Eight evidence-backed insight clusters, synthesized across the COLLEGIUM dissertation corpus.

Space-market outcomes are driven by revealed operator behavior and public-investment timing more than by stated policy: filings, premiums, and funding cycles predict where capital and capacity actually go.

The orbital-debris problem is a collective-action failure with a measurable price: operators underinvest in end-of-life disposal, standing-debris liability is diffuse, and remediation only pays off when targeted at the most massive derelicts.

Program outcomes are set by acquisition structure and institutional design as much as by engineering: authority instruments, isomorphism across agencies, and schedule realism predict which architectures deliver.

Science return is an economic quantity: navigation accuracy, tracking cadence, and onboard autonomy trade against Deep Space Network burden to determine how much usable science an instrument actually yields.

Positioning and spectrum resilience are single-point-of-failure problems: GPS concentration, ITU filing warehousing, and optical-versus-RF capacity economics determine where the communications and PNT chokepoints sit.

Space governance holds together through reputation and disclosure rather than enforcement: registration lag, maneuver-disclosure compliance, and networked regulator ties are the binding mechanisms.

Onboard autonomy is a governed tradeoff: graduated decision-delegation and command-link integrity buy science yield and speed, but only when authority is calibrated and provenance is auditable.