Insights

As leadership in space development shifts from governments and the military to the private sector, space is moving from an object of exploration to an arena for commercial value creation. Samjong KPMG divides the space-tech industry into upstream activities centered on satellites, launch vehicle manufacturing, and ground equipment, and downstream activities centered on ground stations, satellite operations, data processing, and communications services. It describes the industry's development in four stages: government-led introduction, the emergence of private space development, full-scale private space development, and a technology-driven leap in private industry. Launch vehicle and private satellite manufacturers are now participating actively even in upstream activities once reserved for state-level capital, while the value chain expands into the acquisition and analysis of space-environment data and AI-enabled services.

Infrastructure, communications, and data — three routes to market. The report views the space-tech-based industry through three pillars. In infrastructure, private companies are concentrating on ground infrastructure and operations, driving demand for ground stations, operations software, and IT infrastructure and creating considerable scope for integration with technologies from other industries, including materials, components, and semiconductors. Satellite communications are evolving from a supplement to terrestrial networks into essential infrastructure, securing wide-area coverage through low-Earth-orbit constellations and emerging as a key component of the 6G era. In data, the breadth and repeatability of satellite data are taking the market from data acquisition to interpretation and application, giving rise to real-time detection and monitoring, risk analysis, observation-based support for financial and industrial decisions, and AI-integrated data service models.

Korea's growth strategy — prioritize infrastructure over finished products and enter in stages. The report argues that Korea can expand its market entry by extending established manufacturing strengths in semiconductors, electronics, and precision manufacturing into components, equipment, and operating infrastructure for space tech. A phased, infrastructure-centered participation strategy may offer a more practical path to growth than focusing on finished products. In the short term, companies can use space tech as a complement to existing terrestrial services and test efficiency and business fit through demonstrations and pilots. Over the longer term, accumulated experience can support a transition from supplementary use to space tech as a core business resource, building structural competitiveness by combining manufacturing, digital, and data capabilities.

Implications for M&A. First, infrastructure areas such as ground stations, operations software, and components are likely to become gateways for bolt-on acquisitions by established manufacturing and IT companies expanding into space tech. Second, the emergence of low-Earth-orbit satellite communications as essential infrastructure may stimulate equity partnerships and cross-border collaboration between telecommunications operators and satellite companies. Third, analytics and AI companies capable of interpreting and applying satellite data are likely to emerge as strategic acquisition targets at the intersection with demand industries such as finance, energy, and agriculture.