Why FreightScout · Freight-native

Built on freight. Not adapted to it.

Lanes, loads, carriers and tenders are first-class objects in FreightScout — not custom fields bolted onto a generic CRM. That's why it can see a shipper drifting from its tender pattern, price both sides of a lane, and speak every TMS at once.

One canonical data model across 190 TMS platforms — whatever you run, it speaks it.
Normalization · one language for all of freight
Every TMS names it differently:
pro_nbr · shipment_id · load#
load.id
One canonical model — every field, every TMS, mapped and learned automatically.
The problem

A generic CRM doesn't know what a lane is.

Salesforce and the point tools were built for software deals and support tickets. To make them fit freight, someone hand-builds custom objects, and the "customer health" score still can't tell that a shipper who stopped tendering ATL→MIA is about to leave. FreightScout starts from freight, so the intelligence is native, not retrofitted.

01 · Freight-native signals

It reads what freight actually does.

Because tenders, lanes and margins are first-class, FreightScout can fuse tender-volume collapse, comms cadence and margin drift into a churn score no generic tool can compute — and price both the shipper sell and the carrier buy on the same lane.

See freight-native churn
Only possible with a freight model
Tender volume vs the account's own baseline
Both-sided lane pricing to your margin floor
Carrier fit scored on your real lane history
Connected to where freight lives

Plugs into the stack you already run.

Whatever TMS you're on, FreightScout normalizes it into one model — then connects to the tools around it by capability, not vendor lock-in.

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See it run your book.

A live demo — no slides.

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