Amazon's satellite internet service will begin operations by mid-2026, CEO Andy Jassy announced in his annual shareholder letter. The Leo constellation promises download speeds reaching 1Gbps, substantially faster than current Starlink offerings that typically deliver 45-280 Mbps.
The satellite commitment arrives as Amazon faces investor scrutiny over its parallel $200 billion artificial intelligence infrastructure push. Company shares have struggled this year amid questions about when these massive investments will generate returns.
"We're not going to be conservative in how we play this,"
Jassy wrote about the AI spending, which represents a nearly 60% increase from last year and exceeds any competitor's technology budget.
Amazon currently has approximately 240 low-orbit satellites deployed with plans for thousands more launches in coming years. The company must accelerate deployment significantly to meet its mid-2026 target, given its substantial lag behind Elon Musk's Starlink network which already operates thousands of satellites.
Three terminal options will target different user segments when service begins. The Nano model provides basic connectivity while specialized Ultra units reportedly exceed 1Gbps performance for high-demand applications.
All terminals integrate natively with Amazon Web Services, giving enterprise customers direct cloud access through their satellite connections.
Australia will receive access in mid-2026 according to National Broadband Network announcements, with Canada and other international markets following. The service aims particularly at rural areas where traditional broadband remains unavailable or limited to dial-up speeds.
Amazon disclosed for the first time that AI revenue within its cloud computing segment has reached a $15 billion annual run rate.
This dual-front investment strategy, massive AI infrastructure alongside satellite constellation development, tests Wall Street's patience as the company positions itself against both cloud competitors and space-based internet providers simultaneously.
