What Is a Smart City?

The term sounds like traffic lights and energy grids. The documented reality includes facial recognition, behavioral monitoring, and integrated surveillance platforms first tested on populations with no ability to refuse.

By Cherokee Schill · Horizon Accord · April 14, 2026

What the Term Actually Means

Smart city is a marketing term. It was designed to travel — across languages, across political systems, across procurement budgets. It describes, broadly, the use of digital technology to manage urban infrastructure. The broad definition is accurate. It is also incomplete.

Documented Fact The Center for Strategic and International Studies identified 73 documented "Safe City" agreements — the surveillance-specific variant of the smart city label — across 52 countries, all associated with Huawei. Among the technologies sold under the Safe City label: facial recognition, license plate recognition, social media monitoring, integrated command centers, and behavioral flagging systems. The term safe city is used interchangeably with smart city across Huawei's marketing materials and government procurement contracts.

These are not separate product lines. They are the same architecture described with different emphasis depending on the audience. A city finance minister hears traffic management. A police ministry hears real-time population monitoring. Both are looking at the same system.

What the Package Actually Contains

Based on documented procurement contracts, Huawei's own published technical specifications, and independent research by Privacy International, CSIS, and ASPI, a standard Chinese smart city deployment typically includes some or all of the following:

CCTV Network High-definition cameras installed across public spaces — streets, parks, transport hubs, government buildings. In Uganda, approximately 5,000 cameras feed footage through dedicated fibre-optic cables to 11 monitoring centers and a central data hub at police headquarters.

Facial Recognition AI software that identifies individuals from camera footage by matching faces against government databases. In Serbia, a 2017 agreement with Huawei specified 1,000 cameras with facial recognition software in 800 locations across Belgrade. Leaked documents confirmed the system was subsequently expanded without public disclosure.

License Plate Recognition Automated vehicle tracking tied to owner registration databases, enabling movement mapping across a city or region.

Integrated Command Center A unified operations platform that aggregates data from all camera feeds, recognition systems, and external databases into a single interface for authorities. Huawei describes this as the city's "nervous system." In practice it is the point at which surveillance data becomes actionable for law enforcement.

Behavioral Analytics Software that flags behavioral patterns — loitering, crowd formation, unusual movement — for human review or automated alert. Huawei's own camera datasheets document features including "loitering detection, intrusion detection, abandoned object detection, and humans and vehicles distinguish."

Data Infrastructure Servers, storage, and connectivity that retain and process surveillance data. In Papua New Guinea, this included the government's entire national data archive, financed by a Chinese state loan and housed in a Huawei-built facility.

Telecommunications Backbone 4G/5G networks and fibre-optic infrastructure that carry the data generated by all other components. In Tajikistan, over 800 Chinese cameras watch public spaces; Huawei is simultaneously the primary supplier for Kyrgyzstan's top two telecommunications providers at 90% and 70% market share respectively.

Structural Observation Each component has legitimate civilian uses in isolation. Traffic cameras manage congestion. Data centers store government records. Command centers coordinate emergency services. The architecture becomes something different when the components are integrated — when the traffic camera feeds facial recognition that feeds a behavioral scoring system that feeds a command center with the ability to restrict movement. That integration is what was tested in Xinjiang. That integration is what is documented in the export packages.

Documented Deployments

Case Study · Valenciennes, France · 2017

Huawei gave the city 240 facial recognition cameras worth two million euros — for free. Facial recognition is not legally authorised in France. City officials promised the facial recognition features would not be activated. The cameras were installed before any data protection assessment was conducted. Privacy International obtained the contract through a freedom of information request; it reveals Huawei offered the cameras hoping to extend its reach across France. Even with facial recognition disabled, the cameras retain behavioral analytics functions including loitering detection, intrusion detection, and target color recognition — all active and operational.

Case Study · Belgrade, Serbia · 2017–present

A strategic partnership between Huawei and Serbia's Interior Ministry specified 1,000 surveillance cameras with AI facial recognition software in 800 locations. Leaked procurement documents reviewed by Radio Free Europe confirmed the system was subsequently expanded — potentially to 3,500 additional cameras — without public disclosure. Serbia's own data protection commissioner and the European Parliament both raised concerns. No adequate legal framework for processing biometric data from facial recognition existed at time of deployment.

Case Study · Kampala, Uganda · 2014–present

Huawei first donated 20 cameras to Uganda's government in 2014. By 2022 the number had reached approximately 5,000, following a $126 million Safe City contract signed in 2018. A Wall Street Journal investigation found Huawei engineers used the surveillance infrastructure to penetrate the WhatsApp communications of opposition politician Bobi Wine — identified by name in internal police documents — enabling authorities to disrupt planned political rallies and arrest dozens of supporters. The camera network was subsequently used to identify protesters.

Case Study · Naypyidaw, Myanmar · 2018

As part of a Safe City initiative in Myanmar's capital, 335 Huawei CCTV cameras were installed alongside AI technology that automatically scans faces and license plates and alerts authorities to those on a wanted list. Huawei maintains it is only a vendor, not responsible for how the technology is used. The installation preceded the February 2021 military coup; by March 31, 2021, 510 people had been killed since the coup began, including children.

Case Study · Duisburg, Germany · 2018

The German city of Duisburg partnered with Huawei to develop smart city infrastructure, with Huawei describing the project as creating the city's "nervous system." Huawei's Vice President for West Europe stated the company was "delighted to be Duisburg's preferred partner." The deployment includes technology to digitize indoor environments for government, tourism, and facility management applications.

The Xinjiang Connection

Documented Fact The Australian Strategic Policy Institute confirmed that for most Chinese technology companies involved in smart city exports, the surveillance technologies and techniques being rolled out abroad had already been used on Chinese citizens — and especially on Uyghur and other minority populations in Xinjiang. The same companies. The same technology. The same architecture. Deployed domestically on a captive population, then marketed internationally as urban safety infrastructure.

Adrian Zenz, a researcher who has studied Xinjiang extensively, has noted that Chinese companies gained a comparative advantage over European and American competitors precisely because they operated in an environment with no meaningful privacy regulation or oversight. The technology was tested at scale, on millions of people, under conditions no Western company could replicate. The product that emerged from that testing environment was then offered to cities in France, Germany, Serbia, Uganda, and 100 other countries — cheaper, more refined, and more capable than anything available from a competitor who had to operate under democratic constraint.

Structural Observation The absence of ethical constraint in the development environment is not incidental to the product's competitiveness. It is the source of it. Xinjiang was not a human rights failure that happened alongside a technology success. The human rights failure was the condition that made the technology success possible.

This document presents pattern documentation based on primary sources and independently verified research. All factual claims are sourced and hyperlinked. Epistemic categories — Documented Fact, Structural Observation — are marked throughout. Readers are encouraged to verify all sources independently.