically isn’t a unique thing for the U.S. to do, nor will it stop with them; if anything it was successful for them because of their technological advancement and intellectual acuities, otherwise other nations would’ve had a better success rate due to their behind-the-door structures..

Let’s for example go to Asia to see their structures:

Zaibatsu (pre-1945): Family elites-owned Japanese conglomerates in Industry and Finance.

Keiretsu (post-1950): Decentralized Japanese alliances.

Chaebol (1960s-prsent): Centralized, family founder-owned Korean conglomerates in Industry (but prohibited from banking).

 

And here is a R&D consortium example from Japan:

• Japan’s Electronic Industry Development Association suggested in April 1974 to create a cooperative R&D project for VLSI* development, which Japan did create it, and did so in the form of a structure inspired by U.K.’s RA (Research Association) structure; they called it ERA (Engineering Research Association), and it continued working for almost 20 years.

The name VLSI comes from Very Large Scale Integrated systems and it’s a data point that Japan had through acquiring some IBM court documents in 1975 about the latter’s 1971 FS Plan (FS stands for Future Systems) that made Japan look to counter it (as Japan didn’t even knew that IBM killed off that plan). That data point is part of IBM’s memory chips classification, which goes as follows:

First generation: a vacuum tube

Second Generation: a transistor

Third Generation: an integrated circuit

3.5 Generation: Large Scale Integrated system (LSI), e.g. The IBM- 360

Fourth Generation (next generation): Very Large Scale Integrated system (VLSI), and would have over 100,000          devices on them, i.e. anything that starts with a 64k DRAM generation

Th VLSI project had the goal of making computers that would fit the new VLSI more than making the VLSI themselves.

• Japan had other consortiums before this one, e;g. Dr. Masao Sugimoto’s* Ras such as the 1955’s one with radiator companies; there were more in other fields of manufacturing like polymers, bearings, lenses, pistons, etc

• USA’s SEMATECH (Semiconductor Manufacturing Technology).

(*): Director of MITI’s (Ministry of International Trade and Industry) Mechanical Engineering lab

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