At the heart of Morocco’s innovation landscape lies a bold challenge: how can a nation harness artificial intelligence (AI) without surrendering control? The inaugural edition of the Smart Green City Benguerir-Africa Forum, convened by Mohammed VI Polytechnic University and moderated by Aawatif Hayar, pivots around the question of silicon sovereignty—how much of our digital infrastructure depends on foreign technology, and what happens when that power shifts. The event drew four voices across disciplines: techno-anthropologists, semiconductor engineers, urban planners, and digital-twin developers. Among them, Professor Said Hamdioui from Delft University and his co-founder, Asmae El Arrassi, highlighted a stark truth: AI is not just software—it’s silicon, the physical foundation that defines smart cities and national strategy. Yet, for countries like Morocco, who lack both the capital and expertise, the path forward remains uncertain.
Hamdioui’s speech was electrifying. He argued that AI is an ornamentation atop hardware, not a tool to be bought and sold. Training models like GPT-3 requires $100 million, and deploying such systems demands energy equivalent to a city’s annual electricity consumption. But he didn’t shy away from the reality: Morocco’s resources—its climate, its people—are insufficient to sustain these technologies. “If you don’t own the chips,” he said, “you’re not building your own future,” underscoring a deeper tension between economic dependence and technological independence. Meanwhile, Dr. Artur Serra Hurtado, a techno-anthropologist, emphasized that AI isn’t just about machines—it’s about human ingenuity. He likened the project to building a bridge between civilization and technology, arguing that without nurturing the mindset to design, nations risk becoming colonies rather than collaborators. In contrast, Malaysia’s GDP growth is tied to semiconductors, and Morocco could similarly thrive if its engineers aren’t sidelined. Their shared vision is clear: smarter cities must prioritize both innovation and stability.
But the forum wasn’t just about technology—it was a call to action. Hossam El Shoukry, Honeywell’s regional head, demonstrated a practical blueprint for smart cities: a four-layer architecture blending sensing, analytics, and AI. Barcelona reduced energy consumption by 30%, Singapore cut commute times by 15%, and Bouriad’s Riad Center saved 180,000 dollars. Yet, he cautioned that without organizational transformation, these systems remain just tools. “Technology without organization is a supply chain, not a transformation,” he warned. This line of thinking challenges traditional notions of progress—instead of relying on external inputs, we must build our own solutions.
As the final session concluded, the forum underscored a paradox: the potential of AI to redefine urban life is undeniable, but its success hinges on how well we equip ourselves to lead. Whether through education, collaboration, or policy, the goal is to create a future where technology serves humanity—not just convenience.
