AT&T has set an internal goal of reaching Level 4 network autonomy by 2030 and says it has already completed a connection handoff with AST SpaceMobile between terrestrial cellular and direct-to-device satellite service (via www.fiercewireless.com).
AT&T and AST SpaceMobile said the handoff used technology from Ericsson and Nokia. The companies said the milestone moves them closer to beta and eventual commercial satellite service.
AT&T’s network overhaul spans multiple layers
Yigal Elbaz said AT&T is moving its radio access network, 5G core, IP network and optical network toward open, disaggregated and programmable architectures to support AI-driven operations. He also said the company is shifting cell-site management to its service management and orchestration platform.
That work already includes AI for cell-site energy savings and wireless network planning and design, plus an internal network foundation model built around network-specific numbers and KPIs. The company is not waiting for AI traffic to overwhelm the network before changing how it is built and managed.
AI traffic is changing the load profile
Elbaz said AT&T is seeing signs that AI traffic may be more continuous and more uplink-heavy than traditional broadband demand. He also said the company observed a robotaxi on its network with roughly 60% to 65% of its traffic traveling upstream.
AT&T is treating that as an architecture issue as much as a capacity issue. The company is framing wireless, network slicing, fiber, transport and cloud connectivity as part of the same end-to-end path between physical AI devices and the models and data they need to reach.
Satellite is part of the same network plan
AT&T and AST SpaceMobile said they successfully handed off a connection between AT&T’s terrestrial cellular network and AST SpaceMobile’s direct-to-device satellite network. The companies said that handoff moves them closer to beta and eventual commercial satellite service.
The handoff also shows that AT&T is folding non-terrestrial coverage into the same broader convergence story it is telling about its terrestrial network. The carrier is treating satellite as another layer to manage alongside wireless, transport and cloud connectivity.
What it means for U.S. buyers
For U.S. enterprise IT and network teams, AT&T is signaling that its long-term network plan now spans terrestrial and satellite paths, not just wired and wireless capacity. The handoff with AST SpaceMobile and the move toward more programmable network layers matter for buyers that care about continuity across coverage types and a path toward more automated operations.
That does not change procurement on its own, but it does put more weight on carrier roadmaps that cover both AI-era traffic patterns and backup connectivity. Buyers comparing primary and failover designs will want to watch whether AT&T can deliver the architecture it is describing at scale.
Droam Perspective
For enterprise network teams, the useful signal here is not the autonomy score itself. AT&T is saying it is already using AI in operations and is moving more of the network toward open and programmable layers, which is the part competitors and buyers can benchmark.
The satellite handoff is the more immediate commercial marker because it shows AT&T trying to make terrestrial and non-terrestrial service behave like one network. That is the kind of integration buyers will judge on coverage continuity, not on the label attached to the architecture.