Overview:
The Secure World Foundation has released a new guide urging the investment community to prioritize sustainable orbital operations. Highlighting the intrinsic link between environmental safety and financial returns in the $55.3 billion space economy, the report provides a comprehensive checklist for evaluating space companies on debris mitigation, collision avoidance, trackability, and responsible post-mission disposal.
A recent report published by the Secure World Foundation (SWF) is calling on the global investment community to treat space as a fragile and shared domain, arguing that long-term financial returns depend heavily on sustainable orbital operations.
Released in February 2026, the document, titled “Responsible Investment in the Space Sector: A Guide to Stewardship for Sustainable Value Creation,” arrives amid a significant influx of capital into the commercial space industry. Global investment in space companies reached an estimated US$55.3 billion in 2025, more than double the figures tracked in 2024. Despite this growth, the SWF cautions that space remains a harsh and uncertain environment where the actions of a single operator can increase risks and costs for all others in orbit.
The central thesis of the guide is that profitability and environmental sustainability are intrinsically linked.
“In the space economy, one actor’s decision can affect everyone else’s ability to operate safely,” the report notes. Avoidable failures, spectrum interference, and the generation of space debris can lead to higher insurance premiums, increased operating costs, and the potential for stricter regulatory intervention.
To help mitigate these risks, the SWF has developed a “Stewardship Checklist” to assist investors during pre-investment evaluation and ongoing portfolio management. Rather than serving as a rigid regulatory framework, the checklist is designed to help capital providers pressure-test companies across several operational pillars:
- Mission Design: Prioritizing safety, adhering to international space debris mitigation guidelines, and utilizing “design-for-demise” practices.
- Trackability: Implementing active or passive measures to ensure spacecraft can be rapidly detected and identified after launch. The report highlights this as a critical issue during multi-manifested rideshare missions, where identifying individual satellites can currently take weeks or months, delaying specific operators and causing uncertainty in space safety data.
- Collision Avoidance: Establishing clear strategies and maneuver lead times to avoid collisions, and registering with national space traffic coordination programs.
- Post-Mission Disposal: Formulating updated plans and backup methods for safely de-orbiting or disposing of spacecraft at the end of their operational life, including proper passivation measures like venting propellants and discharging batteries.
- Geopolitics and Corporate Practices: Maintaining transparent data sharing, such as publishing satellite ephemerides, and assessing the geopolitical risks or dual-use sensitivities of the technology.
The SWF concludes that capital providers have the leverage to shape industry behavior. By planning for full lifecycle costs rather than focusing solely on launch and early revenue, investors can establish norms that protect the long-term viability of the commercial space economy.