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Choose an AI task only when it addresses a specific public-service problem, offers a measurable public benefit that other approaches cannot deliver as well, and can be operated with acceptable risks, meaningful human control, and sustainable support. Start with the task and the people affected—not with a technology mandate. A decision not to automate is appropriate when the risks cannot be brought to an acceptable level.

Which public-sector tasks are safe and worthwhile to automate with AI?

There is no general list of tasks that are safe to automate. Suitability depends on what the system would do, who could be affected, the quality and lawful use of the data, the consequences of error, and the organisation’s ability to supervise and maintain it. The same technology may be reasonable for a low-impact administrative task and inappropriate for a decision that affects a person’s rights, care, benefits, or access to essential services.

Use a task-level decision process. Identify the service problem, compare AI with non-AI alternatives, assess benefits and harms, check data and operating conditions, define human control, and establish whether the organisation can support the system throughout its life. Only then decide whether to stop, gather more evidence, pilot, or proceed toward procurement.

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1. What service problem are you trying to solve?

Write the problem in plain language before naming a model, product, or automation project. Specify the task and where it sits in the service: for example, sorting incoming requests, finding information in records, or drafting a response for staff review. Then state the user need or operational outcome the change is meant to improve.

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Turn the intended public benefit into something observable. Depending on the service, that might mean shorter waits, fewer avoidable hand-offs, clearer communications, or more time for staff to handle complex cases. Record how the current service performs and how the proposed change would be evaluated. A benefit that cannot be defined or measured is not yet a sound basis for choosing a system.

  • Task: What specific work would the system perform, and at what point in the service?
  • People: Who uses the service, who does the work, and who could be affected by the output?
  • Outcome: What public benefit should result, and what evidence would show whether it happened?
  • Baseline: What happens now, including delays, errors, staff effort, and effects on service users?

Keep the problem statement separate from a preferred solution. The UK Government’s Guidelines for AI procurement recommend explaining why AI is relevant while remaining open to alternatives.

2. Is AI a better fit than a non-AI change?

Compare AI with process redesign, conventional software, clearer guidance, additional staff capacity, or another human-led improvement. Ask whether AI’s capabilities plausibly address the particular bottleneck—not merely whether a supplier can demonstrate a compelling product.

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For each option, compare the likely service benefit with the evidence needed to establish it, the harms it could cause, and the effort required to put it into practice. An AI approach should not advance just because it is novel or because a project has already been framed as an AI initiative.

Decision dimension Questions to answer
Service value What improves for service users or the public, and how will you know?
Evidence What supports the expected benefit in this task and operating context? What remains an assumption?
Harm How severe could an error be, who is most exposed, and can its effects be reversed?
Data Is the necessary data available, sufficiently reliable and representative, lawful to use, and appropriately protected?
Testing Can performance and unequal impacts be tested under relevant conditions, and can failures be detected in use?
Human control and redress Who can verify, challenge, or override an output? How can an affected person raise a concern or seek review where relevant?
Delivery burden What integration, process changes, staff skills, and supplier dependencies are involved?
Whole-life capacity Can the organisation fund and staff implementation, training, support, maintenance, monitoring, and eventual exit?

This comparison is a structured aid to judgment, not a risk score that can approve a project by itself. If a simpler option meets the need with less risk or burden, that matters even if it does not use AI.

3. Who benefits, and who could be harmed?

Map people who may benefit, people whose work will change, and people who may face greater risk or disadvantage. Consider how the system’s output could affect different groups, including through inaccurate or biased results, privacy loss, security failures, or unintended changes to how the service is allocated or delivered.

Look beyond the immediate task. A seemingly small output—such as a category, summary, or recommendation—may shape a later decision. Trace where it goes, who relies on it, and whether a person can correct the record or challenge the result before it causes harm.

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Assess impacts before starting, during implementation, and after implementation. The UK Government’s Data and AI Ethics Framework calls for lifecycle assessment rather than treating an initial assessment as permanent clearance. Revisit the assessment when the system, data, process, or affected population changes.

Use extra care when errors could have serious consequences, including in health, policing, justice, social care, or decisions about allocating public resources. The relevant question is not just whether an average performance figure looks acceptable, but whether the system can cause serious or uneven harm in the actual service.

4. Are the data and operating conditions adequate?

Identify what data the task requires, where it comes from, whether it can lawfully be used for this purpose, and whether it is accurate and representative enough for the people and situations the service encounters. Minimise data use where possible, and establish appropriate security and access controls.

Document known gaps and likely failure conditions. Data that looks adequate in a demonstration may not reflect real cases, changes over time, unusual requests, or the full range of people using a service. A supplier’s demonstration is not evidence that a system is safe or effective in your service context.

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Before relying on outputs, define how the organisation will test and validate performance in relevant conditions, detect errors and potential bias, and monitor the system after deployment. If the necessary data cannot be used appropriately, or performance cannot be meaningfully evaluated, pause the proposal rather than assuming the gaps will resolve themselves.

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5. What human control and redress will be meaningful?

Write down which steps are automated and which remain decisions made by people. Name the person or role accountable for each consequential decision, and specify what staff must check, what they are allowed to change, and how they can override or stop the system.

A human checkpoint is meaningful only if the person has enough time, context, training, and authority to understand and challenge an output. A nominal sign-off that staff cannot realistically question does not provide effective oversight. For large language model outputs, the UK framework says someone should verify outputs for incorrect information and potential bias.

For significant effects on individuals or groups, UK Government guidance advises avoiding fully automated decisions and making a person responsible for the final decision. That is UK guidance; teams elsewhere must check the rules and accountability requirements that apply in their jurisdiction. Build a clear route for affected people to raise concerns and seek review or appeal where relevant, and explain the system’s role in the service.

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The UK Government’s Data and AI Ethics Framework puts the no-go option plainly: “In some cases, where the risks of potential harm and incorrect outputs are high, the right choice might be to not use the system at all.”

6. Can the organisation sustain the system over its whole life?

Compare expected public value with the full cost and delivery capacity needed—not just the purchase price. Include implementation and integration, data preparation, staff time, training, hosting, support, maintenance, monitoring, and end-of-life work. The UK procurement guidance specifically calls for whole-of-life cost considerations and ongoing support and maintenance.

Establish whether the organisation can retain enough knowledge and skill to oversee the system, work with suppliers, investigate problems, and keep the service operating. Procurement planning should address governance, data, testing, support, knowledge transfer, and responsibility for end-of-life arrangements where appropriate. Preserve the ability to scrutinise supplier claims and consider alternatives.

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There is no general public-sector success rate or savings figure established by the reviewed official guidance. Treat projected benefits as claims to test, not results already achieved. The OECD’s 2025 Governing with Artificial Intelligence report describes potential procurement uses, such as drawing on prior procurement information and finding relevant market offerings, while recommending stronger skills, supplier dialogue, and better collection and monitoring of results. Those are described uses and recommendations, not proof that a particular authority saved money.

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A U.S. Government Accountability Office report published 13 April 2026 reviewed 13 AI acquisitions across the Departments of Defense, Homeland Security, Veterans Affairs, and the General Services Administration. GAO found the selected agencies were not systematically collecting lessons learned and recommended policy changes to support collection and sharing. The sample is not a measure of failure across government or evidence of typical automation outcomes; it does underline the practical value of capturing implementation lessons, including relevant contract terms for data rights and testing.

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7. What should a bounded pilot prove?

A pilot should resolve specific uncertainties, not serve as an open-ended demonstration. Define the intended task, the users and conditions represented, the measures of benefit and harm, and who will review the results. Set acceptable performance and stop criteria before the pilot begins.

  1. Set the boundary: identify what the system may do, what it must not do, and which cases remain outside the pilot.
  2. Define the evidence: specify baseline measures, test conditions, relevant groups, and how errors, bias, and harmful outputs will be recorded.
  3. Assign control: name accountable staff, verification duties, intervention authority, and routes for feedback or complaints.
  4. Set decision gates: state what evidence would justify continuing, changing the design, collecting more evidence, or stopping.
  5. Reassess: revisit the impact assessment when the system or service changes, and plan ongoing monitoring and support before any wider use.

Do not move to wider use if the pilot cannot demonstrate the necessary benefit, if important failures cannot be detected, or if safeguards cannot reduce risks to an acceptable level. A no-go is a valid decision, not a failed project.

Which official frameworks should teams consult?

The core decision principles—define public value, assess impacts, test in context, maintain accountability, and plan for the lifecycle—are useful across jurisdictions. The named tools and legal duties are not interchangeable, however; teams must establish which requirements apply where they operate.

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  • United Kingdom: the Data and AI Ethics Framework, updated 18 December 2025, offers broad public-sector principles and practical actions on privacy, fairness, safety, oversight, impact, and lifecycle management. Its self-assessment tool can help record decisions and learning.
  • United Kingdom: the Guidelines for AI procurement address public-benefit statements, iterative impact assessment, supplier engagement, data readiness, governance, testing, lifecycle costs, support, and training.
  • United Kingdom: the Ethics, Transparency and Accountability Framework for Automated Decision-Making, published 13 May 2021 and last updated 29 November 2023, provides a seven-point framework and an associated risk-potential assessment form.
  • Canada: the Government of Canada’s Automated decision-making resource index, dated 15 September 2026, links to the Directive on Automated Decision-Making, Algorithmic Impact Assessment, scope guidance, completed assessments, and peer-review guidance. Confirm which tool applies to the system in question.

These are jurisdiction-specific resources. A UK framework does not automatically determine obligations in Canada, the United States, or another jurisdiction; check local law, policy, and accountability arrangements before proceeding.

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