---
# /blocks/financial-crime/ - imported from the company-brain draft
# (blocks-financial-crime.md v1, 2026-07-09). The exemplar detail page.
# Confidentiality: shape yes, implementation no - the moments are illustrative
# composites; the false-positive figure stays gated (see standing-gates.md).
title: 'The financial crime block'
slug: 'financial-crime'
object: "The counterparty's risk state, continuous from onboarding to exit."
pain: 'Analysts drown in alerts that go nowhere, and real risk hides in the queue.'
description: 'Counterparty risk run as one loop - alerts read against the whole relationship, cases assembled before the analyst arrives, every action governed.'
metaTitle: 'The financial crime block: alerts in context'
related:
  - 'third-party'
  - 'obligations'
order: 6
noindex: false # launched 2026-07-24
---

# The financial crime block

**Counterparty risk, run as one loop** - every alert read against the whole
relationship, the case assembled before the analyst arrives, every action
governed.

---

## The pain

*"Analysts drown in alerts that go nowhere, and real risk hides in the
queue."*

Financial crime is the bottleneck on growth - and it isn't a people problem.
AML, KYC, sanctions and fraud each run as their own queue, each reading its own
slice of the customer. An alert is judged on the transaction in front of it,
because the systems that hold the rest of the relationship - the history, the
counterparties, the cause that cleared three times before - were never built to
be read together. So the queue fills with things that were never risk, and the
things that are risk sit in it, waiting their turn. In wealth and legal this is
the AML and KYC book; in distribution, sanctions and export controls; in
insurance, broker and insured due diligence.

## What the block is

The object is the counterparty's risk state - one continuous picture per
counterparty, from onboarding through monitoring to exit, with financial crime
run as one loop rather than four queues.

Everything the relationship produces feeds one live record: screening results,
transaction patterns, adverse media, list updates, documentation, the outcomes
of every past alert. A model reads it permanently. Your screening and
monitoring systems stay exactly where they are - the block reads from them, it
does not replace them.

## The loop in action

[MOMENT: styled quote panel]
An alert fires on a transaction that would look suspicious anywhere - except
here. Read against the whole relationship - the account's own baseline, the
counterparty's history, the benign cause that has cleared before - the picture
changes. *"This pattern matches a cause cleared repeatedly on this account.
Recommend closing; evidence attached."* The analyst reviews a case, not a
queue. - *the dial: recommend*

[MOMENT: styled quote panel]
Three weak signals arrive through different doors: an adverse-media mention, a
change in transaction rhythm, a new cluster of counterparties forming around
one account. None clears a threshold alone. Together they say something. The
block assembles the case - the signals, the history, the relationships between
the parties - and routes it with the trail attached. The MLRO decides with the
file already built. - *the dial: recommend, with the report drafted*

[MOMENT: styled quote panel]
The same benign cause clears for the dozenth time. The block raises its hand -
not to act, but to propose: *"this pattern accounts for a recurring share of
the queue; here is the evidence; consider tuning the detection."* The queue
gets smaller because the system learns what not to fear - and the tuning
itself is a governed change, not a quiet drift. - *the dial: recommend*

Each output states what it saw, why it matters, what it recommends, and how
confident it is - every fact linked back to its source, in an order an
investigator can read and a regulator can examine.

## You set the dial

Every capability has four positions: **observe** - it reads silently and
measures its own accuracy; **recommend** - it surfaces the case and a proposed
action to a named owner; **draft** - it prepares the action for a human
signature; **act** - it executes within agreed bounds and logs everything.

Everything starts at observe. Promotion is earned on the measured record and
reversed instantly if it doesn't hold. Escalation decisions and exits stay
human - by policy, permanently if that is your policy. The mechanics are the
immune gate described in [our framework](/ai-native-company/).

## How it lands

It starts narrow: one segment of the book, the block at observe against your
own past outcomes. Nothing is replaced, nothing is migrated - the first signals
flow from the systems you already run. From there it is a bounded engagement -
blueprint, build, handover - and your team owns the result outright: the signal
map, the judgement rules, the dial settings, the working loop.

## The backtest

Take three past alerts: one that was real, one false positive that burned a
week, and one that surprised you late. What did your own records know, and
when did you find out?

That is the first question the diagnostic answers. Take
[the ten-minute diagnostic](https://benchmark.somai.studio), or write
to [hello@somai.studio](mailto:hello@somai.studio?subject=The%20financial%20crime%20block).

---

<small>Runs on [our framework](/ai-native-company/) · related reading:
[Most AI spend never reaches the P&L](/thinking/most-ai-spend-never-reaches-the-pnl/)</small>
