The US Government Built The Modern Economy

Think Silicon Valley created the tech driven world we live in today? Think again...

Every major technological leap — from railroads to smartphones — follows the same cycle: government funds the breakthrough, industry scales it, and society reaps the benefit. For two centuries, U.S. government spending — especially in defense — has seeded the innovations that underpin today’s global economy.

The “free market” didn’t invent the Internet, GPS, or semiconductors. Defense spending and federal R&D did. Without U.S. government investment, the modern tech stack looks nothing like it does today.

Here’s a quick history lesson:

Railroads, Mail, and the First Big Platforms

• Postal contracts: Congress designated all U.S. railroads as post routes in 1838; Railway Post Office service began in 1864. Mail carriage provided steady revenue streams that accelerated rail’s national reach.

• Pacific Railway Acts (1862/64): Federal land grants underwrote the transcontinental railroad.

• Mail-order boom: Montgomery Ward’s first catalog launched in 1872 (a single sheet). Sears, Roebuck followed in 1893, with catalogs surpassing 500 pages by the 1890s. These retail empires were only possible because of government-backed postal and rail systems.

WWII & the OSRD

• Office of Scientific Research and Development (OSRD): Directed by Vannevar Bush, OSRD mobilized ~6,000 scientists and spent $450M (1940s dollars) — about $7–9B today.

• Breakthroughs: Radar, the proximity fuze, mass production of penicillin, and management of the Manhattan Project.

• Legacy: Bush’s 1945 report Science, the Endless Frontier laid the groundwork for the National Science Foundation (1950).

The Internet Revolution

• ARPANET: Championed by J.C.R. Licklider and Lawrence Roberts, ARPANET pioneered packet switching.

• TCP/IP: Developed by Vint Cerf & Robert Kahn in the 1970s; ARPANET cut over to TCP/IP on Jan 1, 1983.

• NSFNET: Expanded networking to universities; Acceptable Use Policy loosened in the early 1990s. The NSFNET backbone was retired Apr 30, 1995, cementing commercial internet growth.

From Radar to Microwaves, Missiles to GPS

• Microwaves: Raytheon engineer Percy Spencer, working on radar, invented the microwave oven in 1945; Raytheon released the first commercial unit in 1947. Widespread home adoption began in the 1970s.

• GPS

• Semiconductors: In 1962, nearly all integrated circuits were purchased for the Minuteman II missile. By 1963, >80% of ICs went to government programs (Minuteman + Apollo). These bulk orders drove prices down and enabled the commercial computer industry.

• Touchscreens: Early capacitive screens (E.A. Johnson, RRE, 1965; Bent Stumpe, CERN, 1970s). Resistive screens (G.S. Hurst, Oak Ridge/Elographics, 1970s). Government labs seeded the tech that later became central to smartphones.

Other Critical Innovations

• Jet engines: WWII government-funded programs seeded the postwar civil aviation industry.

• Lithium-ion batteries: Originated in academia/industry (Whittingham, Goodenough, Yoshino); later advanced and scaled with substantial U.S. DOE funding.

• Voice recognition: DARPA’s Speech Understanding Research program (1971–76) pioneered machine speech recognition.

• Siri: Grew from DARPA’s CALO (Cognitive Assistant that Learns and Organizes) program, commercialized via SRI.

The Smartphone Stack

The modern smartphone layers government-funded breakthroughs that industry later commercialized and polished:

• Internet (DARPA → NSF): ARPANET (a DARPA program) pioneered packet switching; the network transitioned to TCP/IP on Jan 1, 1983 (“flag day”). NSF then scaled academic networking and decommissioned the NSFNET backbone in April 1995, clearing the way for commercial internet growth

• GPS (DoD): Built and operated by the U.S. Department of Defense. After the Soviet shoot-down of KAL-007, the Reagan administration (1983) opened GPS for civilian use, and in May 2000 the U.S. ended Selective Availability, unlocking precise location for consumers.

• Touchscreens (government labs → industry scale): Early capacitive concepts were developed at the UK Royal Radar Establishment (E.A. Johnson, 1965) and later at CERN (Beck & Stumpe, 1973). In the U.S., G. S. Hurst(Oak Ridge–affiliated physicist) and Elographics advanced resistive touch technology in the 1970s that ultimately commercialized widely.

• Voice recognition & Siri (DARPA): DARPA’s Speech Understanding Research program (1971–76) funded large-vocabulary ASR systems such as CMU’s Harpy. Decades later, DARPA’s PAL/CALO program (led by SRI) produced technology that spun out as Siri, later acquired by Apple.

• Lithium-ion batteries (academic/industry origin → DOE-supported scale-up): Foundational Li-ion breakthroughs came from Whittingham, Goodenough, and Yoshino (2019 Nobel, “for the development of lithium-ion batteries”). In the U.S., the Department of Energy invested heavily in domestic Li-ion manufacturing and next-gen battery tech (e.g., $2.4B ARRA grants in 2009), accelerating commercialization and supply-chain build-out.

Bottom line: rather than lone inventors, entire technology stacks were seeded, accelerated, or scaled by public R&D — with private firms turning those platforms into the sleek devices in our pockets.

Modern Federal Bets

• National Quantum Initiative (2018): Authorized $1.2B over five years.

• CHIPS and Science Act (2022): $52.7B appropriated for semiconductors + 25% investment tax credit. The broader “Science” title authorizes ~$280B (e.g., NSF $81B), pending appropriations.

• National AI Initiative (2021): Coordinates ~$1B+ annually across agencies.

• ARPA-H: Appropriations to date: $1.0B (FY22), $1.5B (FY23), $1.5B (FY24).

• SBIR/STTR: In FY2022, SBIR ≈ $4.0B + STTR ≈ $0.66B.

The Pattern

From railroads to smartphones, the story repeats:

1. Government funds breakthrough research or buys in bulk.

2. Industry scales, iterates, and commercializes.

3. Society reaps the benefits.

Far from crowding out innovation, federal spending has consistently built the platforms that power private enterprise. The modern economy rests on that foundation.

Government Contracting

What often gets overlooked is that the modern economy was not built in garages, but through government contracts and defense R&D. From the Internet to GPS, to the smartphone in your hand, nearly every technological leap was seeded by federal investment.

And yet, small businesses and tech startups — the very firms that could be the next great innovators — are often unaware of how essential government funding remains today. The reality is that Washington is still pouring billions into AI, quantum computing, clean energy, and biotechnology. For founders, that isn’t red tape to avoid — it’s a runway to growth.

Of course, winning federal contracting isn’t easy. The process can be slow, confusing, and frustrating. But history shows that those who crack the code don’t just survive — they scale. The key is having a clear, step-by-step path that helps even a startup navigate the maze and secure government backing.

The lesson is simple: if you want to build the technologies that shape the future, don’t ignore the system that built the technologies of the past. The U.S. government has always been the ultimate venture capitalist — and it still is today.

Shameless Plug

I spent 20 years in the Air Force.The first half of my career was flying reconnaissance aircraft.

The back half of my career was as an acquisitions officer (AKA the professional putting companies on contract for the government).

I’ve managed billions of dollars in government contracts, and I’ve trained countless sales teams for companies.

Since retiring, I’ve built one of the most rigorous government contract business training programs that exists. It’s one year long and it’s not a course.

This is hands-on working with me and the team anda community of over 200 trained account executives, business owners, government contracting professionals, and former federal workers.

You can learn more about our program here: The GovClose Certification Program