Blue Origin unveils TeraWave, a space-based network designed for enterprise, data centers, and government clients, delivering up to 6 Tbps via optical links between MEO satellites and low-latency LEO links.

The rollout targets a 2027 start for implementation, with plans to begin deploying in the fourth quarter of that year.

Amazon’s existing Leo megaconstellation, authorized for thousands of satellites, remains a competing platform aiming at enterprise and other connectivity needs.

The program envisions use cases across logistics, agriculture, telemedicine, and digital inclusion, while adhering to FAA guidelines on satellite deployments and safety.

Industry context points to rising AI data traffic and related infrastructure developments, alongside challenges like orbital debris, regulatory hurdles, and AI governance for global satellite networks.

The piece includes background on Space.com contributor Michael Wall and notes a procedural requirement about display names for public comments.

Monetization concepts include integrating Terawave with cloud platforms (e.g., AWS) and partnering with AI software providers to bundle services.

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Deployment pace and success depend on Blue Origin’s New Glenn rocket, which has flown only twice so far.

AI enables orbit-enabled edge computing, predictive maintenance to extend satellite lifespans, and AI-assisted, potentially quantum-resistant, encryption for secure transmissions.

TeraWave emphasizes route diversity, resilience, and seamless integration with existing high-capacity infrastructure to support distributed AI workloads and edge computing for sectors like autonomous vehicles and telemedicine.

The initiative aligns with broader trends of growing AI workloads and cloud services driving demand for higher-capacity, more resilient satellite links.