Why Are Dual-Use Space Technologies So Hard to Control?

Why It Matters

The blending of commercial and defense uses ties revenue to geopolitics, exposing investors, insurers, and governments to sudden policy shifts and conflict‑related disruptions.

Key Takeaways

• 430,000 GNSS jamming/spoofing incidents recorded in 2024
• Commercial satellites serve civilian services and defense contracts simultaneously
• Starlink consumer terminals became Ukraine’s battlefield communications backbone
• ITAR and EAR regulations lag behind data‑as‑a‑service satellite services
• Space economy could reach $1.8 trillion by 2035, driven by dual‑use

Pulse Analysis

Since the Cold War, space hardware has migrated from exclusive military programs to commercial markets, eroding the once‑clear line between defense and civilian applications. Early reconnaissance satellites such as CORONA seeded technologies that later powered Landsat’s agricultural imaging, while launch vehicles derived from intercontinental ballistic missiles now deliver broadband constellations for consumers. This convergence reduces development costs—governments can purchase off‑the‑shelf services rather than fund bespoke satellites—yet it also creates a feedback loop where defense agencies become major customers of commercial providers. The result is an ecosystem in which a single spacecraft can generate revenue from both a farmer’s crop‑monitoring subscription and a defense ministry’s targeting data.

The security fallout of this overlap is evident in the surge of GNSS interference: industry monitors logged over 430,000 jamming and spoofing events in 2024, with up to 1,350 flights affected daily. The same GPS constellation that underpins global finance also guides precision‑guided munitions, so any disruption reverberates across economies and battlefields. Commercial constellations have amplified the risk. SpaceX’s Starlink, originally sold as a consumer broadband service, became Ukraine’s primary military communications platform, and its spin‑off Starshield now delivers dedicated defense payloads. Existing export controls—ITAR for hardware and EAR for dual‑use items—were drafted for tangible goods and cannot easily police subscription‑based data streams, leaving a regulatory blind spot.

Despite these challenges, the dual‑use model fuels rapid growth. The World Economic Forum and McKinsey estimate the global space economy will expand from $630 billion in 2023 to $1.8 trillion by 2035, with positioning, communications and Earth observation as the primary engines. Investors therefore must price geopolitical and regulatory risk alongside traditional financial metrics, while insurers are already underwriting proximity‑operation and constellation‑exposure policies. Policymakers are experimenting with contract‑level conditions and licensing clauses that target data services rather than hardware, a pragmatic shift that may bridge the gap between export lists and the reality of cloud‑based satellite offerings. Companies that embed transparency and crisis‑response provisions into their business models are likely to capture the most value in this ambiguous but lucrative market.