Every enterprise retailer I work with can name the carriers in their network. Ask them how quickly they could reroute volume if one of those carriers dropped below SLA next week, and the answer gets quieter.
Most multi-carrier setups pass the connectivity test. They start to fall apart when conditions shift. A carrier misses SLA in a key market, freight costs drift from the agreed rate, a new territory needs a different carrier mix. Can the team actually change the plan without a project request and weeks of IT lead time?
For most teams I work with, the answer is: not fast enough.
Multi-carrier control: When delivery changes can't wait
Three carrier control problems solved live in the platform. 10 June, 12pm BST / 1pm CEST. Save your seat.
The carrier control gap
Connectivity gets the carriers on the platform. Control governs what happens when conditions shift: which carrier gets the parcel, whether the invoice matches the agreed rate, and how quickly the team can reroute when performance drops.
The gap between connectivity and control shows up in specific, measurable places. 31% of shippers say integration complexity prevents them from adding carriers, even when cheaper or faster options exist. 76% of European shippers experienced supply chain disruption in the past year, with nearly one in four facing 20 or more incidents. And up to 20% of freight invoices contain errors that go unchallenged until the quarterly review.
The carriers are connected. The rules, cost visibility, and performance governance needed to act on that connectivity are what most operations are still building.
This is the gap we are tackling in Multi-carrier control: When delivery changes can't wait, where we configure the rules, surface the cost mismatch, and build the performance view live in the platform.
When a carrier underperforms, can you reroute in hours?
The carrier allocation rule is where carrier choice becomes carrier management. When each shipment is routed by destination, service level, parcel profile, cost target, and capacity, the right carrier handles the parcel based on today's conditions rather than an assignment made during last quarter's planning session.
The test: when capacity tightens overnight, or on-time delivery drops in a specific region, can the team move volume to the right alternative within hours? Without logging an IT ticket?
Rule-based orchestration makes this possible. A cross-border rule sends German express shipments through one carrier and standard through another. When freight charges break the target threshold, volume shifts to a cheaper lane. If the primary carrier hits its allocation cap, a failover rule picks up the overflow. The operations team owns each of these changes, and the rules respond to the current situation rather than last quarter's plan.
Proshop, shipping across seven European markets, handles 30,000 orders on peak days with nShift. Their Head of Logistics: "We just say, 'We need a new carrier link so we can expand into this country,' and it's done." That speed comes from centralized carrier rules and a carrier connectivity layer that handles integration maintenance, so the operations team focuses on allocation decisions rather than technical setup.
JYSK took a similar approach across their multi-market operation. With carrier rules integrated into the fulfilment workflow, the picking process became 40% more efficient. Their team also gained one-click visibility into whether shipments met delivery promises across carriers, and they now use invoice verification to flag deviations between agreed rates and actual carrier pricing.
Freight costs drift. Most teams find out too late.
The biggest cost savings in multi-carrier management come from data accuracy, not rate renegotiation. Surcharge misclassifications, shipment data mismatches against actual bookings, and unreconciled invoices leak margin steadily between reviews.
Most operations teams surface freight overcharges during a quarterly review. By then the leakage has accumulated across thousands of shipments, and the evidence is harder to challenge. Treating freight cost visibility as a continuous discipline, comparing actual carrier charges against agreed rates at the shipment level, catches mismatches as they appear rather than months later.
Where this becomes a real commercial lever is the connection to carrier selection. When a carrier's actual cost consistently exceeds the quoted rate, the allocation rules should reflect that reality. Cost data and routing rules operating in the same layer means freight visibility feeds directly into carrier decisions. Margin protection becomes a live operational signal, not an accounting exercise that lands after the damage is done.
Without performance data, carrier decisions age fast
On-time delivery rates, SLA compliance, delivery speed by market: this data works as a decision tool or it gathers dust in a monthly dashboard. The difference depends on whether it connects back to the rules.
The strongest multi-carrier operations use performance visibility to compare carriers serving the same route or service level and to catch SLA breaches before they compound into customer experience problems. When performance data connects back to the rule engine, an underperforming carrier triggers a routing adjustment within the same operational cycle rather than in next quarter's carrier review.
This governance layer is what makes carrier allocation sustainable over time. Rules drive the allocation and cost data guards the margin, while performance measurement tells you whether to keep, scale, or replace a carrier in a given market. When all three connect, each allocation decision is better than the last.
We're building all three live on 10 June
My colleague Greg Mannix and I walk through each control layer, using a realistic multi-market retailer scenario:
- Carrier rules and reallocation: adjust routing by market, service level, cost target, and capacity allocation, without IT involvement
- Freight cost and rate visibility: compare actual charges against agreed rates and flag mismatches as they happen
- Carrier SLA and performance tracking: measure carrier performance across markets and connect it back to selection decisions
Every registrant also receives my field guide on closing the delivery control gap: carrier resilience, cost visibility, performance governance, and post-purchase excellence.
Save your seat and get the field guide
Carrier control is an operating discipline
Carrier connectivity gets the carriers on the platform. Carrier control keeps the operation moving when conditions change: rerouting volume when a carrier underperforms, catching cost drift before it compounds across thousands of shipments, and feeding real performance data back into the rules so allocation decisions improve quarter over quarter.
The teams getting this right treat multi-carrier management as a governed capability, not a periodic project. Adaptive rules, live freight variance, and performance-driven reallocation are what separate a set of carrier connections from a delivery operation that responds at the speed the business actually needs.
Join us on 10 June and we'll build it in the session.
