Singtel and Ericsson expand Singapore's industrial 5G roadmap

On October 20, 2026, Singapore’s Singtel announced a five-year partnership with Ericsson. Its roadmap covers 5G Advanced, programmable connectivity and network AI, including industrial use cases. These are further development plans rather than completed deployments at every enterprise.

Industrial applications need predictable connectivity

Our editorial focus is automation rather than peak radio speed. Cameras, sensors and mobile platforms produce different traffic patterns. Video stresses uplink capacity, telemetry depends on preserving events and control applications need defined behavior when latency increases.

Before a pilot, inventory devices and flows. Set latency limits, delivery requirements and the application’s response to disconnection. Site-wide averages can hide a difficult coverage area.

Network slicing does not validate the whole chain

Evaluate logically differentiated network resources alongside the device, local coverage and application backend. Suitable operator settings cannot eliminate power failure or a dependency on a remote database.

Exercise movement between coverage areas, connection transitions and concurrent traffic. Include deteriorating connectivity during an operational task as a separate scenario.

Choose the application boundary deliberately

Some processing can remain on site while other functions run remotely. Place that boundary according to workflow requirements and acceptable dependence on external connectivity.

For machinery capable of moving or changing a physical asset, the system design must define a safe response to network loss. An expectation of permanent connection cannot replace that behavior.

Singapore’s roadmap is a useful example of industrial connectivity development. Each deployment still needs radio planning, locally available services and workflow acceptance. The branch connectivity resilience guide covers broader redundancy principles.