As enterprises and service providers navigate the complexities of modern connectivity, MEF is accelerating the adoption of Network-as-a-Service (NaaS). Artificial intelligence’s (AI) integration with NaaS is advancing this shift, enabling service providers to drive new business in meeting the emerging demands of enterprise.

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Read more: MEF’s Kevin Vachon on Accelerating NaaS Adoption and Industry Certifications

As we step into 2025, the telecom landscape in Sub-Saharan Africa presents both significant opportunities and challenges. In an exclusive interview with Telecom Review, Rajiv Aggarwal, Head of Sales, Sub-Saharan Africa, Cloud & Network Services at Nokia, reflects on key takeaways from 2024, the growing role of automation and AI, the escalating importance of security, and the trends set to shape the telecom industry in 2025. His insights offer a roadmap for navigating this rapidly evolving market.

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Read more: Shaping Sub-Saharan Africa’s Telecom Future: Insights from Nokia’s Rajiv Aggarwal

The United Arab Emirates (UAE) is at the forefront of innovation and global digital transformation, delivering next-generation digital services to enterprises and consumers. du, one of the country’s leading telecom and digital service providers, has demonstrated its commitment to advancing the 5G Advanced innovation and UAE’s digital landscape.

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Read more: Saleem Alblooshi Explores How du is Developing the UAE’s 5G Advanced and Sustainable Future

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Typography

Multimedia creators now have the opportunity to counteract unintended uses in AI. With the aid of an emerging open-source tool, they can introduce a form of "poisoning" into their artwork to hinder AI models from utilizing it as training data.

Nightshade, a creation of University of Chicago researchers, serves as a tool that artists can incorporate into their images before uploading them to the web. This method of data poisoning intentionally misleads AI models into learning incorrect labels for objects and scenery within the images. In testing and by progression, as the AI system processed 50 poisoned image samples, it started generating peculiar-looking dogs. With 100 poisoned samples, it consistently produced a cat in response to user requests for a dog. By the time 300 poison samples were utilized, any request for a dog yielded a cat image that was nearly flawless.

It's worth noting that any tainted images previously incorporated into an AI training dataset would need to be identified and eliminated. If an AI model had already been trained using such images, it would likely require retraining.

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