Transatel Partners with Oracle for Enhanced 5G Solutions in Automotive and Beyond

Transatel, a notable company under the NTT banner and a pioneer in cellular IoT connectivity, is making significant strides in the telecommunications industry by selecting Oracle Communications to power its 5G Standalone services. This collaboration is set to revolutionize connectivity in automotive, travel, and various industrial applications, a move that underscores both companies' commitment to fostering next-generation connectivity.

The Need for Advanced Connectivity

In an ever-evolving telecommunications landscape, the demand for secure and efficient IoT connectivity has grown exponentially, especially across several key sectors like automotive and industrial. With the increasing number of devices relying on constant connectivity, traditional 4G networks are struggling to meet these requirements. Transatel's decision to utilize Oracle's cloud-native 5G signaling core aims to address this gap by providing scalable, reliable, and secure connectivity solutions worldwide.

Jacques Bonifay, CEO of Transatel, stated, "As IoT adoption accelerates across the automotive and industrial sectors, our customers expect secure, high-performant connectivity across the globe and beyond borders. After a review, it was clear Oracle was the right partner to power the next phase of our 5G connectivity." This statement reflects Transatel’s focus on delivering high-quality services that are crucial for next-level connected experiences.

Enhancing 5G Connectivity

Transatel's ambitious implementation plan involves the integration of key components from Oracle's 5G Standalone core architecture. This allows Transatel to not only maintain performance consistency but also introduce new functionality enhanced connectivity for millions of IoT devices. Key applications include connected vehicles, in-flight connectivity, and industrial automation solutions.

Oracle's advanced network architecture seamlessly integrates with Transatel’s existing infrastructure, enhancing their capacity while focusing on high-performance and secure relationships between devices roaming across different networks. The move is expected to provide real-time experiences, essential for upcoming industry-centric applications that require optimal performance.

Key Features of the Collaboration

With Oracle's cloud-native solution, Transatel aims to achieve several key objectives:
1. Scalability: The integration facilitates the scaling of networks to address the current and future demands of connected vehicles as well as various IoT applications.
2. Launch New 5G Services: The partnership enables Transatel to enrich its network by accommodating 5G roaming, thereby improving support for real-time applications.
3. Enhanced Security: This collaboration emphasizes stringent security measures, offering centralized routing, resiliency, and security enhancements necessary to protect the 5G core network.
4. Future Operations Preparation: The interoperable cloud-native platform not only supports current services but also prepares operations for the services of tomorrow.

Insights on Future Impact

As the global market shifts towards increased digitization and the Internet of Things, the need for robust, secure, and flexible connectivity frameworks becomes paramount. According to Andrew Morawski, Oracle's executive vice president and general manager, "Transatel's transition to 5G Standalone will not only drive innovation but also create new opportunities for its customers. With our cloud-native 5G signaling core, Transatel can continue to secure high-performance services for millions of connected devices everywhere around the world."

In conclusion, this partnership signifies an important step towards enhancing connectivity not only in the automotive sector but across various verticals that demand high-performance communication solutions. With these advancements, Transatel and Oracle aim to shape the future of IoT connectivity, paving the way for smarter industries and improved global connectivity standards.