Supply Chain Visibility and Control

It is the layer of the Captain platform that watches your network and tells you where every shipment is and what is about to go wrong. It groups several modules that share one data feed: a control tower for live status and exceptions, a control tower platform that ties carriers, ERP, and partners together, supply chain visibility software across ocean, air, and land, plus optimization and risk management tools. Instead of checking a carrier portal here, a tracking email there, and a spreadsheet somewhere else, your team reads one live screen. The important part is that Captain is not a passive tracker. It is operated by the same licensed brokers and forwarders who physically move and clear your freight, so the status you see and the people who can act on it are one accountable team.

A standalone tracker shows you where a shipment is but cannot do anything about it, because the company behind it does not move your freight or file your entries. Captain shows the same status and connects it to the operators who act. If a container is held, the control tower and a licensed broker are already on the same record. If a lane is congested, the optimization and risk modules can reroute from the same feed. Visibility without execution just tells you about a problem after it is too late to fix cheaply. Captain pairs the live picture with the team and the modules that resolve the issue, so the data leads to action rather than to another email asking someone else to do something.

They are two views of the same thing. The control tower software is what your team looks at: the live board of shipments, milestones, exceptions, and alerts. The control tower platform is the layer underneath it, the connections and data model that pull carriers, your ERP, e-commerce, and EDI trading partners into one feed so the board is accurate. You experience them together, but they have separate pages because some clients care most about the operating screen while others are evaluating how the integrations and data model work. Both run on the same Captain platform, so there is no seam between the picture and the plumbing that feeds it.

No. The visibility group is modular, so you license only what solves a problem you have today and add the rest later. Most clients start with control tower and supply chain visibility software to stop chasing status by email, then add optimization and risk management as their network grows more complex. Because every module already lives on the same platform and login, adding one later is a configuration step, not a new implementation project. There is no rip-and-replace and no second vendor to onboard, which is the opposite of buying separate tracking, optimization, and risk tools that each need their own contract and integration.

It connects because the whole Captain platform reads from one data model. When the control tower sees a booking, the customs module can file against it, the trade module can screen it, and the warehouse module can expect it, all from the same record. So a container that is still on the water is already visible to your broker and your warehouse before it arrives. A held shipment surfaces in the control tower and on the customs record at the same time, not in two systems that reconcile overnight. The visibility layer is the front door, and because it shares data with the rest of Captain, the live picture leads straight into the modules that clear and store your goods.

Yes. The control tower platform connects to your ERP, e-commerce storefront, order management system, EDI trading partners, and carrier feeds so status flows in automatically instead of being rekeyed. Milestone events, ETAs, and documents can be pushed back to your systems, and orders and item data flow into the platform. Because every module shares one data model, a single integration feeds visibility, optimization, and risk at once rather than one connection per tool. If you want a lighter start, your team can work in the Captain portal directly while a deeper integration is scoped during onboarding.

Both, and that is the point. Your team uses the control tower to see status, pull reports, and manage exceptions, with role-based access so people see what they should. But the freight behind those events is moved and cleared by the licensed CargoTrans brokers and forwarders who run the operational side. When the tower flags a delay, the same team that controls the transportation is already working it. This removes the handoff gap where problems usually stall between a software vendor that shows a red flag and a service provider who has to be told about it separately.

The risk module reads the same live feed as the control tower and layers external signals on top, such as port congestion, weather, and disruption on the lanes you actually use. It maps exposure by lane, supplier, and shipment value, so you see which shipments are at risk rather than a generic global alert. Because the module lives on the same platform as your visibility and execution, a warning does not just sit on a dashboard. The operators who move your freight can reroute, change mode, or expedite from the same record, turning an early warning into a concrete action before the disruption reaches your dock.

A single visibility module such as the control tower can be live in a couple of weeks, mostly the time to connect your carriers and systems and map your data. Adding optimization and risk takes a little longer because each has rules and thresholds to configure. Because the modules already share one platform, adding each one is configuration rather than a fresh implementation. The usual gate is not our setup work but how quickly your carrier, item, and order data can be validated and connected, so we front-load that during onboarding and turn on the control tower first to give you value quickly.