Smart Communications Tested Roaming Breakout Service
The pilot demonstrated a 5x increase in download speeds by localizing data traffic during international roaming.
Updated on Oct. 1, 2026 in Telecommunications
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Smart Communications and Ericsson completed a live demo of a Roaming Breakout service that routes international data traffic through regional points-of-presence. This research-stage pilot successfully tested video streaming and calling for users traveling across the United States, the Philippines, and Sweden.
Why it matters
The pilot seeks to mitigate high-latency issues inherent in home-routed data traffic, which typically forces a subscriber's connection to travel back to their home network regardless of physical location. By bypassing this return path, the technology aims to improve connectivity performance for global travelers.
The service achieved a 5x improvement in download speeds by routing user data through a Google point-of-presence in Virginia. This architecture replaces the traditional method of backhauling all roaming traffic to the home network in the Philippines.
The players
Smart Communications
A major mobile network operator based in the Philippines that provides wireless services to a broad subscriber base.
Ericsson
A multinational networking and telecommunications company providing infrastructure for mobile network operators.
The details
The technology uses a roaming breakout-enabled smartphone to bypass the traditional requirement of routing data through the home mobile core. Instead, data is directed through a closer Google point-of-presence—a physical location where a network connects to the public internet—to reduce data latency and increase connection speed during international travel.
Timeline
September 30, 2026: The Roaming Breakout service pilot was reported as complete.
The Tech Race
This development marks a departure from standard mobile network traffic routing, which historically relies on home-routed architecture to maintain security and billing. It places Smart Communications in a group of operators actively testing decentralized peering points to compete with the performance limitations of traditional roaming.
The pilot tested improved video streaming and calling capabilities for international roamers, though the feature is not yet available to the public. Once deployed, users may experience significantly faster data performance when traveling abroad without needing to change their current mobile plans.
The takeaway
This successful pilot demonstrates that regional traffic routing can overcome the speed and latency bottlenecks common to current international roaming. Users should watch for future announcements regarding commercial availability and network compatibility for their mobile devices.
Further reading
For more information on the evolving standards for international connectivity, visit Telecommunications.
Source note: This article includes information reported by Thefastmode.
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