The Age of Decommission

Decide what to keep. Know what to move.

The best AI candidate is not the task you hate most

The work people most want to hand away is often variable, politically loaded or full of exceptions. Automation selection begins with the actual case shape, not with a promise to remove whatever feels most tedious.

What it feels like

The sharp disappointment of discovering that the thing exhausting you most is hard precisely because it matters.

You are not choosing between human and machine. You are choosing the boundary at which a case becomes too consequential to guess.

The report you dread every month turns out to be hard for a reason. Which is its own small disappointment.

You thought it was drudgery. Same numbers, same slides, same questions from people who didn’t read the last version.

Then somebody asks where a figure came from.

Why a customer was excluded.

Whether the new definition still applies.

The misery wasn’t evidence that the work was empty.

It was evidence that the work had become where your organisation keeps its decisions.

You’re not failing because you want help with it.

You’re tired. There are deadlines, messages, people waiting for answers, and all the ordinary obligations that don’t get less real because a process map thinks they should.

When a model offers you a draft, taking it isn’t laziness or betrayal. It’s a sensible response to work that keeps asking for the same pieces of you.

This has no villain in it. It needs a better first move.

The task you hate most may be the worst place to begin, because it’s carrying the exceptions nobody named.

2015 — You wish the monthly report would make itself.

2020 — Somebody maps the process and finds seven exceptions.

2024 — The model produces a draft.

2026 — You still own the seventh exception. It just arrives faster.

A task is usually several

“Automate the monthly report” isn’t a decision.

It’s a wish wearing a lanyard.

Your useful unit is a bounded case. The trigger. The authoritative sources. The normal route. The decision that matters. The evidence behind it. The outcome. And the point where a case stops being ordinary.

Which is why GSA’s CODY application has three pathways — report, checklist, awardee memo — rather than one grand promise to automate procurement.

It gathers and prepares.

The procurement authority stays with a person.

That sounds fussy until your work touches a contract, a payment, an audit finding, or a customer whose situation doesn’t fit last month’s categories.

A rules engine suits a stable policy. An unattended bot bridges a repeated handoff between systems. Document processing extracts a defined class of document. An assistant prepares an answer while you stay accountable for sending it.

Those aren’t four levels of cleverness.

They’re four different boundaries.

The old question was whether the machine can do it.

The better question is which part of this case becomes too consequential to guess.

That’s the correction. You’re not choosing between human and machine.

You’re choosing where a case becomes too consequential to guess.

GSA’s contract-closeout example supported more than 12,000 closeout transactions a year and estimated around 25,000 staff hours saved.

That doesn’t prove your closeout work pays back. It shows you the shape of a good candidate.

Repeated document and reconciliation work under a stable rule set, while claims, missing evidence and disputed financial actions have somewhere else to go.

The number isn’t the argument. The frontier is.

Volume is an invitation

Volume has a persuasive sound. It makes your unpleasant job look like an obvious saving waiting to be collected.

But 11,531 requisitions processed across four months, at a reported fifteen minutes of manual labour each, describes a strong signal. Not a universal answer.

The short period matters.

The system changes. Credentials expire. An error message changes its wording. And the happy path starts sending its failures into your afternoon.

Which is why an invoice reminder can be a better candidate than invoice judgment.

GSA’s payables bot starts your reminders on day one, escalates to supervisors on day fifteen, marks an invoice past due on day thirty.

Explicit, repeated decisions on a clock. It doesn’t authorise a payment or decide what a disputed invoice means.

The system owns coordination. You still own the defective case.

And variability isn’t a nuisance at the edge of your work. It’s a compounding cost.

Each new input format can combine with a rule, a source system, an account type, an authority, or a customer condition of yours.

It adds tests, monitoring categories, training, reconciliation, and fresh chances for a later change to break something of yours that used to work.

The selection frameworks make this point less elegantly than they should. In one ranking of thirty-two criteria, number of exceptions and repetitiveness tied at seventeenth.

Don’t carry that into a meeting as though it settled anything. Read it as a refusal to treat exceptions as an implementation afterthought.

Your ranking gets honest only when it names volume, variants, data, rules, costs, benefit mechanism and the human route together.

Where the old work returns

The human remainder isn’t an embarrassment in your design. It is the design.

Once a bounded transformation is automated, what’s left concentrates into judgment, relationship management, quality control, change ownership, and the cases nobody can safely make ordinary.

McKinsey’s analysis found 4% of work activities required creativity at a median human-performance level, and 29% required sensing emotion at that level.

Those aren’t a comforting map of what machines will never touch. They’re a reminder that an occupation is a mixed bag, and the residual bag can get heavier.

A known exception needs an evidence bundle, a service target and a named owner. An unknown failure needs containment and investigation, and maybe a change to your boundary.

Without that distinction, “human in the loop” means you repair the model’s errors with no queue, no authority, no measure and no budget.

The difficult work didn’t disappear. It became uncountable.

The audit precedent is blunt about the good version.

An Army bot identified transactions for 96% of audit samples in a day, where the manual process took five to ten.

It supported deeper review. It never replaced the auditor’s conclusion.

That’s partial automation at its best. Retrieve and arrange the evidence faster, and refuse to turn the meaning of the evidence into a silent output of the retrieval system.

You might read all this as an argument for keeping the boring work human. It isn’t.

Some of your boring work should go. The report can assemble faster. The account history can be retrieved. The reminders can go out without you carrying a date in your head.

But a process turns cruel when it calls the meaningful remainder a failure of automation, rather than the condition that made your job matter in the first place.

A draft is not a service

The model’s draft is the easy moment. It arrives cleanly, speaks in the approved tone, makes the work look solved.

Enterprise adoption starts where your feeling ends.

Your pilot needs a defined queue, approved sources, a stated human-only boundary, an event that ends it, and a baseline. Request volume, handling minutes, recontact, quality, escalation, cost per completed case.

Without the baseline, time saved is an assertion with a good interface.

Then the records have to become something more demanding than a shared drive.

A data product has an owner, defined meaning, access rules, a way for you to correct a defect, and a current source of truth.

Your system has to show which source supported a draft, and revoke a document or entitlement when it shouldn’t be there any more.

The pleasant chat box isn’t exempt from permissions because it’s pleasant.

Before release, the configured service meets held-out cases and adversarial ones. Another customer’s data. A prompt buried in a source document. A stale policy. A case that must go to a person.

An average accuracy number hides one unacceptable error inside the cases that carry your consequence.

Faster is not cheaper

Your first release should be narrow enough to reveal real work. A small trained group, or one queue.

Measure your eligible cases, drafts shown, accepted-without-material-edit rate, material edits, overrides, time-to-send, sampled accuracy, and what happened downstream.

A high acceptance rate may be trust. It may be passive rubber-stamping.

A low rate may be rejection. It may be one repairable source.

Usage, workflow performance and financial return are three different things.

Support, source refresh, model-change handling and a manual fallback belong at the beginning of a real service. Not after the launch announcement.

The task that hates you hasn’t been removed. It has acquired a run rate.

And your saved minute doesn’t become a saving by being impressive.

It becomes cash only if your employer avoids hiring, cuts overtime or contractor spend, closes a site, or removes a contracted service.

With staffing fixed, it buys throughput, resilience, speed, or time for better work instead.

Those can be good outcomes. They’re not interchangeable outcomes.

So the last gate was never whether people used it.

Your review reconciles case mix, seasonal demand, training time, new rework, supplier consumption, and the capacity nobody could actually redeploy.

Then it gives you three honest endings. Fund an extension. Hold the service where it is. Or retire it and keep the lesson.

NIST notes that simple payback excludes every benefit and cost after the payback period. Which is why a quick recovery story is biased against a slower, stronger return.

The opposite error is easier to spot. A rescue mission for a pilot, because nobody wants to admit the seventh exception was the work.

You’re not wrong to want the report to make itself.

You’re not sentimental for noticing the hardest case is still yours.

The work people most want to hand away is often variable, politically loaded, or full of exceptions. That’s precisely where an organisation hid its decisions.

Let the ordinary case go quickly. Let the draft arrive.

But don’t let anybody call your remaining judgment a defect just because it finally became visible.

Put this to work

  1. A job can be decomposed into its trigger, normal route, decisions, evidence, and exception paths before any automation choice is made.
  2. High volume does not justify automation when variants multiply tests, source ownership, monitoring, and recovery work.
  3. An explicit exception frontier assigns known variations an evidence bundle, service target, and owner, while unknown failures trigger investigation.
  4. A controlled release measures eligible cases, material edits, overrides, quality, and downstream outcomes against a pre-change baseline.
  5. Minutes saved become a cash saving only when spending changes; capacity, quality, speed, and cash are distinct benefit mechanisms.
  6. A production review can fund an extension, maintain a bounded service, or retire a pilot while preserving what it learned.

Questions

Why is the task everyone hates not automatically the best thing to automate?
The most disliked task may contain contested decisions, unusual inputs, missing evidence, and relationship work that are invisible in its average handling time. Automation selection therefore examines a bounded case rather than a job label. A task becomes a strong candidate when its trigger, sources, normal route, required outcome, and route for exceptions can be stated without hiding material judgment.
What does it mean to break a job into cases before using AI?
Breaking a job into cases identifies what starts the work, which information is authoritative, what usually happens, where a decision occurs, what result counts as complete, and which variations leave the normal route. This separates preparation and retrieval from a responsibility determination. It also shows whether a rules engine, workflow, document-processing service, assistant, or no automation fits the actual work.
Why does high volume not settle the automation decision?
High volume supports an automation case only when the cases are sufficiently stable. Variants multiply test cases, source owners, monitoring categories, training needs, reconciliation, and ways a change can fail. A high-volume process with undocumented local variants can create an expensive manual exception queue. Standardizing inputs or choosing assisted processing can be more defensible than extending a bot across every variation.
What is an exception frontier?
An exception frontier is the stated point at which a case stops being handled by the normal automated route and moves to a person or another controlled path. A known exception has an evidence bundle, service target, and named owner. An unknown failure triggers containment and investigation. The frontier prevents difficult cases from being silently forced through a system designed only for the ordinary case.
Who owns the work that automation leaves behind?
The residual work needs an operating specification. It identifies who resolves a failed extraction, approves an out-of-policy result, contacts a customer, changes a rule, and decides whether a recurring variation belongs inside or outside the automated boundary. Residual work often concentrates judgment, relationship management, quality control, and change ownership, so it cannot be treated as unbudgeted cleanup.
What should a controlled AI release measure?
A controlled release measures eligible cases, drafts shown, accepted-without-material-edit rate, material-edit rate, overrides, time-to-send, sampled accuracy, and downstream customer outcomes. The measures are compared with a pre-change baseline that includes request volume, handling time, recontact rate, quality, escalation, and cost per completed case. Opening a feature or accepting a draft does not by itself prove service quality or financial return.
Why do AI pilots need a data product instead of a shared drive?
A production service needs governed sources with an owner, defined meaning, access rules, version information, and a way to correct defects. Superseded material is removed, permissions follow the employee's access, and drafts record the sources that support them. A searchable shared drive does not establish provenance, freshness, entitlement, or repair ownership, so it cannot by itself support a reliable production service.
When does time saved become an actual saving?
Time saved becomes a cash saving only when spending changes, such as avoided hiring, reduced overtime or contractor spend, closure of a site, or removal of a contracted service. If staffing remains fixed and demand is flat, the result may be resilience or capacity for higher-value work. Those benefits can matter, but they are not the same as a reduction in cash cost.
What has to be included in an AI business case besides the model price?
The full service cost includes model consumption or subscription, storage, compute, security tooling, supplier support, product and process-owner time, data engineering, integration, evaluation, legal and procurement work, training, help desk, monitoring, incident response, redesign, parallel running, audit, and error absorption. The case also includes exception handling, source maintenance, and the recurring run rate after implementation.
What can happen after an AI pilot reaches production?
A production review can fund an extension, maintain the service at its existing scope, or retire it and preserve the finding. The decision reconciles actual results with the baseline after accounting for case mix, seasonal demand, training time, rework, supplier consumption, and capacity that cannot be redeployed. A stopped pilot can be a successful decision when it exposes missing data, an unsafe rule, or insufficient benefit before wider rollout.