How Technology Affects Prices: Lower Costs, More Competition, Shifting Demand

Technology generally exerts **downward pressure on prices** through multiple mechanisms, though exceptions exist.

Primary Deflationary Forces

• Lower Production Costs: Automation, robotics, AI, additive manufacturing reduce labor, waste, time. Example: solar PV $76/W (1977) → $0.20/W (2024).
• Increased Competition: Low barriers to entry (cloud, SaaS, 3D printing, global marketplaces) → more suppliers → price competition.
• Reduced Information Asymmetry: Price comparison sites, reviews, transparent specs → consumers find best value → margins compress.
• Dematerialization: Digital goods (software, media, courses) have near-zero marginal cost → free or subscription models.
• Supply Chain Optimization: IoT, blockchain, predictive analytics reduce inventory, logistics, bullwhip effect.

Inflationary / Price-Sustaining Forces

• Patents/IP Monopolies: Pharma, semiconductors — 20-year exclusivity enables premium pricing.
• Network Effects: Platforms (iOS, AWS, Facebook) lock in users → pricing power.
• Regulatory Capture: Licensing, certificates, standards raise entry barriers.
• Luxury/Status Signaling: Tech as Veblen good (latest iPhone, GPU, watch) — price *is* the feature.
• R&D Recoupment: High fixed costs (ASML EUV, drug discovery) amortized over volume.

Net Effect

**Commoditized tech** (memory, storage, bandwidth, basic compute) → relentless price drop (Moore's Law, Wright's Law).
**Differentiated/proprietary tech** → pricing power maintained or increased.

Consumers win on commodities; innovators capture value on differentiation.