Musk Sees 1,000-Fold Rise in Bandwidth Demand

SpaceX CEO Elon Musk said at the company’s third-quarter earnings call on the 20th that he thinks communications bandwidth demand could reach 1,000 times its current level within 3–5 years as AI agents increase. He said one AI or software-intelligence (SI) agent uses far more bandwidth than a person, and that agents will greatly outnumber people. Meeting that demand, he said, would require bandwidth to grow by hundreds or thousands of times.

Musk reaffirmed plans to build high-bandwidth communications that connect satellites directly to smartphones. SpaceX plans to expand its ground network to provide broad connectivity in regions where Starlink is authorized to operate, and he forecast that Starlink’s total satellite-network bandwidth would be about 100 times greater within 3 years. SpaceX President Gwynne Shotwell also said connectivity needs from cars, robots and the introduction of superintelligence would grow by tens or hundreds of times, rather than by a few percentage points.

Bloomberg reported on the 22nd that SpaceX is negotiating with communications infrastructure companies for the right to use at least 80,000 cell-site locations across the United States. The companies include Crown Castle, a major cell-tower operator. SpaceX intends to use existing towers and other facilities to build its own wireless network; it is not planning to build 80,000 new cell sites.

On the 8th, SpaceX announced an agreement to acquire from Grain Management rights to use 800-megahertz (MHz) spectrum across the United States. Shotwell said the low-frequency band would support communications inside buildings. SpaceX plans to extend coverage by combining ground frequencies and cell sites with its satellite network.

TD Cowen estimated that building a nationwide ground network would cost more than $80 billion. Bernstein analysts said it could take years for actual competition to affect telecom companies’ financial results. Realizing SpaceX’s plan would also require large-scale network construction and the ability to operate the service, in addition to securing spectrum and cell sites.

SpaceX CEO Elon Musk said at the company’s third-quarter earnings call on the 20th that he thinks communications bandwidth demand could reach 1,000 times its current level within 3–5 years as AI agents increase. He said one AI or software-intelligence (SI) agent uses far more bandwidth than a person, and that agents will greatly outnumber people. Meeting that demand, he said, would require bandwidth to grow by hundreds or thousands of times.

Musk reaffirmed plans to build high-bandwidth communications that connect satellites directly to smartphones. SpaceX plans to expand its ground network to provide broad connectivity in regions where Starlink is authorized to operate, and he forecast that Starlink’s total satellite-network bandwidth would be about 100 times greater within 3 years. SpaceX President Gwynne Shotwell also said connectivity needs from cars, robots and the introduction of superintelligence would grow by tens or hundreds of times, rather than by a few percentage points.

Bloomberg reported on the 22nd that SpaceX is negotiating with communications infrastructure companies for the right to use at least 80,000 cell-site locations across the United States. The companies include Crown Castle, a major cell-tower operator. SpaceX intends to use existing towers and other facilities to build its own wireless network; it is not planning to build 80,000 new cell sites.

On the 8th, SpaceX announced an agreement to acquire from Grain Management rights to use 800-megahertz (MHz) spectrum across the United States. Shotwell said the low-frequency band would support communications inside buildings. SpaceX plans to extend coverage by combining ground frequencies and cell sites with its satellite network.

TD Cowen estimated that building a nationwide ground network would cost more than $80 billion. Bernstein analysts said it could take years for actual competition to affect telecom companies’ financial results. Realizing SpaceX’s plan would also require large-scale network construction and the ability to operate the service, in addition to securing spectrum and cell sites.