University of Queensland · FACULTY OF ARTS & HUMANITIES

COMU1130 Chap.10 Algorithmic Ethics and Digital Disconnection

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Chapter 10 of 10 · COMU1130

Algorithmic Ethics and Digital Disconnection

Algorithmic ethics concerns relationships among code, institutional practices and norms. This chapter asks how systems convene groups, assign probabilities and organise time, then connects those questions to digital disengagement. Opting out can require more monitoring and labour, and the ability to disconnect depends on resources and offline alternatives.

Ethical judgement therefore joins design details with institutional responsibility and unequal conditions. Algorithms are assemblages because an outcome emerges from software, data, organisational routines and ideas about what ought to count. Convening describes how a system groups people as similar, relevant, risky or eligible. Such groups can support useful publics or services while defining a boundary that excludes.

Probability matters when a prediction triggers ranking, advice, review or denial; the ethical question includes the intervention, not only statistical accuracy. Time matters because alerts, queues and forecasts decide when attention is captured and when an institution acts. Responsibility follows this assembled decision.

Designers choose categories, managers set objectives, institutions decide how outputs will be used and affected people adapt to the system. Digital disengagement then reveals unequal conditions of choice. A blocking or detox tool may protect attention, but setup, monitoring and score review add self-management.

Leaving and returning also require labour, while employment, education, government services or care may remain app-dependent. People with time, money and offline alternatives can disconnect more easily than those awaiting shifts or maintaining essential relationships. Do not individualise a structural dependency by treating willpower as the whole remedy.

A defensible ethical recommendation assigns duties to the actor able to change the category, intervention, timing rule or compulsory infrastructure and preserves a meaningful route for contest and review.

In this chapter

What this chapter covers

  • 01

    code, practices and norms

  • 02

    convening and group boundaries

  • 03

    probability and intervention

  • 04

    time and attention

  • 05

    digital disconnection labour

Worked example · free

Evaluate a focus app for shift workers

Q [4 marks]. Explain why an opt-out tool may help while leaving compulsory digitality intact. The marks shown here structure ethical-analysis practice and are not a published University assessment scheme.
Digital exhaustion can lead to an opt-out tool that produces more data and management work before the user returns to compulsory systems.Digital exhaustion can lead to an opt-out tool that produces more data and management work before the user returns to compulsory systems.exhaustionopt-out toolmore datare-entry work
Digital exhaustion can lead to an opt-out tool that produces more data and management work before the user returns to compulsory systems.
  • 1State the immediate benefit.
  • 1Identify new monitoring labour.
  • 1Name the institutional dependency.
  • 1Compare unequal opt-out capacity.
The app may protect rest, but setup, scoring and re-entry create further labour. App-only scheduling keeps full disconnection unavailable, especially for workers without control over shifts or spare time.
Sia tip — Analyse the institution that makes connection compulsory before assigning responsibility to the individual.
Glossary

Key terms

Algorithmic assemblage
The relationship among code, institutional practices and norms that produces an algorithmic outcome.
Convening
The formation of a group or public through categories of similarity, relevance or eligibility.
Digital disengagement
An attempt to reduce digital participation that may require added labour and unequal resources.
FAQ

Algorithmic Ethics and Digital Disconnection FAQ

Why is algorithmic ethics relational?

An outcome depends on code, organisational routines, professional choices and social norms. Ethical analysis therefore asks how these elements combine rather than locating responsibility in a mathematical procedure alone.

How does probability become ethical action?

A probability matters when it triggers ranking, advice, review or restriction. Evaluation should consider error and calibration, but also the consequence attached to the score and the person's ability to contest it.

Why can digital disconnection create labour?

People may need to configure tools, monitor progress, manage new data and later re-enter work or social systems. Those tasks add effort, while meaningful opt-out remains easier for people with time, money and alternatives.

Where should responsibility sit in an algorithmic assemblage?

Allocate responsibility to the decisions different actors can actually change. Designers select categories and interfaces, managers set objectives, institutions decide which intervention follows, and reviewers determine whether an affected person can supply context or appeal. Examine how the system convenes a group, turns probability into action and governs time through urgency, delay or persistent labels.

No single actor explains the whole outcome, but distributed responsibility must not become responsibility nowhere. Identify a review point and a duty for each material decision. In a disconnection case, also distinguish the personal tool from the institution that makes connection compulsory.

A focus app may protect attention temporarily, while predictable scheduling, offline access or limits on after-hours demands address the structural dependency. The strongest recommendation names who must change which rule and how an affected person can obtain a different outcome.

Study strategy

Assessment move

Apply the ethics matrix to one system by crossing code, practices and norms with convening, probability and time. Then ask which action follows from each output and who can appeal. For disconnection, list the work of leaving, the work of staying away and the work of returning before judging an individual solution. Use a nine-cell grid and place one concrete question in each cell.

Under convening, identify the grouping rule and missing people. Under probability, record the predicted outcome, likely errors and institutional response. Under time, record urgency, delay, interruption and how long a label persists. Across code, practice and norms, assign who selected the data, implemented the process and defined success.

Convert the grid into an accountability chain that names a duty and a review point for each actor. For a disengagement case, distinguish a personal tactic from the institutional dependency it cannot change. Audit the time, money and alternatives needed to opt out, and consider whose work absorbs the burden when one person disconnects.

Compare a focus app with a structural measure such as predictable scheduling or an offline service route. A balanced conclusion may retain the short-term usefulness of the tool while showing why access to disconnection is unequally distributed. Avoid ending with abstract fairness or transparency; specify what explanation, appeal, timing limit or alternative access should be provided and by whom.

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