From a disrupted route
to a delivery that still lands.
Intlix connects shipment, carrier, warehouse, customs and demand context so planners see disruption while there is still time to route around it — and the system can act the moment a human approves.
How we create value
Industry context changes the engineering.
The operating friction
Shipment status, carrier feeds, warehouse systems, customs paperwork and demand plans each update on their own clock. The exception is usually visible somewhere hours before anyone acts on it.
We use that friction to define the context, integration and controls the engineering has to solve — rather than handing over a generic list of use cases.
How Intlix intervenes
Engineer backward from the outcome.
Start from the decision
Map the workflow, the people in it, the systems it touches, and the measure it is judged on.
Assemble the context
Connect the data, documents and systems that decision actually depends on.
Put intelligence in the path
Apply models, agents and automation where they improve the call — not wherever they fit.
Run it in the open
Keep human authority, evaluation, observability and running cost visible after go-live.
The operating journey
Six steps, one accountable chain.
Track
Shipment, carrier and network signal
Detect
Delay, exception and risk patterns
Assess
Cost, commitment and downstream impact
Decide
Planner authority over the trade-off
Reroute
TMS, WMS, carrier and customer systems
Measure
Service level, cost and recovery
What we build
Four engineering motions.
One operating outcome.
Unify the supply chain picture
Carrier feeds, warehouse systems, orders, documents and network data.
One current view instead of five partial ones.
Engineer disruption intelligence
ETA prediction, exception detection, and impact scoring across the network.
A delay becomes a ranked decision with a cost attached.
Connect the recovery workflow
Routing, allocation, customer notification and carrier exception handling.
The chosen fix reaches the systems that execute it.
Run at network scale
Event pipelines, observability, resilience and cost control.
The loop holds up in peak season, not just in a pilot.
Let's talk about your logistics & supply chain workflows.
Bring us the decision that is slow, manual or hard to defend. We will map what it would take to engineer it properly.
Start the conversationSector questions
What logistics & supply chain teams
ask us first.
How do you handle disruption and exceptions?
Exceptions are the job, not the edge case. We design around detecting deviation early and re-planning, rather than optimizing a schedule that assumes everything arrives as promised.
Can you integrate with carrier and customs systems?
Yes, including the ones with no modern interface. Where an integration is genuinely fragile, we isolate and monitor it so its failure is contained and visible.
What about visibility across partners?
Partner data arrives late, incomplete and in conflicting formats. We reconcile it into one view with explicit confidence, rather than presenting a single number nobody can trust.
How do you measure success?
Against on-time delivery, cost per movement and exception resolution time — agreed with your operations team before the work starts.
Does this require replacing our TMS?
Rarely. Most of the value is in the decision layer and the data reconciliation around it, not in the transport management system itself.