Ethical impact assessment for socio-technical systems

≈ 45 min

Ethical impact assessment for socio-technical systems

A socio-technical system includes software, data, people, policies and institutions. An impact assessment maps stakeholders rather than treating “the user” as one homogeneous person. Direct users, people represented in data, administrators, bystanders and people excluded by the system may experience different benefits and harms.

For each stakeholder, identify the proposed benefit, possible harm, evidence needed, mitigation and residual risk. Some harms cannot be fixed with a small interface change. If a system makes high-impact predictions from weak evidence, the responsible decision may be not to deploy it. The assessment should name who has authority to pause or revise the design.

Worked reasoning. A bus-routing app may benefit commuters with faster routes but harm users without smartphones or people whose movement data is exposed. The team tests low-data alternatives, minimises location retention, publishes limitations and provides a non-app route-information channel. These are design decisions, not public-relations statements.

Exam lens. Use a table with stakeholder, impact, evidence and safeguard. Do not call an outcome ethical merely because it is convenient for the organisation.

Which statement is the most defensible principle for Ethical impact assessment for socio-technical systems?

An ethical impact assessment makes affected people, benefits, harms, evidence and safeguards visible before deployment.

Treat an implementation detail as more important than the stated rule.

Assume one successful run proves the system is correct in every case.

Avoid recording assumptions, limits or failure conditions.

Enter the key term for Ethical impact assessment for socio-technical systems. What term names a person or group that affects or is affected by a system?

A route-planning app requires a recent smartphone. Which stakeholder impact should the assessment record?

People without compatible devices may be excluded, so the system should offer a non-smartphone or public-information alternative.

Use a larger class or broader permission without stating a rule.

Trust the first output and skip a boundary or failure check.

Hide the decision so affected people cannot inspect it.

Name the concise safeguard or principle that completes this lesson’s scenario: A route-planning app requires a recent smartphone. Which stakeholder impact should the assessment record?