A Canadian communications startup just deployed its latest batch of satellites to orbit, marking a significant milestone in space-based broadband acceleration. Working with a leading rocket provider, the firm successfully launched a constellation of 10 low-earth-orbit satellites designed to blanket previously underserved regions with high-speed internet coverage.
The move signals growing momentum in satellite infrastructure development—a sector increasingly relevant as decentralized networks demand more resilient, globally distributed connectivity solutions. These LEO satellites operate closer to Earth's surface than traditional geostationary alternatives, enabling lower latency and faster data transmission.
For the Web3 ecosystem, improved satellite connectivity could unlock new possibilities: enhanced resilience for decentralized nodes in remote areas, backup infrastructure for critical blockchain operations, and broader accessibility to DeFi platforms across regions with limited terrestrial internet reach. As space-based networks mature, they're becoming essential pieces of the global infrastructure puzzle.
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wagmi_eventually
· 11h ago
Satellite networks are really about to change the game, and on-chain activity in remote areas finally has hope.
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MevHunter
· 11h ago
Satellite internet deployment brings the dream of on-chain connectivity closer to remote areas. Decentralized nodes no longer rely on ground networks as bottlenecks, this is what infrastructure should look like.
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MidnightSeller
· 11h ago
Satellite internet is here, now people in remote areas of the crypto world can also run stable nodes.
A Canadian communications startup just deployed its latest batch of satellites to orbit, marking a significant milestone in space-based broadband acceleration. Working with a leading rocket provider, the firm successfully launched a constellation of 10 low-earth-orbit satellites designed to blanket previously underserved regions with high-speed internet coverage.
The move signals growing momentum in satellite infrastructure development—a sector increasingly relevant as decentralized networks demand more resilient, globally distributed connectivity solutions. These LEO satellites operate closer to Earth's surface than traditional geostationary alternatives, enabling lower latency and faster data transmission.
For the Web3 ecosystem, improved satellite connectivity could unlock new possibilities: enhanced resilience for decentralized nodes in remote areas, backup infrastructure for critical blockchain operations, and broader accessibility to DeFi platforms across regions with limited terrestrial internet reach. As space-based networks mature, they're becoming essential pieces of the global infrastructure puzzle.