Transatel selects Oracle to power its 5G Standalone core for IoT

Transatel selects Oracle to power its 5G Standalone core for IoT is profiled by BTW Media because published evidence links it to internet infrastructure, governance, operational dependencies, or market visibility.

• The move supports Transatel’s ambition to scale 5G Standalone (SA) across its global carrier partnerships.
• It underscores the growing demand for mission-critical 5G in sectors such as connected vehicles, industrial automation and in-flight connectivity.

What happened: Transatel has chosen Oracle’s cloud-native 5G core to expand its IoT and 5G Standalone services globally

Transatel, an NTT company specialising in global cellular IoT connectivity, has selected Oracle Communications’ cloud-native 5G signalling core to boost its 5G Standalone services. According to its announcement, Transatel will deploy key components of Oracle’s 5G SA core, including the Service Communication Proxy (SCP), Security Edge Protection Proxy (SEPP) and Network Repository Function (NRF). These elements will allow Transatel to scale its network efficiently and support secure, low-latency connections. The solution integrates with Transatel’s existing 3G/4G signalling systems, enabling a smooth transition. According to Transatel CEO Jacques Bonifay, Oracle’s core gives the company the scalability, security and flexibility to meet today’s needs while building a foundation for future connected‑service growth.

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Why it’s important

This move is strategically significant for Transatel and its customers. As IoT adoption continues to surge in sectors like automotive, industrial automation and aviation, the need for a robust, cloud-native 5G signalling core is becoming critical. By embracing Oracle’s 5G SA core, Transatel is positioning itself to serve millions of connected devices globally with secure and resilient connectivity.

Moreover, the integration of Oracle’s cloud-native architecture not only supports Transatel’s current roaming and signalling needs but also readies it for future growth. The company can now introduce 5G SA roaming, enable real-time applications and improve control over routing and resiliency. This is especially relevant as the telecom industry increasingly shifts towards software‑defined, cloud-native networks. Cloud-native 5G cores also allow operators to innovate faster, reduce latency and deliver differentiated services—for instance, slicing or enterprise-grade IoT services—all while maintaining strong security.

In sum, Transatel’s adoption of Oracle’s 5G core reflects a broader trend: connectivity providers are investing in cloud-native, secure architectures to meet rising IoT demands and to build future-ready networks.