14 lines
1.3 KiB
JSON
14 lines
1.3 KiB
JSON
{
|
|
"HubID": "5208",
|
|
"Date": "4/1/2025",
|
|
"HubTags": [
|
|
"External Platform Posts",
|
|
"Future Map"
|
|
],
|
|
"Contacts": "",
|
|
"Companies": "",
|
|
"File": "",
|
|
"Image": "5208__Image_URL.jpg",
|
|
"Summary": "<p>We need to build our core infrastructure around energy, AI, robotics and resource extraction in order to fuel a U.S. economic boom that is in front of us. A big part of that is distributed infrastructure, rather than centralized, to boost resiliency. But this distributed infrastructure would go way beyond just resiliency. As consumers increase ownership of infrastructure (home solar and batteries), robots, drones, semicondcutors/computers, broadband connections, self-driving vehicles - any hardware - excess capacity can be marshalled through decentralized physical infrastructure networks (DePIN) to compensate owners for using their equipment. Think of marrying robots and excess garage space for manufacturing, or drones with excess garage space to create decentralized and localized warehouse space that delivers products to consumers in the immediate neighborhoods. DePIN is already here in telecom (See Helium). Peer-to-peer rentals of gear and equipment have only seen failures, but as we get DePIN and new decentralized and distributed online technologies, they could become viable. </p>",
|
|
"Notes": ""
|
|
} |