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Published: 2026-03-03 · Updated: 2026-10-01

Supply Chain Visibility Platforms: Compare Event Coverage

SupplyWolf Team · 4 min read · Visibility Guide

Supply Chain VisibilityControl TowerMode-Specific VisibilityMultimodal VisibilityIoT Tracking

Compare multimodal transportation visibility through named project44 and FourKites connections with SAP logistics networks and Full Circle TMS.

Visibility is the event-to-action workflow

A supply-chain visibility platform gathers shipment, order and partner events into a view that helps teams identify delays and update customers. Some tools specialize in transportation milestones, others connect several transport modes or expose events through a shipper’s existing network. A useful comparison follows an order from pickup through delivery and asks which system receives each carrier update and who handles an exception.

Three documented platform connections

project44 with SAP Business Network for Logistics

For a company using SAP Business Network for Logistics, project44 describes adding carrier signals for truckload, less-than-truckload, ocean, air, rail, drayage and parcel, including positions, predicted arrival times and port conditions. See project44’s SAP-endorsed-app announcement for the named connection. This is relevant where teams want multimodal carrier information to appear within their SAP logistics network.

FourKites with SAP Logistics Business Network

FourKites documents integration with SAP Logistics Business Network for transportation visibility and arrival estimates across truckload, LTL, ocean and air. Its SAP Store announcement identifies the network and modes. A shipper already using SAP LBN can compare this route with project44 based on which carrier coverage, shipment milestones and exception views its operating teams need.

FourKites with Full Circle TMS

For a shipper whose transportation operation uses Full Circle TMS, FourKites has documented a connection that passes normalized carrier information such as transit times, location and shipment status into the TMS workflow. The vendor’s Full Circle TMS integration announcement gives a second named system pair. Confirm current commercial availability and the implementation scope for the specific deployment.

Match platform type to the people acting on events

A transportation team usually wants tender acceptance, pickup, in-transit, arrival and proof-of-delivery events linked to a load. Customer service needs a customer order view and clear ownership for late orders. Import teams may prioritize ocean milestones, ports and handoffs to destination transport; a regional carrier may need a simple way to send status from its existing TMS. A platform that only displays a map can leave these teams calling carriers unless alerts and status updates reach the system they already use.

In the product demonstration, follow one delayed shipment end to end. Show the event source, its mapping to a shipment, the resulting ETA or alert, the receiving TMS or network screen and the operator’s next action. Include which modes, carriers, legs and locations are supported for your actual lanes, rather than treating a wide mode list as proof of coverage in every country.

Buying checks

  • Which exact carrier, mode and event types are available for your lanes?
  • How do external shipment identifiers map to your orders and loads?
  • Where do alerts appear, and can staff assign and close an exception?
  • What happens when an event is missing, late or duplicated?

Supply Chain Visibility Platform buying guidance

At a glance: Supply-chain visibility software collects, normalizes, shares, or presents status and event information about products, orders, assets, or shipments across participating organizations and systems. Coverage is bounded by identifiers, event availability, partner participation, sensing methods, and update cadence; a dashboard does not itself ensure end-to-end visibility. EPCIS Standard; Track and Trace standard documentation

Common workflows

  • Normalize supply-chain events: Map shipment or product identifiers, event time, location, status, and business context from source systems into a shared event view; retain the original source and transformation history. EPCIS Standard
  • Track container milestones: Exchange standardized carrier events across pre-shipment, ocean, and post-shipment phases, then connect exceptions to the buyer's order or delivery commitments. Track and Trace standard documentation
  • Detect and assign exceptions: Compare received events with expected milestones, route a missed or changed event to an accountable team, and record acknowledgment and resolution rather than presenting an unexplained alert. EPCIS Standard; Track and Trace standard documentation

Questions to ask providers

  • Which lanes, modes, carriers, facilities, products, and event types are actually covered for our business?
  • How are identifiers cross-referenced among PO, shipment, container, handling unit, SKU, and customer order?
  • What are event provenance, timestamp/time-zone, correction, deduplication, and update-latency rules?
  • Which partners must onboard or grant data access, and who owns missing or contradictory events?
  • Can users configure milestones, exception thresholds, responsibility, escalation, and acknowledgments?
  • How can we export raw events and histories, and what fees or usage limits apply?

Frequently asked questions

What does a supply-chain visibility platform do?

It presents or exchanges events and status information from connected supply-chain participants and systems. GS1 EPCIS defines a standard for disparate applications to share visibility event data. EPCIS Standard

Does a visibility platform track every shipment in real time?

Not by default. Data depends on source coverage, partner participation, identifiers, event reporting, and the selected update method. Test each required lane and milestone with real records. EPCIS Standard; Track and Trace standard documentation

What is EPCIS used for?

GS1 EPCIS enables separate applications to create and share visibility event data within and across enterprises; it is an interoperability standard, not a guarantee of connected data. EPCIS Standard

How can buyers compare shipment event coverage?

List required milestones, modes, carriers, identifiers, event sources, and acceptable update behavior; ask each provider to show observed source events and missing-data handling. Track and Trace standard documentation

What does container track and trace standardize?

DCSA publishes track-and-trace documentation for container-shipping phases and API definitions. Verify the specific participating carrier, standard release, event set, and deployment. Track and Trace standard documentation

Can visibility software resolve delays automatically?

It may flag an event or route a task, but a source event alone does not resolve a disruption. Demonstrate assignment, decision authority, response, and closure with your operating team. EPCIS Standard; Track and Trace standard documentation

Sources (2)
  1. EPCIS Standard — GS1
  2. Track and Trace standard documentation — Digital Container Shipping Association (DCSA)

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