The GenerIA Blog

Governing AI in the Public Sector: Policy Frameworks and Best Practices

Blog post illustration
Share this article:

As artificial intelligence rapidly expands within public administrations, the issue is no longer merely technological but fundamentally institutional. Governing AI means framing its uses, clarifying responsibilities, and ensuring meaningful human oversight in order to reconcile innovation with citizens' rights and democratic trust.

Artificial intelligence is gradually becoming integrated into the daily operations of public administrations. From conversational assistants to document analysis, tools and decision-support systems, uses are multiplying as technologies reach greater maturity.

In the public sector, however, AI cannot be regarded as a simple technological innovation. It operates within sensitive missions linked to citizens' rights to equal treatment and administrative transparency. In this context, AI governance becomes an essential condition for its deployment.

Governance specific to the public sector

AI governance challenges are not the same in the public and private sectors. When a local authority deploys an AI system, it acts within a constrained democratic and legal framework. AI-assisted decisions can influence access to information, user guidance and/or the prioritization of cases.

Poorly governed AI can introduce bias, amplify existing inequalities and undermine citizens' trust. The resulting responsibility can never be delegated to a provider or an algorithm. Public authorities remain accountable for the choices made and the impacts produced.

Governing uses rather than technology

A frequent error is to attempt to govern AI as a purely technical object. In reality, risks and challenges depend primarily on how it is used. Two public bodies using the same tool may present very different levels of risk depending on the context of use, the population concerned and the degree of automation.

Governance therefore consists of framing uses by defining in which situations AI may be employed and with what level of human supervision. This approach makes it possible to proportion control mechanisms to real stakes without unnecessarily slowing innovation.

Clarifying responsibilities within the organization

AI governance relies on clearly defined roles. Elected officials carry the political vision and public service values. Executive leadership ensures strategic consistency. Operational departments are responsible for use cases. Digital services guarantee technical implementation.

When these responsibilities are poorly defined, AI projects risk becoming opaque or developing without a shared framework. Appointing AI leads and establishing cross-functional steering committees help structure governance and facilitate decision-making.

Transparency, explainability and human oversight

In the public sector, the legitimacy of a service rests on its capacity to be understood. AI governance therefore requires making the operating principles of deployed systems intelligible. This does not mean explaining every algorithmic detail but ensuring functional understanding of the data used, the rules applied, and known limitations. Implementing traceability mechanisms also allows documenting uses and meeting audit and oversight requirements.

One of the central principles of AI governance in the public sector is maintaining real human oversight. AI must remain a support tool, not an autonomous decision-maker. Even when the results produced are relevant, the final decision must be taken by a public officer or elected official. This posture makes it possible to correct errors, take context into account and fully assume responsibility for public action.

Data governance and regulatory anticipation

AI governance is inseparable from data governance. Public authorities handle sometimes sensitive data whose use is strictly regulated. Mapping data flows, defining retention rules and securing access are essential prerequisites. Moreover, the regulatory framework for AI is evolving rapidly. Establishing governance today makes it possible to anticipate these developments and secure investments.

AI governance therefore cannot be static. Uses evolve, technologies progress and citizens' expectations change. By setting up feedback loops, rules can be adjusted and existing mechanisms gradually improved. Over time, governance becomes a factor of organizational maturity. It facilitates the deployment of new use cases while strengthening the trust of staff and citizens.

Conclusion

AI governance in the public sector forms the foundation of sustainable, legitimate and responsible innovation. By structuring responsibilities, framing uses and maintaining effective human oversight, public authorities can turn AI into a lever for modernization in the service of the public interest. Governing AI does not slow innovation, it provides the framework that allows it to endure.

In the GenerIA blog:

Article Image

AI Models and African Languages: Systemic Exclusion and the Case for Sovereign Alternatives

The persistent underrepresentation of African languages in large AI models exposes structural imbalances in data, infrastructure, and design choices - and highlights the urgent need for sovereign, frugal, and explainable alternatives better aligned with local realities.

Article Image

How to Reduce the Environmental Footprint of Municipal AI?

As local authorities accelerate the adoption of AI to modernize public services, one requirement becomes unavoidable: aligning digital performance with ecological responsibility. Reducing the environmental footprint of municipal AI calls for a comprehensive approach based on usage frugality, strong data and infrastructure governance, and continuous impact measurement throughout the service lifecycle.

Article Image

No enterprise AIs without Data Lifecycle Management

Managing the lifecycle of the data sources that underpin bespoke enterprise AIs is not optional. Data Lifecycle Management (DLM) is the only way such systems can remain relevant, trustworthy and cost-effective beyond proof-of-concept (POC) experiments.

Article Image

Rethinking Tokenization: How SuperBPE Breaks the Space Barrier

It just took questioning an arbitrary assumption (the Einstein way) to bring tokenization closer to the reality and overcome a years-long limitation in one of the fundamental layers of the NLP stack.

Article Image

From AI Agents To Agentic Systems: Understanding The Paradigm Shift

A shift is underway from predefined, automation-oriented "AI agents" to dynamic, context-sensitive "agentic systems". This evolution goes beyond a simple semantic change. It reflects a transformation in system design, operational logic and adaptive capacity.

Article Image

Mapping AI risks: A Reference Base for Shared Governance

An international academic team proposes a unified directory of more than 700 risks associated with AI, particularly in business environments. This database aims to provide an overview and a common language to technical, regulatory and industrial actors confronted with these complex issues.

Article Image

Regulating Frugal AI: Between Progress and Challenges...

Frugality is a radical shift in the way businesses and governments think about AI. But how do we regulate a technology that promises both performance and a sustainable environmental footprint? Let's take a look at how three major regions - Canada, Europe and the United States - are approaching the problem...

Article Image

AFNOR SPEC 2314: Best Practices in Frugal AI

From project design to end-user acculturation, frugal AI is above all a matter of best practices. Numerous and complementary, these BPs are detailed in AFNOR SPEC 2314. Here is a thematic summary.

Article Image

Frugal AI: A Gentle Introduction to the AFNOR SPEC 2314 Framework

Fostering innovation without hastening the attrition of natural resources. This is the rationale behind frugal artificial intelligence, whose definition, contours and practices AFNOR intends to normalize.

Article Image

Telemetry, an essential component of the best AIs

Extensive telemetry brings a great deal to enterprise artificial intelligence. Performance, behavior, response biases, prompt injections... Everything that can be observed contributes to continuous optimization, thereby guaranteeing the full success of AI projects.

Article Image

AI and environment (3/3): the systemic risks

Overloaded power grids, the return of fossil fuels, non-recycled electronic waste, skyrocketing social costs... Conventional AI's systemic and societal indicators are all red.

Article Image

AI and environment (2/3): water, critical issue!

Artificial intelligence - at what cost to our water resources? Just like its carbon footprint, Conventional AI's consumption of cooling water is becoming a real ecological threat.

Article Image

AI and environment (1/3): alarming numbers

Insatiable for energy and a major producer of CO2, conventional artificial intelligence looks more and more like an environmental dead end. Is there any hope of sustainability? Everywhere, the numbers suggest otherwise...