du has launched the UAE’s first Arabic-language telecom large language model (LLM), developed in partnership with Microsoft, Nokia, Khalifa University’s 6G Research Centre, and the International Telecommunication Union (ITU). Built entirely in the Emirates, the model is designed to handle telecom-specific tasks in Arabic while understanding the UAE’s cultural context — a step that aligns closely with the country’s sovereign AI strategy.
Unlike generic chatbots or translation tools, this LLM is tailored for du’s internal operations. It can process and respond to real-time customer complaints, troubleshoot device issues, and deliver operational insights specific to the UAE telecom landscape. Its understanding of Arabic telecom jargon allows it to engage in conversations much like a local service representative, while also analyzing operational data to provide actionable recommendations.
The project brings together global technology expertise and local knowledge. Microsoft contributed AI and cloud infrastructure, Nokia added telecom network and infrastructure know-how, Khalifa University provided advanced 6G research insights, and ITU ensured the model aligns with international telecom policies. This blend aims to make the AI both technically advanced and regionally relevant.
Most AI systems are trained primarily on English-language data, which can limit their effectiveness in markets where language and cultural nuances are essential. By developing this model locally, du ensures that sensitive operational data remains in-country, while also meeting national security and privacy requirements. The initiative could serve as a benchmark for Arabic-language AI in telecom across the wider Middle East.
While the LLM is currently used internally, du’s roadmap includes expanding it to customer-facing services, integrating multilingual support for the UAE’s diverse population, and potentially offering it as a solution for other telecom operators in the region. This could mean future customer service interactions are handled by an AI that not only understands Arabic fluently but can respond with cultural and operational accuracy.
