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For the past 60 years, space exploration has relied on the equivalent of dial-up internet: Radio Frequency (RF). While reliable, RF physics cannot support the terabytes of data generated by next-generation hyperspectral imaging, autonomous rovers, and human colonies.
We are currently entering a massive infrastructure upgrade cycle—the transition to Deep Space Optical Communications (DSOC). This shift from radio waves to laser communications represents a 100x increase in bandwidth, effectively building the "fiber optic backbone" of the solar system.
For the past 60 years, space exploration has relied on the equivalent of dial-up internet: Radio Frequency (RF). While reliable, RF physics cannot support the terabytes of data generated by next-generation hyperspectral imaging, autonomous rovers, and human colonies.
We are currently entering a massive infrastructure upgrade cycle—the transition to Deep Space Optical Communications (DSOC). This shift from radio waves to laser communications represents a 100x increase in bandwidth, effectively building the "fiber optic backbone" of the solar system.