AI Boss · Module 6 · Designing the Accountable AI Boss

Transparency to the Managed: What Workers Are Told, When and by Whom

The lesson designs what workers, their representatives, the public and supervisors are told about a management system, when and by whom. Participants learn the four audiences and five objects of disclosure, the information duties read as organisational implications, why the trade secret objection limits form and not fact, and why notices go unread. They write and test a worker information notice on the model of WIN-NR-SW-HC-01 and outline a transparency register.

Lesson 28 of 33Chapter 2875 minutes

Read the chapterThe whitepaperThe slides

All courses / AI Boss / Module 6 / Chapter 28

Learning objectives

After the lesson the participant can:

Key concepts

Five objects of disclosure
Existence of the system; its logic, with main parameters; the inputs about the person and those excluded; the degree of delegation; and the named decider who answers and receives a contest.
Worker information notice
A versioned artefact that states, for one system and one group of workers, what the system does, which functions it performs at which degree, what data it reads and must not read, who decides and how to contest.
Three layers and three timings
One page readable in five minutes, the full notice and the detail on request; issued before deployment, at each change class and at each decision as a notice extracted from the Management Decision Record.
Transparency register
A list of every system that performs a management function, per entity, with usage mode, degree per function, profile and notice in force, contact, and the representatives' agreement and its date, including agreements still pending.
The manager explains
A notice forwarded by email has been delivered, not explained. The line manager should be able to answer unaided what the system does, what it reads, who decides, what the manager sees and what to do if it is wrong.

Interactive exercises

Do them here and get feedback at once. Choose a card and then where it belongs, or drag it.

Interactive exercise 1 · Match

Five objects of disclosure

Match each of the five objects of disclosure from Chapter 28 with what the chapter says about it.

Interactive exercise 2 · Scenario

A release that changes a notice field

Apply the chapter's rule linking the feature register, the change classes and the worker information notice to the situation below.

Teaching plan

10 minThe teacher presents the four audiences and five disclosures and asks which of the five participants could state today for a system that manages them.
15 minPresentation of the duties to individuals and to representatives, the template in Article 9 of the Platform Work Directive, and the trade secret and gaming objections.
10 minDiscussion of why notices go unread and the three design responses: layering, timing at the moment of relevance and a person who explains.
30 minExercise: participants write the first page of a notice and test it on a partner who answers three questions without the text.
10 minDebrief with the history of WIN-NR-SW-HC-01 from version 1.0 to 1.2 and the classification of each change.

Discussion

  1. None of the six testers could say what 'optimising route efficiency under working-time constraints' meant for their day. What questions would workers in your organisation actually ask about a system that manages them?
  2. Few legal texts ask for the degree of delegation to be disclosed, yet the chapter says it answers the worker's real question. What is that question, and why does it matter?
  3. A system people can game by knowing its inputs measures the wrong thing, and secrecy only hides the defect. Where would you expect that argument to meet resistance?

Written exercise

Exercise · 30 minutes

A notice workers can act on

Write the first page of a worker information notice for one system and one group of workers, generating every statement from the system's delegation profile and not from a vendor description. Use short sentences and the workers' own words, at most 400 words. State what the system does, each function it performs with its degree in words a worker would use, the inputs used and the inputs never used, the named decider and how to contest with the time to an answer. Add one counterfactual example. Then test it: a partner reads it once, puts it away and says what the system does, who decides and how to object. Revise until all three can be answered, and list the changes that would be Class 1 or Class 2.

Deliverable: A one-page notice in the form of WIN-NR-SW-HC-01, the result of the three-question test before and after revision, and a short list of change classes.

Self-test

Choose an answer to see whether it is right, or open the answer below each question.

  1. Which inputs does WIN-NR-SW-HC-01 tell Strandvik home-care staff are never used by ShiftWise?

    Show the answer

    A. Whether they accepted or declined earlier offers, sickness absence, dashboard figures and union membership
    The notice separates inputs used from inputs never used, tracing to the prohibited inputs of DLG-NR-ROS-01. Inputs are what a worker can check, and the exclusions answer whether declining a shift counts against them.

  2. In the chapter's change classes, how is a new or removed input, or a changed threshold or bound, handled?

    Show the answer

    C. Class 2: an updated notice, a one-line summary to each person and a diff to representatives, by default 5 working days ahead
    Class 1 covers a new system or function, a higher degree, a changed objective or a new unit. Class 3 covers changes that alter no notice field. The minimum travel time after CNT-NR-0001 was handled as Class 2.

  3. What does the chapter conclude about a supplier's trade secret as an objection to disclosing a system's logic?

    Show the answer

    B. It limits the form of disclosure, not its fact; the tender should secure notice content and permission to disclose it
    The trade secrets directive treats workers' information and consultation rights as lawful acquisition, and the notice needs principles, main parameters, inputs, degrees and deciders, none of which is source code.