Can machines use Google Maps? Not really.

Self-driving cars, drones, and robots need centimetre-accurate 3D maps - and ROVR is building them. In this 6-minute episode, we break down what ROVR is, how it works, and why it's a big deal for Spatial AI, robotics, and DePIN.

We cover:

• Why traditional maps don’t work for machines
• ROVR’s decentralised data collection model
• The hardware: TarantulaX and LiteCone
• Tokenomics and contributor incentives
• Real-world use cases and market opportunity

Mike Horton, CEO of Geodnet, returns for a deep dive into the explosive growth of one of the most promising projects in decentralised infrastructure. In this episode, we unpack Geodnet’s path from 2M to 4M ARR, their global RTK station rollout, and a groundbreaking partnership with ROVR.

From Solana phone integration and augmented reality quests to burning 20% of partner revenue in $GEOD tokens, this conversation covers the tech, tokenomics, and strategy behind Geodnet’s rise.

Whether you’re a DePIN builder, crypto investor, or curious about real-world Web3 use cases — this episode is for you.

GPS isn’t good enough for machines. Geodnet is building a decentralised RTK network to deliver centimetre-accurate positioning—at a fraction of the cost of legacy systems.

In this episode, we break down how Geodnet is scaling globally, powering DePIN use cases from autonomous vehicles to agri-drones, and why its tokenomics and traction make it a standout in the crypto infra stack.

Drones, blockchain, and token incentives—how do they all come together? In this episode of Future Networks Podcast, we dive into Spexi, a pioneering platform using crypto rewards to scale aerial mapping.

Join me as I break down how Spexi’s model works, why decentralised mapping is a game-changer, and what this means for the future of DePIN, geospatial data, and real-world asset tokenisation.