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Catalog
I · 18 entries

Infrastructure

Evidence-based analysis of hidden consequences in infrastructure.

I001
82%

Cloud Concentration Risk

Cloud migration reduces infrastructure risk and cost while increasing operational flexibility.

+75%proprietary service adoptionProhibitiveprovider switching cost
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I002
80%

Fiber Optic Digital Divide

Broadband investment connects everyone and closes the digital divide.

Near universalurban broadband accessImproved but gap persistsrural broadband access
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I003
80%

EV Charging Grid Strain

Electric vehicles reduce emissions and can be supported by existing infrastructure.

+40%residential peak demandMassivegrid upgrade investment needed
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I004
85%

Smart City Surveillance Creep

Smart city technology improves urban efficiency and quality of life for residents.

+900%smart city sensor deployments globallyMassive increasedata points collected per resident per day
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I005
85%

Submarine Cable Geopolitical Chokepoint

The internet is decentralized and resilient to physical disruption.

+2ppintercontinental data via submarine cables+200%cable repair time (average)
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I006
80%

Chip Shortage Reshoring Paradox

Domestic chip manufacturing ensures supply chain security.

+8%domestic chip production capacity+40%cost per chip (domestic vs asia)
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I007
85%

Space Debris Kessler Syndrome

More satellites improve global connectivity and benefit humanity.

+400%active satellites in orbit+50%tracked debris objects (>10cm)
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I008
80%

Nuclear Power Renaissance Waste Problem

Nuclear is clean energy that can solve the climate crisis.

-95%carbon emissions per kwhAccumulatingspent fuel inventory
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I009
75%

Autonomous Vehicle Infrastructure Redesign

Self-driving cars will reduce accidents and transform urban infrastructure for the better.

+100-200%transition infrastructure costMassive write-downparking asset stranding risk
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I010
80%

5G Coverage vs Capacity Tradeoff

5G provides dramatically faster internet for everyone.

+100-300%average 5g speed (real-world)Negligiblemmwave coverage
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I011
83%

Data Center Water Consumption

Cloud computing is environmentally efficient compared to on-premise infrastructure.

Industrial scalewater per large data center+10-50xwater per ai query vs search
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I012
80%

CDN Centralization Fragility

CDNs make the internet faster and more reliable.

-60%average page load time+10,000%blast radius of cdn outage
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I013
80%

Renewable Energy Intermittency Storage Gap

Renewables can replace fossil fuels as they become cheaper than coal and gas.

+5-15pprenewable curtailment+20-40%system cost per mwh
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I014
75%

Undersea Mining Environmental Cascade

Deep-sea mining provides critical minerals with less environmental impact than land mining.

Effectively irreversiblehabitat recovery timeMassive area affectedsediment plume spread
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I015
80%

Satellite Internet Latency Reality

Satellite internet solves rural connectivity and provides broadband-equivalent service.

+300-500%real-world latencySignificantpeak hour speed degradation
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I016
84%

AI Data Center Power Grid Strain

AI infrastructure scales efficiently within existing power grid capacity.

+300%us data center electricity consumption+15%electricity rates in data center regions
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I017
80%

Smart Home Lock-in Ecosystem

Smart home devices improve convenience and give homeowners more control.

Deep ecosystem dependencyaverage smart home devices+$360-960/yearmonthly subscription costs
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I018
80%

Lithium Mining Environmental Paradox

Electric vehicles are green because they eliminate tailpipe emissions.

Massive in arid regionswater consumption per ton of lithium+400-600%lithium demand growth
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