Why has Israel elevated smart cities to a national strategy: local governments are turning into city operating systems

Israel is redefining a topic that was originally more about technical procurement into an issue of national governance capacity.

In this article from The Jerusalem Post, what local government leaders repeatedly emphasize is not “a new technology going live,” but a change in the way the city itself operates: moving from reliance on experience and post-event response to proactive management based on real-time data; from fragmented systems to shared platforms; from face-to-face, offline administrative procedures to a unified service portal accessible on mobile devices.

What this reflects is a structural shift now taking place in urban governance worldwide. Smart cities are no longer just a pretty planning label; they increasingly resemble the operating system of a city—they determine how a city senses problems, allocates resources, handles risk, and switches between routine operations and emergency conditions.

Smart cities are truly demand-driven, not concept-driven

It is not hard to understand why Israeli local governments are pushing this transformation. Population growth, rising operating costs, shortages of professional talent, and increasing public demands for speed and transparency in services are not isolated problems, but typical systemic pressures on cities. Traditional municipal management relies on human experience, departmental silos, and delayed feedback; it may still hold up in stable periods, but once a sudden incident occurs, systemic fragility quickly becomes magnified.

Therefore, the core logic of this transformation is not “whether cities need technology,” but “whether cities can continue to operate on a traditional administrative rhythm.” When the issues extend to traffic congestion, infrastructure failures, energy waste, public safety, and emergency coordination, what cities need is visible, predictable, and interconnected management capability—not more isolated subsystems.

This is also why the article specifically emphasizes “proactive management” rather than “passive response.” In urban governance, the latter means the problem has already occurred; the former means the city has begun to develop some early-warning capability. The difference between the two will ultimately be reflected in service quality, fiscal efficiency, and urban resilience.

From “installing devices” to “building platforms,” smart cities enter a second stage

The case of Modi'in Maccabim Reut in Israel provides a typical example. The article mentions that the city established an urban innovation center and deployed communication infrastructure along with a range of remotely controllable systems: security cameras, energy-saving lighting, environmental monitoring sensors, real-time traffic management systems, and automated irrigation systems. All data eventually flows into a city command center, thereby forming a more complete operational picture.

This looks like a fairly standard set of smart city components, but what really matters is how they are organized.If smart cities are understood as a collection of isolated projects, they will only remain at the level of “digital procurement”: the streetlights are smart, the cameras are connected, the irrigation is automated, but the systems remain isolated from one another and data cannot be shared. True urban intelligence comes from bringing these scattered infrastructures into a unified management framework, so that transportation, security, the environment, energy, and service processes can operate in coordination under the same data logic.

In other words, cities are shifting from “buying smart devices” to “building an intelligent coordination layer.” This structure will determine whether a future city can form its own operational core.

AI entering municipal government is not about replacing officials, but about compressing decision delays

The most noteworthy example in the article is MuniForce, launched through a partnership between Israeli local governments and Salesforce: an AI-based municipal information management platform. Its purpose is not mysterious: to analyze real-time information, identify infrastructure failures in advance, manage budgets more precisely, and enable different cities to adopt a unified administrative language.

This precisely shows that the value of AI in urban governance is often not “making decisions automatically,” but compressing processes that once required manual aggregation, cross-department communication, and step-by-step approval into shorter feedback loops.

In city management, time is cost. If a road failure is detected in advance, traffic disruption, repair spending, and public complaints can all be reduced. If a budget deviation is identified earlier, fiscal adjustments do not have to wait until the end of the quarter. If cross-department coordination shares the same data interface, crisis response does not need to keep switching between phone calls and spreadsheets.

That is also why, after AI enters urban governance, the first thing it changes is not “what the city looks like,” but “how fast the city responds.”

The next competitive front in digital public services is unified access

Beyond backend governance, the article also mentioned MuniBox: integrating municipal payments into a secure digital wallet, allowing residents to complete payments directly on their phones. This may seem ordinary, but in fact it is a key step in digital government.

The truly difficult part of digitizing city services is not whether there is an online channel, but whether the channel is unified, trustworthy, and able to reduce the burden on residents in terms of understanding and operation. For ordinary residents, the digitalization of government should not mean more apps, more complex account systems, and more fragmented processes. It should mean a service gateway with less friction, less waiting, and less repetitive form-filling.

This is also the hallmark of maturity in digital public services: not moving paper processes onto a screen, but reorganizing city services into a system oriented toward the user.

From this perspective, a unified wallet, unified payments, unified identity verification, and a unified notification mechanism are becoming important parts of urban digital infrastructure. They do not belong to “flashy innovation,” but to the underlying capabilities that will define future urban competition.

Why local governments are becoming more and more like front-line nodes of national resilienceOne of the most significant aspects of this article is that it elevates the digitalization of local governments directly to the level of national resilience. The reason is very practical: in modern urban society, many crises do not first emerge at the national center, but in municipal systems.

Traffic congestion, power outages, water supply anomalies, public safety incidents, and localized failures caused by extreme weather usually require a local government response first. Whether a city has the ability to operate independently, coordinate quickly, and share data determines whether a country can remain stable in complex situations.

That is why “smart cities” in some countries are no longer just an urban development issue, but have been incorporated into broader infrastructure and governance strategies. This involves not only technology procurement, but also data governance, cybersecurity, cross-departmental coordination, digital sovereignty, and emergency response mechanisms.

In the case of Israel, this logic is especially clear: urban governance capacity is not only about improving the citizen experience, but also the foundation for the state to maintain basic order in an uncertain environment.

Future urban competition is not only economic competition, but also operational capability competition

Across the world, more and more cities are evolving in the same direction: treating the city as a continuously running data system rather than a static administrative area.

Cities such as London, Tokyo, New York, and Dubai frequently appear in smart city discussions not only because they have budgets and technical resources, but also because they have already realized that the core of future urban competition is no longer just land, population, and capital, but operational capability: the one that can sense change faster, detect risks earlier, and organize public resources more efficiently is more likely to remain attractive in an era of uncertainty.

What Israeli local governments are trying to prove is that this capability does not belong only to global megacities. Even medium-sized cities can build stronger governance resilience through unified platforms, real-time data, and AI-assisted decision-making.

This offers a clear lesson for global urban governance: the next stage of smart cities is not about adding more sensors, but about whether a city has formed a truly operable, coordinated, and iterative digital infrastructure system.

When cities begin to think like systems, they are no longer merely managing space; they are shaping the temporal structure, risk structure, and service structure of daily life. By elevating smart cities to a strategic priority, Israeli local governments are, to some extent, answering a larger question in advance: in the AI era, how should cities actually be governed?

References

• The Jerusalem Post: Smart cities: A top strategic interest for the State of Israel
• Original link: https://www.jpost.com/israel-news/culture/article-897462