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sociable systems.
Glossary

A working vocabulary, defined for the room you are in.

The terms behind the practice, defined three ways. Use the register that fits who is asking.

House rule

The expert definition is not always the useful one. The buyer's definition is not always the precise one. Both belong in the room.

Plain-language summary
Three definitions per term. The first is for peers in AI governance, safeguards, and industrial-safety practice. The second is for a smart non-specialist who has never heard the term before. The third is for someone deciding whether to engage the practice for a specific decision already in front of them. Pick the register that matches the situation; the term means the same thing in all three.
Term

Relationship across asymmetry

For specialists

A governance stance for systems where power or capability is uneven. It asks whether the affected party can still be addressed back, with evidence preserved and pause or refusal available before an automated claim hardens into fact.

In plain language

Some systems are too large, fast, or opaque for ordinary control language to hold. The test is whether the person on the receiving end can still be heard and answered before the system turns their situation into a record.

For buyers

Use this when an AI-enabled workflow already affects people and the practical question is whether anyone can still pause the process and contest the summary before harm becomes administrative fact.

RelatedIndustrial safety for algorithmic systemsThe Watchdog (Grievance Watchdog Architecture)H∞P (Humans in the Hoop)Calvin-compliant procurementGrieVoice
Term

Industrial safety for algorithmic systems

For specialists

The operational discipline inside Sociable Systems: named hazards, evidence trails, stop-work authority, escalation routes, independent inspection, and refusal rights for high-stakes AI-enabled workflows. The industrial language is there to keep the relationship enforceable when smooth output starts passing as fact.

In plain language

AI in serious workflows needs stop buttons and records, with people who have enough authority to use them. The point is to keep the person affected by the system reachable when something goes wrong, and to make sure nobody calls a withdrawal 'safety' without checking who it helps.

For buyers

If your team is being asked to trust an AI-enabled decision and there is no clear answer to 'who can pause this and where does the evidence live,' this is the practice that answers those questions before the next meeting.

RelatedRelationship across asymmetryThe Watchdog (Grievance Watchdog Architecture)H∞P (Humans in the Hoop)Calvin-compliant procurementThe Primer Hypothesis
Term

The Watchdog (Grievance Watchdog Architecture)

For specialists

A governance architecture for high-stakes decision systems that need to hear harm signals from affected people, preserve raw evidence beyond categorization, route escalation independent of operational pressure, and retain the right to refuse continuation. Distinguishes a sentinel (which can halt) from a sensor (which only transmits). Substrate for product instances such as GrieVoice.

In plain language

A way of designing complaint and reporting systems so that the original story does not disappear into a category before anyone has acted on it. The original voice has to stay locatable. The system has to be able to stop, not just report.

For buyers

If your grievance system is producing low complaint volume and you are not sure whether that means 'no problems' or 'nobody trusts the channel enough to use it,' Watchdog architecture is the method for finding out which one it is and redesigning for the second case.

RelatedRelationship across asymmetryGrieVoiceIndustrial safety for algorithmic systemsThe Primer Hypothesis
Term

H∞P (Humans in the Hoop)

For specialists

Training framework for teams carrying live accountability for AI-enabled decisions. Replaces the decorative 'human in the loop' construction with operational requirements: stop-work authority, evidence trails, role clarity under uncertainty, vendor-claim interrogation, and the capacity to challenge a confident automated output without taking personal career risk. Includes the H∞P Challenge Lab for live scenario pressure-testing.

In plain language

Training for the people who are supposed to be 'in the loop' when AI tools enter their work, designed so that being in the loop actually means something. Not just rubber-stamping the model's output. Being able to slow it down, ask the harder question, and have the paperwork to back the answer.

For buyers

If your audit, ESG, risk, M&E, or compliance team is being asked to sign off on AI-assisted work and you want them to be able to defend that sign-off under scrutiny, H∞P Training is the format that builds the practice rather than the slide deck.

RelatedRelationship across asymmetryIndustrial safety for algorithmic systemsCalvin-compliant procurement
Term

Sonic Cycles

For specialists

Parallel creative channel running alongside the newsletter, generating sonic companions, multi-model arena experiments, and alternate ways into the research. Functions as both distinctiveness layer (a non-fungible signal in a crowded thought-leadership market) and as primary research surface for some of the model-behaviour observations later folded into the analytical writing.

In plain language

The music side of the practice. Some of the research turns into songs. Sometimes the songs are the research. It is a different way of getting at material that does not always survive being argued in paragraphs.

For buyers

Not a deliverable. A signal that the practice is doing original work rather than recycling other people's frameworks. If the writing was the entry point, the Sonic Cycles are where the same questions arrive in another register.

Term

Calvin-compliant procurement

For specialists

Procurement posture grounded in the six mechanisms of the Calvin Convention: pre-action constraints, right of override, edge-case registry, right of refusal, provenance preservation, and accountable continuation. Translates AI-governance principles into vendor-contract clause language, evidence-request lists, and operating requirements that survive the gap between policy and implementation.

In plain language

A way of writing AI-vendor contracts so that the things your policy says are important (being able to stop the system, knowing where its evidence comes from, having the right to refuse an unsafe recommendation) actually appear in the contract, not just in the values statement.

For buyers

If you are about to sign a vendor agreement for an AI-enabled system and you want the contract itself to encode the controls your team will need when something goes wrong, Calvin-compliant procurement is the clause work and vendor-interrogation script used for that translation.

RelatedRelationship across asymmetryThe Watchdog (Grievance Watchdog Architecture)Industrial safety for algorithmic systems
Term

GrieVoice

For specialists

Multilingual grievance intake infrastructure for worker voice, community reporting, whistleblower channels, and early harm signals in high-risk operating environments. Voice/WhatsApp/USSD intake; structured record with original-language preservation; identity decoupling for anonymous reports; operational-blackout contact rules; labor-broker firewall. Sold as a scoped pilot rather than a low-ticket subscription.

In plain language

A grievance reporting system that people can actually use. They can talk, in the language they speak at home, on the phone they already have. What they said is kept the way they said it. The supervisor cannot see when they are being followed up with. They keep a reference number that travels instead of their name.

For buyers

If you run a large distributed workforce (mining, agriculture, construction, manufacturing, logistics) and your current grievance system is showing low complaint volume that you do not entirely believe, GrieVoice is the scoped pilot that tests whether the channel itself is capable of hearing the workers most at risk.

RelatedRelationship across asymmetryThe Watchdog (Grievance Watchdog Architecture)Industrial safety for algorithmic systems
Term

The Primer Hypothesis

For specialists

A hypothesis that AI companions may provide stabilizing relational support for isolated users whose human support systems are absent, inconsistent, or unsafe. The hypothesis does not clear companion platforms of product risk. It requires any withdrawal or dampening intervention to measure subgroup outcomes, displacement, and crisis-channel effects before treating visible refusal as settled safety.

In plain language

Some people may be using AI companions as a bridge when no person is available. If a platform suddenly removes that support, the change itself may hurt some users. The claim needs measurement, especially for isolated young people.

For buyers

Use this when a safety proposal removes relational features from a companion, support, or care-adjacent system. It helps frame the evidence question: who is protected, who is abandoned, and how will the organization know the difference?

RelatedRelationship across asymmetryThe Watchdog (Grievance Watchdog Architecture)Industrial safety for algorithmic systems
Term

Stay leaky

For specialists

A provenance ethic for AI-mediated work: keep the seams visible enough that model inheritance, maker posture, prompt context, tooling constraints, and human editorial judgment remain inspectable. Leakiness is not carelessness or data leakage. It is a refusal to perform clean authorship, neutral output, or frictionless consensus when the work is actually shaped by multiple systems, institutions, and priors.

In plain language

Do not pretend the work came from nowhere. If a model, platform, prompt, source text, house style, or human edit shaped the answer, let that show where it matters. The seam is not always a flaw. Sometimes it is the honest part.

For buyers

Use this when AI-assisted work will be reviewed, published, or used in a decision. It means preserving enough trace of how the output was made that a reviewer can see what came from the model, what came from the human, and where the inherited assumptions may still be speaking.

RelatedSonic CyclesIndustrial safety for algorithmic systems

Terms here will grow as the practice does. If a term you ran into on the site or in a session is missing, use the structured enquiry form and name it, and it will land here in the next pass.