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    A part doesn't show. The line's down. It's your number — whatever the cause.

    The operating model for controlling critical inbound transports before they stop a build — and proving what happened when they do.

    • A working definition of critical inbound — so the floor isn't surprised by a part that was "on its way".
    • The case model that gives one plant a live view of open inbound risk, with an owner on every line.
    • The last-ten test: a two-minute look at your last ten downtime events and where they actually originated.
    Manage critical shipments as cases
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    Read by supply chain & logistics teams at automotive and manufacturing suppliers

    MatalcoDLAOIA GlobalIllyKingsdownLevitt SafetySquareInstoreDBWMatalcoDLAOIA GlobalIllyKingsdownLevitt SafetySquareInstoreDBW
    If this is your Tuesday, the paper is for you

    Downtime is the real cost — and it lands on your plant, not the supplier's.

    01

    The line doesn't care whose fault it is

    A missed inbound part stops the build regardless of who caused it. Minutes of downtime cost more than any expedite — and the number is yours to explain.

    02

    You hear about it too late

    By the time a critical part reaches your desk, it's already a fire. There's no live view of which inbound risks are open across your plant and who owns each one.

    03

    The same fire, every quarter

    The shipment gets saved, the root cause is discussed in the hallway, and the identical failure returns — because nothing was captured to stop it repeating.

    What we hear

    “A part doesn't show and the line's down — I don't care whose fault it is, it's my number.”

    Get the whitepaper ↓
    What you get out of it

    Nine minutes in, you'll have a model you can use on the next late part — not just a point of view.

    01

    A shared definition of “critical”

    Decide urgency by business need, not shipment status — so your team stops overreacting on cheap delays and underreacting on the ones that stop a line.

    02

    The case model, ready to apply

    Owner, impact, options, decision, approval, cost, root cause, closure — the operating object you can run on your next expedite this week.

    03

    A way to govern premium freight

    Treat expediting as a governed decision, not a reflex — and separate necessary protection from avoidable leakage with evidence, not memory.

    04

    The last-ten test

    A two-minute self-assessment on your last ten critical shipments that shows, fast, whether you're running on control or heroics — and where to start.

    Case study · DBW

    The model in this whitepaper cut DBW's supply-chain costs by 18%.

    “Orkestra improved our logistics from the ‘Stone-Age’ — full visibility from our factories in Europe and Mexico all the way to our final customers in North America.”

    — DBW · Supply Chain Leadership
    >$1M
    USD taken out across air freight, warehousing, and trucking.
    Achieve similar results

    The operating model DBW used is laid out in the whitepaper — the case definition, the response object, and the last-ten test you can run on your own lanes this week.

    Get the whitepaper ↓

    Figures published by DBW following its Orkestra engagement. Specific to DBW; not a projection for other companies.

    Ready for more than a read?

    Get a live view of open inbound risk at one plant.

    Start with one plant. In a short session we map how inbound risks reach your floor today, how fast they're owned, and where downtime keeps originating.