Category: Telecommunications

The AWS for Telecom team invites you to join us at re:Invent in Las Vegas, NV, from November 30 to December 4, 2026. This year’s telecom track is built around interactive, hands-on sessions. Our lineup focuses on the real-world challenges telecom operators face today, so you leave with your questions answered and ready to move projects forward.

To build such a self-evolving loop for Autonomous Network Operations, agentic systems must react to network events, drive an investigation loop, remember context, learn how its operator works, and coordinate across unique tools and workflows, so the system comes back with progress instead of another workflow to restart. This blog will focus on the persistent and self-learning aspects of the Agent system.

This post shows how to close that gap with AI agents that reason about telecom alarms the way a senior engineer does using a portable, framework-agnostic skill that packages 3GPP standards, vendor equipment procedures, and event correlation patterns into structured domain knowledge. Teams adopt whichever agent framework fits their operating model – Strands Agents, LangChain/LangGraph, or Amazon Bedrock Agents, without rewriting the skill.

Introduction Voice communications infrastructure remains a critical challenge for organizations migrating to the cloud. While IT workloads successfully move to AWS, Session Border Controllers (SBCs) often stay anchored to legacy hardware platforms that cannot scale dynamically or integrate with modern cloud operations. Ribbon’s SBC Cloud Native edition (CNe) on Amazon Elastic Kubernetes Service (Amazon EKS) […]

In this post, we show you how to use Amazon VPC Route Server with dynamic Border Gateway Protocol (BGP) routing to automate failover for BYOIP workloads. This solution is designed for workloads that route large public IP pools through network appliances in AWS, including security inspection pipelines, IoT platforms, media delivery networks, and firewall deployments. Telecommunications operators managing large subscriber IP pools will also find this pattern directly applicable.

This blog introduces a structured placement approach for AI workloads across AWS hybrid infrastructure. By evaluating each AI lifecycle phase against four dimensions (data sovereignty, latency, data gravity, and operational readiness), architects can determine the optimal deployment tier among AWS Regions, AWS Local Zones, AWS Outposts and AWS AI Factories.

Telecom engineers routinely analyze decoded signaling traces to troubleshoot network issues, validate procedure execution, and accelerate root cause analysis. In 5G networks, even a single registration attempt can span multiple layers such as NAS and NGAP. The registration attempt includes security context establishment and carries identifiers such as Subscription Concealed Identifier (SUCI), Globally Unique Temporary […]

This blog shows how to build a vendor-agnostic, agentic mediation layer using Amazon Bedrock AgentCore, the Model Context Protocol (MCP), and Strands Agents to create an intelligent mediation fabric that decodes, normalizes, correlates, consolidates, routes, and encodes usage events in real time across any downstream billing system.

This blog post covers the concepts of network tracing and how it can be implemented across a complex, distributed environment where different teams run applications in separate AWS accounts, using Amazon Virtual Private Cloud (VPC) feature called Amazon VPC Traffic Mirroring.

Introduction The network slicing market is accelerating as leading operators offer wide-scale services to enterprises and consumers. Network slicing is a 5G technology that partitions a single physical network into multiple, isolated virtual networks (slices), each customized for specific use cases like gaming, Extended Reality (XR), Internet of Things (IoT), and enterprise applications. Network slicing […]