Digital solutions

Shipment data rarely starts in one place. It moves between carriers, logistics partners, and internal teams across regions, making visibility a challenge. In fact, 66% of organizations use three or more systems to manage shipments, a setup that often results in fragmented data and limited visibility.

How that data is integrated into a company’s own systems affects how quickly teams can respond. Some integration methods support scheduled updates for reporting and reconciliation, while others enable near-real-time visibility and proactive action.

As shipping visibility becomes more critical to operations and customer experience, the right integration method makes a difference. This guide outlines the most common options, and how FedEx digital solutions enable flexible access to shipping data that fits your systems, workflows, and pace of modernization.

Supply chain data integration connects shipment and logistics data from a third-party logistics or carrier partner directly into a company’s internal systems so teams can access and act on it where they already work.

Instead of relying on manual checks or external third-party dashboards, shipping data flows into operational, customer service, analytics, or ecommerce tools that teams already use internally.

There is no single “best” integration method. Each option supports different visibility needs, system requirements, and levels of automation. Many organizations use more than one approach across their supply chain, including:

• EDIs (electronic data interchange)
• Batch file transfers
• APIs (Application Programming Interfaces)
• Webhooks
  

EDI (Electronic Data Interchange)
 

• What it is: EDI delivers data in batches of standardized messages at regular intervals.
• What it’s best for: Environments with established workflows and consistent data requirements.
• Why this works: Because EDI relies on fixed message formats and scheduled transmissions, it provides a reliable way to exchange large volumes of structured data with minimal variation. This makes it well suited for organizations that prioritize predictability and long-standing integrations.
• Example: A manufacturer might receive an EDI 214 file every 15 minutes with shipment updates, feeding directly into their transportation management system.
• Where it doesn’t work as well: EDI is reliable but inflexible. Its rigid setup and scheduled updates make it less suited for fast-changing or real-time workflows.

Batch file transfers

• What it is: Batch file transfers provide shipment data on a predetermined schedule using structured formats like CSV files. These files are typically delivered via secure file transfer protocols.
• What it’s best for: Reporting, reconciliation, and end-of-day visibility.
• Why this works: Because files are generated and delivered on a set schedule, batch transfers provide a simple way to review shipment activity in aggregate. This approach supports teams that need periodic snapshots rather than continuous updates.
• Example: A retailer might receive a nightly CSV to review all shipped and delivered orders. This supports daily reporting and helps track performance trends over time.
• Where it doesn’t work as well: Batch transfers trade timeliness for simplicity. Since they run on a set schedule and often need manual setup, they can introduce latency and delays.

APIs (Application Programming Interfaces)
 

• What it is: An API allows one system to request and receive data from another system. In the context of shipping, APIs allow internal tools to pull specific shipment data from a carrier or logistics provider at the moment it’s needed, rather than receiving updates on a fixed schedule.
• What it’s best for: On-demand access to specific shipment data at defined moments. Common scenarios include reporting cycles, operational reviews, and ecommerce checkout flows.
• Why this works: Because data is pulled only when needed, APIs are well suited for analytics and transactional workflows where teams want control over timing and frequency. This approach supports organizations that need periodic or situational insight without maintaining a constant stream of updates.
• Example: An ecommerce team may use an API during checkout to request estimated delivery dates and time windows so customers have visibility to accurate delivery expectations before placing an order.
• Where it doesn’t work as well: APIs only provide data when requested, so poorly timed calls can miss important updates. That makes them less ideal for workflows needing constant, real-time visibility.

Webhooks
 

• What it is: A webhook pushes shipment data automatically when a new shipment event occurs or when an existing status is updated — no request needed.
• What it’s best for: Timely, event-driven updates, such as automated notifications and responsive workflows that react as shipment statuses change.
• Why this works: Because updates are delivered automatically as events happen, webhooks are well suited for teams that need near-real-time visibility, automated exception handling, and faster customer communication.
• Example: When a delivery is completed, a webhook can immediately send confirmation along with picture proof of delivery (PPOD) into a customer service or order management system. The same mechanism can surface delays, delivery attempts, or clearance issues as they occur.
• Where it doesn’t work as well: Webhooks’ continuous updates may add unnecessary complexity for teams that only need occasional, high-level insight or scheduled reporting.

APIs and webhook are often used together, but each serve a different role. The key differences are when data is delivered and how systems are designed to receive it.

• Use APIs when your team needs shipment data at specific moments, like during reporting cycles, planning sessions, or checkout flows. APIs are particularly suited to supporting high-level insights on a schedule.
• Use webhooks when you need near-real-time awareness, with updates delivered automatically as shipment statuses change — no need for requests.

Many organizations layer both approaches, using APIs for analytics and planning, and webhooks for live updates and automation. The right mix depends on how your systems operate and how fast you need to respond.

Every integration method plays a role in improving supply chain visibility. Choosing the right approach depends on your systems, workflows, and how quickly teams need to act on shipping data.

With support for EDI, batch file transfers, APIs, and webhook, FedEx’s Integrated Visibility solution gives teams the flexibility to access shipping insights where and when they matter most. Shipping visibility data flows directly into your existing systems, so you can build workflows around the data you receive.