

AI Everywhere Changes Everything
AI is moving from AI Factories in centralized clouds to the edge - from mobile devices to wearables, autonomous robotic systems and networks. Castanet 5G Broadcast Internet provides the scalable infrastructure to deliver AI-generated media, models, and machine intelligence simultaneously to millions of devices, enabling both the generative AI explosion and the rise of Physical AI at planetary scale.
AI is the New Media


The AI Content Explosion Needs a New Infrastructure
Generative AI at Internet Scale
Generative and multi-modal AI are creating more content, faster, and for larger audiences than today’s networks were designed to handle. Castanet makes it possible to deliver these experiences reliably to millions of devices in real time.
Built for the Next Wave of AI Experiences:
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Delivers AI-generated media across mobile and fixed devices
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Powers real-time, audience-scale AI experiences
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Supports AI agents and interactive applications at scale to make AI content reach more people faster
Scale Without the Cost Penalty
As AI output and audience sizes grow, Castanet keeps delivery predictable and efficient—so AI experiences can reach mass audiences without sacrificing performance or profitability.
Physical AI
Meets Infrastructure

AI Model Delivery and PNT
Generative AI at Internet Scale
Castanet 5G Broadcast Internet can deliver shared intelligence - data, AI models, and OTA updates - simultaneously to massive numbers of physical AI systems. By broadcasting intelligence directly to edge devices for local inference and federated machine learning, it massively scales the impact of capital- and energy-intensive AI factories.
Precision Timing and Location at Scale (PNT)
The Castanet infrastructure goes beyond one-to-all data broadcasting to provide a resilient source of Positioning, Navigation and Timing (PNT) information in light of GNSS vulnerabilities and national security interests.
Castanet is a critical infrastructure for the emerging future of artificial intelligence and autonomous systems.
