In 2026, some of the world’s most futuristic projects are clustered in NEOM, Saudi Arabia’s experimental region on the Red Sea coast, with The Line as its most famous—and most controversial—centerpiece. NEOM was initially presented as a $500‑billion‑scale vision of AI‑driven, zero‑carbon, car‑free living, but by mid‑2026 the reality is a mix of scaled‑back plans, partial construction, and strategic pivots rather than the full sci‑fi city once promoted.
Below is an American‑English, coherent overview of what NEOM and The Line were supposed to be, what’s actually happening on the ground in 2026, how large the budgets really are, and what all this means—positively and negatively—for technology, work, and society.
1. NEOM and The Line: The Original Vision
NEOM: A Futuristic Region on the Red Sea
Saudi Arabia’s official Vision 2030 materials describe NEOM as a “visionary project” designed to transform the northwest Red Sea coast into a futuristic, ultra‑sustainable region unlike any existing city.
Key points from the official vision:
NEOM is divided into several flagship sub‑projects:
THE LINE – the linear “city without cars.”
Oxagon – a futuristic industrial and logistics hub on the water.
Trojena – a mountain tourism and sports destination.
Sindalah – a luxury island resort.
The broader NEOM region covers tens of square kilometers of coastline, desert, mountains, and valleys, positioned as a testbed for advanced technology, green energy, and new models of living.
The Line: The 170 km Mirrored Megastructure
Early concept documents and summaries framed The Line as a 170‑kilometer‑long linear city:
A narrow, mirrored megastructure 500 meters high and roughly 200 meters wide, running east–west across NEOM.
Planned capacity of up to 9 million people, with no cars or streets—only high‑speed transit and AI‑driven logistics, promising 5‑minute walks to daily needs and a 20‑minute end‑to‑end rapid transit ride.
Marketed as a zero‑carbon city, relying on renewable energy, hidden infrastructure, and dense, vertical land use instead of traditional horizontal sprawl.
This combination of scale, vertical density, and claimed sustainability made The Line one of the most futuristic building concepts ever presented, but also one of the most debated.
2. Massive Budgets: From $500 Billion Vision to Selective Spending
The Headline Number: $500 Billion for NEOM
NEOM has frequently been described as a $500‑billion megaproject, funded largely through Saudi Arabia’s Public Investment Fund (PIF) and partnerships:
Academic and policy analyses describe NEOM as a “paradigm shift” in urban and economic development, expected to drive economic growth, technological innovation, and sustainability, but also to face serious social and environmental challenges.
The Line was initially presented as a central pillar of this multi‑hundred‑billion‑dollar experiment.
Real Spending and Re‑Prioritization by 2026
By 2026, reporting from regional and international outlets indicates that actual construction and investment have been far more selective:
The Line’s original 170 km scope has been dramatically reduced for its initial phase.
Other parts of NEOM—such as Sindalah (luxury island), green hydrogen facilities, and some tourism projects—have moved faster and absorbed more near‑term investment.
Strategic deals, including multi‑billion‑dollar AI and technology partnerships, suggest that NEOM is pivoting to become as much a digital and data hub as a physical mega‑city.
In short, the “$500 billion” figure reflects a broad, long‑term vision rather than a specific, fully committed construction budget for a single continuous building.
3. 2026 Reality Check: What’s Actually Being Built?
The Line: From 170 km to a Few Kilometers
Investigative and regional reports in 2026 converge on a key fact: The Line has been heavily scaled back, at least for now.
Major points:
Construction has pushed the structure to a few kilometers in length (often cited just above 2–2.4 km for the initial built segment), far short of the original 170 km ambition.
Reports suggest that Saudi authorities have explored reducing the height from 500 m and drastically cutting the initial built length to lower costs and complexity.
One 2026 analysis notes that the Crown Prince appears to have accepted that The Line will be realized as something “far smaller” than the original mirrored Manhattan‑in‑the‑desert, at least in its first decades.
Other sources go further, describing the project as “suspended after around 2.4 km” or being re‑evaluated for alternative uses.
Possible Pivot: AI Data Centers and Specialized Uses
There are indications that the built portions of The Line may be repurposed or complemented by infrastructure such as AI data centers and specialized facilities, rather than only dense residential districts:
Some commentary suggests the megastructure could host AI infrastructure and high‑tech campuses, reflecting NEOM’s broader pivot toward digital industries.
This would align The Line more with being a symbolic tech and infrastructure corridor than an immediate home for millions.
Other NEOM Components Moving Ahead
Simultaneously, several NEOM sub‑projects show more tangible progress:
Sindalah – a luxury island resort intended to open to tourists, positioning NEOM as a high‑end Red Sea destination.
Green hydrogen plant – reported to be around 80% complete, aimed at making NEOM an important node in the global green hydrogen economy.
Ongoing work at Oxagon and Trojena, though timelines for full realization remain long.
So, in 2026, the most futuristic “building” under construction is not a single finished structure, but a patchwork of ambitious segments, with The Line as a partially built, heavily re‑scaled prototype.
4. Advanced Technology: What NEOM and The Line Promise on Paper
Even with scaled‑back construction, The Line and NEOM still represent extreme testbeds for combining advanced technology in one place.
Urban and Architectural Technology
Conceptually, The Line and NEOM integrate:
High‑density, car‑free urban form: compact vertical stacking of housing, offices, services, and parks, dependent on high‑speed transit rather than roads.
Fully integrated smart‑building systems: unified digital platforms for HVAC, water, waste, energy, security, logistics, and mobility.
Digital twins and AI urban management: real‑time data to optimize everything from transit schedules to air quality and energy flows.
Energy, Water, and Environmental Systems
NEOM is officially framed as a net‑zero, nature‑enhancing region:
100% renewable energy ambitions (solar, wind, green hydrogen), with integrated storage.
Highly efficient water systems, including desalination and reuse, in a fragile desert and coastal environment.
Restoration and conservation of natural areas (coast, desert, mountains, valleys), at least as stated in official materials.
Digital and AI Infrastructure
Recent reports highlight NEOM’s push to become a major AI and data infrastructure hub:
Multi‑billion‑dollar deals with global tech partners to set up AI data centers and cloud infrastructure.
Ambition to host companies working on autonomous systems, robotics, and advanced manufacturing, turning parts of NEOM into a testbed for next‑generation industries.
5. The Massive Budgets: What They Enable—and What They Risk
Positive Potential
Accelerated Innovation With projected investments measured in hundreds of billions, NEOM can fund large‑scale experiments in:
Green hydrogen, renewable energy, and grid management in harsh climates.
Car‑free urban typologies and high‑density, mixed‑use design.
AI‑enabled building and city operations (from security to energy to mobility).
If successful, these could produce exportable models, technologies, and services that benefit other regions.
Economic Diversification NEOM is designed to help Saudi Arabia shift from oil dependency to a more diversified economy centered on tourism, technology, logistics, and green energy.
This could create new jobs and capabilities for Saudi citizens and international partners.
Infrastructure investments could improve regional connectivity and services.
Urban and Design Lessons Even scaled‑back prototypes like The Line can yield data on:
High‑rise, high‑density living in extreme climates.
The practical limits and trade‑offs of radically rethinking city form.
What does and doesn’t work in hyper‑integrated smart‑city design.
Major Risks and Criticisms
Environmental Impact and Ecosystem Stress Environmental analyses of NEOM warn that large‑scale construction in sensitive coastal and desert environments can:
Disrupt marine life, desert habitats, and water resources.
Create a contradiction between “green branding” and heavy ecological footprint during construction.
Social and Human Rights Concerns NEOM sits in a region historically occupied by local communities. Various reports and advocacy groups (beyond the sources cited here) have raised issues around:
Displacement and resettlement.
Labor conditions and rights.
Inclusion of diverse populations in decision‑making.
These issues shape whether NEOM is seen as a project for the world or primarily for investors and a global elite.
Economic Viability and Opportunity Cost With headline budgets in the hundreds of billions, critics ask:
Will enough people and businesses actually choose to live and work in NEOM to justify the investment?
Could similar funds have produced broader benefits if directed toward incremental upgrades of existing cities, education, and services instead of a new mega‑region?
From Vision to “Reality Lite” By 2026, “reality check” analyses openly describe a gap between the original promises and what has been built:
Population targets cut (e.g., from around 1.5 million to a few hundred thousand in early phases).
The Line’s built extent limited to a few kilometers, not 170 km.
Focus shifted to a smaller set of deliverable projects (Sindalah, hydrogen, data centers) rather than the full sci‑fi city.
This raises the question: is NEOM an experimental region adapting sensibly to constraints, or a scaled‑down version of an over‑promised dream?
6. Real Contribution to Work, Technology, and Society
Potential Contributions
Green Energy and Climate Solutions:
NEOM’s green hydrogen plant and renewable infrastructure, if completed and operated successfully, could help decarbonize hard‑to‑abate sectors and create exportable expertise.
Digital and AI Ecosystem:
Data centers and AI partnerships can make NEOM a regional digital hub, supporting startups, research, and advanced industries.—if they are adequately integrated with education, skills training, and inclusive hiring.
Urban Innovation Lab:
Even a few kilometers of The Line can function as a live prototype for high‑density, car‑free development and integrated smart‑building systems, informing future urban projects worldwide.
Limits and Concerns
Scalability and Replicability:
A project backed by hundreds of billions of dollars and a sovereign wealth fund is hard to replicate elsewhere. The risk is that NEOM becomes a one‑off showcase rather than a model that other cities can realistically adopt.
Distribution of Benefits:
If the most advanced parts of NEOM primarily serve tourists, multinationals, and wealthy residents, its contribution to everyday quality of life for ordinary citizens—inside and outside Saudi Arabia—may be limited.
Governance and Rights:
For NEOM to serve as a credible model of the future of cities, it will need governance mechanisms that address concerns about environmental impact, local communities, labor, and civil liberties, not just infrastructure and AI.
7. How to Think About “Most Futuristic Buildings” in 2026
In 2026, The Line and NEOM represent the clearest example of futuristic buildings under construction with truly massive budgets:
They have pushed the global imagination about what a city could be, combining radical urban form, smart‑building technology, AI, and green energy at unprecedented scales.
At the same time, reality has forced a major scaling‑back and re‑prioritization, revealing the practical limits of ultra‑ambitious timelines and budgets.
When evaluating them, it helps to separate:
The vision (170 km, 9 million people, zero carbon, fully AI‑run),
The current reality (a few kilometers built, selected projects progressing, digital pivot), and
The long‑term legacy (which will depend on how much of NEOM’s technology and urban learning is shared and adapted in more ordinary, less spectacular contexts).
If NEOM’s lessons in renewables, hydrogen, smart‑building management, and high‑density car‑free planning are eventually applied to existing cities and more modest projects, its vast budgets could yield genuine global benefits. If not, it may be remembered mainly as the most ambitious—and most heavily scaled‑back—futuristic building experiment of the early 21st century.
