NEOM is a $500 billion bet that the future of cities looks like a science fiction movie. The Line — a 170-kilometer linear city, two kilometers tall, 200 meters wide, housing nine million people with no cars and no roads — is the most audacious urban design claim made since Haussmann decided to demolish medieval Paris. I do not think NEOM will fail because the engineering is impossible, though the engineering is extraordinarily ambitious. I think the parts of NEOM that will struggle are the parts that share a common flaw with almost every top-down smart city project in the MENA region: the assumption that you can design urban intelligence into existence from a blank slate, by fiat, without the accumulated friction of real people living in and adapting a city over time. The technology will work. The city — as a social phenomenon, as a living system — is not something you can design in a boardroom in Riyadh and then build in the desert.
Masdar City in Abu Dhabi is the cleaner cautionary tale because its scale is comprehensible. Announced in 2008, designed by Foster + Partners, intended to be the world's first zero-carbon city, Masdar was to house 50,000 residents and 40,000 commuters on six square kilometers of desert. By 2024, after sixteen years and approximately $22 billion in investment, Masdar houses around 2,000 people — mostly graduate students at the Masdar Institute. The smart city infrastructure works. The city does not exist as a city. A city is not a building with thousands of units. It is an ecosystem of interdependencies — economic, social, cultural, institutional — that takes decades to develop and cannot be mandated into existence by a development authority, however well-funded.
What Dubai actually did right
Dubai's smart city program is the MENA region's most successful example, and it is instructive precisely because it is not a greenfield project. Dubai Digital Dubai (formerly Smart Dubai) has been running since 2013, and its core approach is fundamentally different from Masdar or NEOM: it works with the existing city, retrofitting digital services onto the physical infrastructure that 3.5 million people already use. The program's achievements — a government services app with 90+ services available digitally, a real-time transport data platform, an AI-driven traffic management system — are genuine. They work because they solve problems that real people in a real city already have, rather than creating a new city and hoping people will want to live in it.
"The smart city is not a design problem. It is a governance problem dressed in technology's clothes. MENA has the technology budget. It lacks the governance ambition."Nasreddine Bouteraa
Cairo's smart city ambitions are more complex and more honest about the challenge. The New Administrative Capital is a genuine attempt to build a functional second capital, relocating government ministries and administrative functions to a new city east of Cairo, partly to relieve the pressure on a metropolitan area of 22 million people that is one of the most congested and infrastructure-stressed in the world. The project is being built with a substantial digital infrastructure component — fiber networks, data centers, smart traffic systems, integrated utility management. Unlike Masdar, the New Administrative Capital has a core function that will drive occupancy: government employees must be there because that is where their ministry is. This is not a utopian city. It is an administrative city — and administrative cities, from Brasilia to Islamabad, have a better success record than utopian ones.
What a realistic Algiers smart city roadmap looks like
Phase 1 — Infrastructure audit (Year 1): Map existing utility networks, transportation infrastructure, and public service delivery systems with digital precision. Before adding sensors, understand what is there. Phase 2 — High-ROI applications (Years 2-4): Deploy smart street lighting (30-50% energy savings), water leak detection in distribution networks (typical 20-30% loss reduction), and waste collection optimization. These have short payback periods and build the operational data infrastructure for more sophisticated applications. Phase 3 — Data governance framework (Years 1-2, parallel): Establish citizen data ownership rules, data retention policies, and inter-agency data sharing agreements before deploying systems that generate citizen data. The governance must precede the technology.
Algiers is not NEOM. It does not have $500 billion in sovereign capital and the political ability to relocate entire populations. What Algiers has is a functioning metropolitan area of 4 million people with genuine infrastructure challenges — traffic congestion, water distribution inefficiency, waste management stress, energy grid unreliability — and a relatively young population that is comfortable with digital services and politically demanding of government performance. The smart city roadmap for Algiers is not about building a new city. It is about operating the existing city better, using technology to reduce waste, improve service delivery, and give citizens and administrators better information about what is happening and why.
The missing piece — in Algiers and across MENA — is not technology. It is institutional architecture. Smart city technology is a commodity. Sensors are cheap. Connectivity is available. Data platforms are off-the-shelf. What is not off-the-shelf is the governance framework that determines how data collected in public spaces is owned, who can access it, and what accountability mechanisms exist when the system fails or is abused. Building this governance architecture is harder than procuring hardware, takes longer, and requires political courage rather than budget. It is also the only part of the smart city project that cannot be outsourced to a technology vendor. For Algiers, the smart city investment should begin not with a sensor procurement contract, but with a data governance law. Everything else follows from that.