Nokia and Amazon Web Services are testing an AI-driven system that allows 5G networks to adjust traffic and service quality automatically in real time. The pilot signals a shift toward autonomous telecom operations, where software agents — not engineers — make live decisions about network performance.
The system combines Nokia’s network slicing and automation tools with AI models delivered through Amazon Bedrock, AWS’s managed AI platform. According to a joint announcement, telecom operators du in the United Arab Emirates and Orange across Europe and Africa are piloting the technology. The setup uses AI agents to monitor metrics such as latency and congestion, then dynamically reallocate network resources to maintain agreed service levels.
Can AI Finally Unlock 5G Network Slicing Revenue?
Network slicing has long been part of the 5G standard, enabling operators to create multiple virtual networks on shared physical infrastructure. In practice, however, most slicing configurations have required manual planning and fixed parameters, limiting responsiveness to sudden demand spikes. Research from GSMA Intelligence indicates operators see slicing as a potential enterprise revenue driver, yet adoption has lagged due to operational complexity and uncertain business cases.
The new system introduces what the companies describe as “agentic AI,” where AI agents evaluate network conditions alongside contextual data such as event schedules or weather forecasts. If a stadium fills unexpectedly or emergency responders enter a disaster zone, the network could adjust capacity in near real time. Industry analysts at Dell’Oro Group have reported rising telecom cloud spending as operators modernize infrastructure, suggesting AI-driven control loops may represent the next phase of that transition.
Still, the technology remains in a testing phase, with Nokia describing the work with Orange as demonstrations and pilot rollouts. Questions remain about oversight, regulatory scrutiny, and how operators will validate automated decisions within critical communications infrastructure. The next milestone will be whether these pilots translate into scaled deployments that allow enterprises to buy guaranteed, on-demand connectivity without manual provisioning.
