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AI in action: How governments are using technology to predict, prevent, and personalise

For centuries, government has often been seen as a slow, reactive bureaucracy. Citizens fill out forms, wait in lines, and hope for a response. Artificial Intelligence (AI) is beginning to change this in a fundamental way, enabling a shift from a government that reacts to problems to one that anticipates needs.

Think of it like managing a city bridge. The old way was to wait for cracks to appear or, worse, for the bridge to fail, and then scramble to make repairs. The new, AI-driven approach is to use sensors and predictive models to understand the bridge’s structural stress in real-time, allowing engineers to prevent the failure before it ever happens.

This shift is more than just a technological upgrade; it’s a redefinition of the social contract. As decisions about benefits, health, and safety move from human clerks to algorithms, the relationship between the citizen and the state is fundamentally changing.

This is the promise of AI in government: to build a more proactive, personalised, and efficient state that can forecast health crises, disburse benefits to those in need without lengthy applications, and optimise city traffic dynamically. This document will explore what “AI” really is, see how it’s being used to remake key public services, and understand the critical challenges we must address, all based on insights from the “Tools to build an AI state” report.

What exactly is the ‘AI’ in government? A simple toolkit

“Artificial Intelligence” isn’t a single technology; it’s a collection of tools. Just as a mechanic has different tools for different jobs, governments use various types of AI to solve specific problems. The table below introduces three of the most common AI technologies used in public services.

AI technology What it does in government (with an example)
Natural Language Processing (NLP) Understands, interprets, and generates human language, both spoken and written.

Example: AI-powered chatbots answer citizen questions in multiple languages 24/7, and can even help summarise complex legislation into plain language.

Machine learning and predictive analytics Analyses historical data to find patterns and forecast future events or risks.

Example: Governments use predictive models to forecast disease outbreaks or identify patterns that suggest potential tax fraud.

Computer vision “Sees” and analyses information from images and videos to identify objects or patterns.

Example: AI systems can read medical scans like X-rays to detect cancer earlier, analyse camera footage to spot potholes on city roads, or analyse satellite imagery to monitor deforestation and other environmental changes.

Now that we understand the basic tools in the government’s AI toolkit, let’s explore how they are being applied to improve the services that impact our daily lives.

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How AI is remaking public services: Three key examples

This transformation of the social contract is not abstract; it’s happening now in the public services that define our daily lives. From the classroom to the hospital to the daily commute, AI is being applied to fulfil the state’s core promises more effectively.

Here are three key examples.

  • Education: From standardised lessons to personalised learning

The traditional challenge in education has always been the “one-size-fits-all” model, where a single teacher must try to meet the diverse needs of a large classroom. AI’s primary promise is to make learning adaptive and personalised for every student.

  • AI-driven tutoring: Platforms like Squirrel AI in China provide millions of students with tutoring that adjusts the difficulty of lessons in real-time based on their performance, acting like a personal tutor for each child.
  • Smarter teacher tools: AI can automate routine tasks like grading assignments and generating lesson materials aligned with national curricula, providing teachers with detailed analytics on student progress. This frees up teachers’ time to focus on what matters most: mentoring and providing personal support to their students.
  • Building economic pathways: AI is not just for children. Platforms like Singapore’s SkillsFuture use AI to analyse labour market trends and guide adult workers toward in-demand skills and jobs, strengthening the promise of lifelong economic opportunity.

Just as AI can tailor a student’s education, it is also beginning to personalise healthcare from the moment a person seeks care.

  • Healthcare: From treating sickness to predicting it

Healthcare systems worldwide are strained by rising costs and a focus on treating people only after they get sick. AI is playing a central role in shifting this focus from treatment to anticipation, making public health more predictive and preventive.

  • Faster, more accurate diagnosis: Computer vision algorithms can analyse medical images like X-rays and MRIs with incredible speed and accuracy. These systems can identify anomalies in seconds, flagging risks that allow for intervention before a crisis occurs and leading to better patient outcomes.
  • Predicting health crises: During the COVID-19 pandemic, AI-driven epidemiological models helped governments predict where outbreaks would occur, allowing them to allocate resources more effectively. Beyond pandemics, these models can analyse health records to flag patients at high risk of conditions like sepsis, allowing hospitals to intervene preventatively.

While AI’s impact on personal health is profound, its ability to analyse and optimise large, complex systems is also reshaping the public infrastructure we all share, starting with our transport networks.

  • Transport: From traffic jams to smart traffic flow

Every city dweller is familiar with the frustration of traffic congestion, transit delays, and infrastructure failures. By analysing vast amounts of real-time data, AI is helping make transport systems adaptive and predictive, smoothing out the flow of people and goods.

  • Dubai’s smart traffic signals: In Dubai, AI-powered traffic lights respond dynamically to real-time traffic conditions. Instead of following a fixed schedule, they adjust their timing to reduce congestion and cut down on waiting times for drivers.
  • China’s city brain: This massive platform, developed by Alibaba, analyses city-wide data from cameras, GPS, and public transit. It orchestrates traffic flow across entire districts, dramatically cutting response times for emergency vehicles by minutes that can save lives.

These examples show a future of exciting possibilities, but this progress also comes with significant challenges and questions that society must carefully address.

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The Big questions: Balancing progress with people

Deploying this technology responsibly requires confronting the profound governance challenges it creates. While the benefits are clear, AI’s use in the public sector forces us to ask critical questions about fairness, accountability, and our fundamental rights.

  • Is it fair? The challenge of bias

AI systems learn from the data they are given. If that data reflects historical human biases, the AI can learn and even amplify those same prejudices. For example, a predictive policing model trained on biased arrest records could unfairly target a community that was already over-policed, creating a vicious cycle of discrimination.

  • Who’s in charge? The accountability problem

Many advanced AI systems are a “black box,” meaning it can be difficult, even for their creators, to understand exactly why they made a specific decision. This raises a critical question: if an algorithm wrongfully denies a person welfare benefits or flags them as a risk, who is accountable for the mistake?

  • Are we being watched? The privacy puzzle

To work effectively, AI often requires vast amounts of data about citizens, from their health records to their daily travel patterns. This creates a fundamental trade-off, raising serious concerns about the potential for government surveillance and the protection of personal privacy.

Conclusion: Governing wiser, not just faster

Artificial Intelligence is clearly more than just a new technology; it is a powerful force that is reshaping the relationship between citizens and the state. It offers the tools to build a government that is not only faster and more efficient but also more proactive and personalised.

However, the true measure of success for AI in government will not be speed or cost savings alone. It will be whether these tools are used to strengthen the social contract by making governance more transparent, inclusive, and trustworthy.

The goal is not simply to adopt AI the fastest, but to integrate it wisely, ensuring that this powerful wave of technological innovation is carefully aligned with our democratic values and the public’s trust.

Watch this space for a follow-up article for a deeper dive into AI applications in Government, and where opportunities lie for startups and investors.

A comprehensive analysis, “Tools to Deliver The AI State – a Technology Watch and Horizon Scan”, is available here.

You can also find me on my podcast and newsletter, where I share regular insights on geopolitics and leadership.

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