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5 New Digital Twin Products Developers Can Use to Build 6G Networks

By Jakub Antkiewicz

2026-03-01T08:30:46Z

NVIDIA's initiative to create a foundational simulation platform for 6G is gaining commercial adoption, with five key industry partners, including Nokia, Keysight Technologies, and Amazon Web Services, now offering products built on its Aerial Omniverse Digital Twin (AODT). This development provides the telecom industry with tangible tools to design and validate the complex, AI-native networks envisioned for 6G, which are impractical to test exclusively in the physical world.

The AODT platform functions as a modular, physics-accurate simulation engine, allowing partners to integrate their own specialized components. Nokia is using it for its RAN Digital Twin to optimize site placement, Keysight is enabling deterministic channel modeling, VIAVI is offering scalable RAN testing, and Ansys is integrating its electromagnetic simulation software. This modular approach allows for the creation of comprehensive digital twins, from individual antennas to full network deployments, enabling a continuous development workflow before any hardware is fielded.

The emergence of this partner ecosystem signals a critical shift in how next-generation wireless systems will be built. It moves high-fidelity, physics-based simulation from a specialized research tool to a more accessible, commercially supported foundation for the entire industry. This approach is essential for developing autonomous networks that can self-optimize in real time, as intelligent network agents require trusted virtual environments to test and refine their behavior before impacting live operations.

NVIDIA's strategy with AODT extends beyond selling a simulation tool; it's about establishing a foundational ecosystem. By fostering a modular platform for partners to build upon, the company is positioning itself as the de facto standard for 6G digital twin development, embedding its technology deep within the industry's R&D pipeline long before physical standards are finalized.