High-Risk AI System
A screener that ranks applicants is high-risk. A tool that copies fields from a CV into a form may not be. The difference is a documented assessment.
A screener that ranks applicants is high-risk. A tool that copies fields from a CV into a form may not be. The difference is a documented assessment.
The hundredth correct match makes the hundred-and-first easier to accept unread. No overrides is a reason to investigate; effective review may still agree with every correct result.
Correct implementation, substantive operation, and desired outcomes need different evidence. Counts and completion markers alone do not settle effectiveness.
A periodic check can miss a transient violation. Monitoring needs evidence of coverage and collection health, with actionable responses to real failures.
Screenshots, logs, interviews, and tests can each contribute evidence. Their value depends on the claim, provenance, scope, and reliability.
Selecting mitigation does not prove risk has fallen. Track operating controls, implementation milestones, and the authority for carrying remaining exposure.
Keep undecided risks visible. Record the next action and owner alongside the estimate, then preserve approval conditions and implementation evidence.
Connect broad risk appetite to specific outcomes, measurable conditions, and delegated authority. A limit alone does not authorize acceptance.
A usable standard states its scope, authority, support, review conditions, and response to unmet needs. Technology status alone does not grant permission.
A governance body needs a defined mandate. Evaluate its authority, review evidence, waiting time, and the conditions for delegation or automation.
Waiting for a decision can change behavior. Measure the wait and its causes, then reduce it within defined authority and control requirements.
The role is not “the person whose name is in the owner field.” It is whoever can say no to a request and explain why to the consumer.
A legal hold needs locatable scope, accountable ownership, and review. Releasing one hold does not override other valid preservation requirements.
The regulation states the principle and declines to state the number. Someone in your organization has to, and the reasoning is the part that matters.
Labels help determine handling rules, but do not locate every person’s records or enforce policy. Classification needs owners, controls, and current context.
Two systems hold different addresses for one customer, both updated this month. Deciding which one the merged record shows is not a technical question.
The name suggests a true version that existed all along. What it is: the output of a process, correct exactly to the extent that the process was right.
Matching is a judgment under uncertainty. Merging two different customers and splitting one across two records are both errors, and only one is easy to undo.
Technical metadata describes shape and business metadata describes meaning. Operational metadata describes what actually happened, and it changes every day.
A threshold needs a defined population, window, and acceptable impact. Derive its value from the decision it protects rather than choosing a percentage without a basis.
Bad data in production is closer to an incident than a bug. While the affected data keeps being published, copied, or read, the decisions and outputs needing correction can grow.
A large change in row count calls for investigation. Expected-count tests, reconciliation, current-state observation, and anomaly detection provide complementary evidence.
Executable checks can support repeatable policy decisions. Their protection depends on enforced results, deployed policy versions, path coverage, and verified inputs.
Autonomy without common rules fragments, and common rules with no enforcement are only requests. The platform automates the repeatable checks, people keep exceptions and review, and the hard part is drawing the line.
Naming an owner is easy. Saying which questions that person may answer alone, and which they may not, is the part that decides whether anything moves.
Before changing a column, find everything that depends on it. Lineage finds the pipelines; query logs find the people; neither finds everyone on its own.
Column-level lineage narrows the dependencies to investigate. Its usefulness depends on whether selected fields, filters, joins, and other relevant paths were captured.
Data residency is where data is stored at rest. A requirement may also cover processing, access, and exports, and a region setting only settles the first.
A model update can change the device behavior that was evaluated. Planned changes need defined scope, validation, and evidence of safety and effectiveness.
KYC is not a check at account opening. It is a continuing program: relationship understanding supplies the context needed to assess ongoing transaction monitoring.
The share of in-scope data assets whose catalog entries carry required metadata, how to choose the denominator, and what a high number cannot show.
Expected value can inform a one-time decision. Whether the mean is sufficient depends on utility, tail losses, constraints, and who bears the harm.
The statutes have not changed. What an agency will pursue under them changed in 2025, which is why the two need tracking separately.
Basel III is a minimum standard, not a statute. What binds a bank is whatever its own regulator adopted, which may be stricter and may arrive later.
Calling a system high-stakes is your own judgment about care. Being classified high-risk is someone else’s judgment with obligations attached.
Preserve the scope, rationale, authority, conditions, and evidence behind an AI use decision.
Track deployed AI uses, ownership, dependencies, and decision status in a maintained inventory.
Read a model card as documentation of evaluated scope, performance, and limitations.
Explain what people need to detect, challenge, and correct AI-assisted decisions.
Identify risk remaining after applied controls and distinguish it from promised improvements.
Understand how a risk control interrupts a failure path and how its effectiveness is checked.
Assess concrete failure scenarios, their consequences, likelihood, and uncertainty.
Distinguish carrying out assigned work from answering for a decision and its follow-through.
Connect AI use, decision authority, evaluation evidence, and ongoing review.
Treat a new use of existing data as a new decision: state the purpose, check the basis and expectations, and do not inherit the original justification.
Assess re-identification risk from precise times, places, rare traits, and linkage with other data, and choose a release model for the actual dataset.
Understand data ethics as checkable standards for collecting, storing, analyzing, sharing, and using data, beyond personal judgment and beyond the law.
Learn what an open license must permit, which conditions such as attribution and share-alike are acceptable, and why non-commercial terms are not open.
Understand open data by its legal permission to use, modify, and share, not by whether it is visible or free to download, and what it does not settle.
Distinguish explaining data handling from recording and enforcing a scoped consent choice.