Freight Visibility API for North American Shippers

Freight visibility is no longer a dashboard feature — it's an infrastructure requirement. Shippers, 3PLs, and logistics platforms across North America need a single, reliable API that ingests position data from ELD systems, GPS hardware, and carrier networks, normalizes it, and surfaces accurate ETAs, dwell alerts, and exception signals — all without building and maintaining the data pipeline themselves.

Intugine's Freight Visibility API provides exactly that: a carrier-agnostic, multimodal tracking layer that plugs directly into your TMS, WMS, or customer-facing portal.

What the API Delivers

Unified Position & Status Data

One endpoint. Every carrier. Whether your freight moves via asset carriers, brokers, LTL providers, or intermodal, the API normalizes position updates, status milestones, and exception codes into a consistent schema — no custom parsers per carrier.

ELD-Compatible Ingestion

For truckload freight in North America, ELD mandate data is the most accurate, regulation-mandated position stream available. The API is built to ingest ELD telemetry, translate HOS-aware position signals, and filter noise from driver rest stops vs. true delays.

Predictive ETA — Not Just Last-Known Position

Last-known GPS pings tell you where a truck was. Intugine's ETA engine uses lane-level historical performance, current dwell time, traffic patterns, and weather overlays to project when a shipment will actually arrive — with a configurable confidence interval.

Exception & Anomaly Signals

The API surfaces pre-built exception signals:

Geofence breach — truck departed pickup/delivery zone without a status update

Dwell anomaly — stopped more than X minutes outside a known facility

Route deviation — more than Y miles off expected lane

ETA delta — projected arrival has shifted by more than Z hours

These signals can be consumed as webhooks or polled, and can feed directly into your alerting, carrier scorecard, or customer notification flows.

Carrier-Agnostic Design

Built for the fragmentation of North American freight: the API works across asset truckers, digital freight brokers, LTL carriers, rail intermodal, and parcel couriers. You don't need a separate integration per mode.

Integration Architecture

REST + Webhook

The API follows a standard REST architecture for shipment creation, status polling, and ETA retrieval. Webhooks push real-time exception events and status transitions to your endpoint — no polling required for time-sensitive alerts.

TMS Plugin Pattern

For teams integrating into existing TMS platforms (McLeod, MercuryGate, Oracle TMS, SAP TM), the API follows a plugin-compatible design: shipment ID mapping, carrier SCAC-based routing, and milestone normalization align with standard TMS data models.

Sandbox & Production Environments

A full sandbox environment with simulated shipment lifecycles is available for development and QA. Sandbox trips include exception injection so your exception-handling flows can be tested before go-live.

North America-Specific Capabilities

Use Cases

Shipper Tech Teams — Embed a visibility layer into your internal control tower without maintaining carrier EDI connections. The API maintains carrier integrations on your behalf.

3PL Platforms — Offer your shipper customers a branded tracking experience powered by real carrier data, surfaced via a white-label API layer.

Digital Freight Brokers — Automate load status updates and proactively notify shippers of exceptions before they call your ops team.

TMS / WMS Vendors — Add a freight visibility module to your platform as a revenue-generating add-on, without building the data layer yourself.

Why Freight Visibility APIs Fail — And What We Do Differently

Most visibility API failures come from three root causes:

Carrier coverage gaps — the API works for top 20 carriers but breaks for the long tail. Our approach uses driver mobile, ELD, and carrier EDI in parallel so coverage doesn't drop when a carrier's EDI feed goes dark.

ETA accuracy decay over time — static ETA calculations drift badly on long-haul runs. Intugine's ETA engine recalculates every 30 minutes using current dwell and lane velocity data.

Exception fatigue — too many low-quality alerts degrade trust. Our exception engine applies confidence scoring so you receive alerts with an 85%+ likelihood of being actionable.

Getting Started

API Key — Request access via the Intugine developer portal

Shipment Registration — POST shipment details (origin, destination, carrier SCAC, PRO/BOL number)

Subscribe to Webhooks — Register your endpoint for exception events

Consume ETAs — Poll the ETA endpoint or subscribe to ETA delta webhooks

Go Live — Typical integration time: 2–5 days for core tracking, 1–2 weeks for full exception management

Ready to embed carrier-agnostic freight visibility into your platform? Talk to our integrations team.