The solution involves deploying a network of LEO and MEO satellites equipped with laser-based inter-satellite communication technology.

These satellites form a mesh network in space, allowing data to be relayed directly between satellites using high-speed laser links rather than relying solely on ground stations.

This reduces the distance that data signals need to travel, significantly minimizing latency.

The system leverages advancements in laser technology, which allow for direct line-of-sight communication with high data throughput, ensuring that the relay between satellites is fast and efficient.

This solution vastly reduces latency by enabling faster inter-satellite communication without relying on extra ground station bounces.

It promises improved services for real-time applications such as online gaming, video conferencing, and emergency communications.

It overcomes the limitations of current satellite internet systems without continually escalating costs, using space-efficient technology with a wide coverage area.

Technologically, laser-based communication systems have been increasingly validated with substantial evidence of high-speed data transmission.

While initial deployment costs could be steep, the long-term benefit of reduced reliance on ground stations offers sustainable scaling.

Potential regulatory hurdles could exist around spectrum allocation, but early collaboration with space agencies and ITU could streamline processes.