Why does so much government tech investment deliver so little?
Why so much government spending on technology yields underwhelming results is contested, with critics pointing to bureaucracy, lack of user contact, weak incentives, and reliance on external consultants that stifle efficient delivery. Others counter that public investment has historically enabled foundational breakthroughs—from the internet and microchips to GPS, mRNA vaccines, and weather forecasting—even if many projects fail or take decades to pay off. The exchange highlights deeper tensions over whether markets or states are better at funding speculative R&D, how military goals shape successful tech programs, and why recent public initiatives in the US and EU often feel less impactful than earlier “moonshot” efforts.
Scope of the Discussion
- Debate centers on why government tech spending often appears wasteful, contrasted with notable “home runs” like the internet, GPS, and space programs.
- Several comments say the article conflates different kinds of “investment” (speculative R&D vs cost-saving IT modernization).
Government Tech Successes vs “It Would Have Happened Anyway”
- Many cite ARPANET/Internet, microchips, GPS, NASA, nuclear and meteorological infrastructure, NSF/NIH/DOE/DARPA-funded research (e.g., mRNA vaccines, fusion, self-driving, cloud, wireless, graphics).
- Counterposition: these technologies or equivalents were “inevitable” and would have emerged via private or alternative paths; government mainly accelerated timing.
- Others push back that inevitability claims are unfalsifiable and underplay the value of earlier deployment and open standards.
Military vs Civilian Government Investment
- Several argue most spectacular successes were military-driven with clear, concrete objectives (better weapons, space race).
- Contrast drawn with broad, unfocused civilian programs and “blue-sky” grants, alleged to be harder to evaluate and more prone to waste or low impact.
- Some note later constraints (e.g., amendments tying military research strictly to military aims) may have reduced spillover breakthroughs.
Incentives, Bureaucracy, and Accountability
- Claims that governments lack strong incentives to improve: weak electoral accountability, rule-making power, and little penalty for failure.
- Others note intense geopolitical competition can create powerful incentives (Cold War, China’s rise, Meiji Restoration).
- Common criticisms: cover-your-ass culture, heavy paperwork, rigid compliance, ossified procurement, reliance on consultants, and inability to retain competent in-house staff.
- Example: agencies rarely talk to end users; decisions made many layers removed from reality; bad software locked in.
Public vs Private Investment Performance
- One side: governments are poor allocators of speculative capital and should mostly enable fair markets; let “people discover what to invest in.”
- Other side: private sector also wastes enormous sums (Metaverse, WeWork, crypto/FTX, failed unicorns); survivorship bias hides failures.
- Disagreement over whether expert panels or more “crowd-like” mechanisms should allocate grants; concern that experts favor incremental work.
EU and Non-US Context
- Several comments see the article as Europe-specific: EU research frameworks described as primarily political integration tools and industry subsidies, with market outcomes a distant goal.
- Complaints that EU grant structures create large administrative burdens and consortia that optimize for funding, not innovation.
- Counterexamples: some national agencies (e.g., a Nordic tax authority) succeed by doing development in-house.
Why So Few Recent Blockbusters?
- Some ask why canonical examples (ARPANET, moon landing) are >50 years old.
- Responses: long maturation times, more recent examples exist but feel less dramatic, and possible reductions in scientific funding and risk tolerance.
- View that government projects are “endurance races” that quietly underpin later private-sector breakthroughs.