Carrier exception to reviewed system update

AI logistics agents that prepare the next action, then wait for your team

Turn a carrier email, attachment, or message into a structured exception. The agent proposes the TMS change, shows its source, and asks a human to confirm or edit it before anything is applied.

  • Human approval
  • Source trace
  • Synthetic public demo
Synthetic carrier email, human confirmation, and logistics portal update shown side by side
Synthetic walkthrough. No customer or production data.

One observable workflow

From an unstructured exception to an auditable update

The example follows booking LW-2844 after a carrier moves the ETA and reports a customs inspection.

  1. 01

    Read the operational signal

    The agent identifies the booking, old and new ETA, exception type, and source message.

  2. 02

    Prepare a proposed change

    The change is structured for the target workflow instead of being left as a summary in another inbox.

  3. 03

    Ask a human to confirm or edit

    An operator sees what will change and can approve, correct, or stop the action.

  4. 04

    Apply and retain the source

    The approved update keeps a trace back to the operational signal and reviewer decision.

What the operator sees

Evidence before automation

The public walkthrough is intentionally narrow. It demonstrates the review boundary and the information path without pretending to be a connected customer system.

SourceSynthetic carrier email reporting a new ETA and customs inspection
Carrier message identifies the changed ETA and exception.
ReviewSynthetic operations review showing confirm and edit controls
The operator confirms or edits the proposed update.
ResultSynthetic logistics portal with updated ETA and customs hold status
The approved state includes the source of the change.

Control plane

Choose what the agent may read, propose, and apply

The implementation starts with one bounded workflow. We map the source, decision rule, target system, reviewer, failure state, and audit evidence before increasing autonomy.

Read the logistics intelligence case
  • Read scopeOnly connected mailboxes, queues, documents, and records.
  • Action scopeDraft only, approval required, or automatic for an explicit low-risk rule.
  • Failure stateUncertain or conflicting signals move to a named human queue.
  • Audit trailSource, proposed values, reviewer decision, and applied state stay linked.

Where to start

Good first workflows for a logistics AI agent

ETA and milestone exceptions

Extract changed dates, reasons, affected bookings, and the next owner from carrier communication.

Document intake

Classify incoming documents, extract agreed fields, and route missing or conflicting data for review.

Operations handoffs

Turn scattered updates into a structured task with the source, decision context, and responsible team.

Not a good first workflow: a broad autonomous agent with access to every mailbox and write permission across every system.

Guided product demo

Try the carrier exception workflow

Walk through extraction, human confirmation, and the resulting portal state. The demo uses synthetic booking data and does not connect to Lerine or any customer environment.

  • Three interactive steps
  • Visible confirm and edit boundary
  • Clicks and active time tracked only after explicit demo-analytics consent

Access form

Open the guided demo

Field notes by email

Follow practical AI logistics work

Short notes on workflow design, review boundaries, implementation tradeoffs, and what we learn from real delivery work.

Questions

What the demo proves and what it does not

  • Does the AI agent update the TMS without approval?

    Not by default. The workflow can require a named operator to confirm or edit the proposed change before it is applied.

  • What can the agent read?

    A scoped implementation can process operational email, messages, documents, and system events that the team explicitly connects.

  • Is the guided demo connected to a live logistics system?

    No. The public guided demo uses synthetic shipment data and does not connect to a customer or production logistics environment.

Have a workflow worth testing?

Bring one operational signal, one target update, and one human decision point.

Book a workflow call