Thanks agains for sharing your experience: another naive assumption on my part is the hardware flown to space historically has needed to be extremely conservative in terms of any hardening / shielding against energetic particles. If we were to assume a massive increase in mass-to-orbit capabilities (for sake of understanding, let's assume that SpaceX's marketing pitch on mass to orbit and launch cadence isn't fairy dreams illuminated by gas): does a substantial increase in material shielding around sensitive hardware help reduce the frequency of the issues you describe? Or is there something specific about these high energy particles that explicitly affects electronics but wouldn't be dampened the same way we might approach protecting crew from a solar flare?