The First Open Source Freight Network

What is an open source freight network?

Traditional freight is closed. Every broker operates a proprietary network. Their carriers, their relationships, their pricing, all locked behind a phone call and a rep who may or may not pick up. Shippers are stuck comparing opaque quotes from fragmented providers, each running their own siloed operation with zero interoperability.

An open source freight network works differently. Warp built the physical infrastructure (50+ cross-dock facilities), aggregated the carrier capacity (20,000+ local 3rd-party carriers on the Warp driver app), and opened the whole system through APIs and a self-serve platform. Any shipper can plug in. Any TMS can connect. This is the digital freight marketplace model at scale. Every load gets the same scan events, live GPS tracking, and real-time monitoring from our AI backbone, Orbit.

This is the difference between calling a broker and accessing a network. A broker gives you a truck. A digital freight network gives you routing optimization, carrier scoring, cross-dock operations, consolidation, deconsolidation, and continuous visibility on every pallet from pickup through delivery. All through one platform.

Why freight networks matter

Freight has operated as a point to point business for decades. Shipper calls broker. Broker calls carrier. Truck shows up (maybe). Nobody has visibility until someone makes a check call. This model doesn't scale, and it doesn't get better with volume.

Network based freight changes the economics entirely. When freight flows through shared infrastructure instead of point to point dispatching, every additional shipment makes the network more efficient. More density on a lane means better rates. More carriers in a market means faster coverage. More scan data flowing through cross-docks means smarter routing decisions.

Traditional hub and spoke models (the ones legacy LTL carriers run through aging terminals) capture some of this density benefit but lose it to slow facilities and rigid routing. An open mesh network like Warp's operates the facilities for speed (freight arrives, gets sorted, moves out) and routes dynamically based on real-time capacity and demand. The result is LTL that moves faster than legacy carriers, truckload coverage that doesn't fall apart on reload, and local delivery through 9,000+ box trucks and cargo vans that are already in market. Built on open source logistics principles, truckload coverage that doesn't fall apart on reload, and local delivery through 9,000+ box trucks and cargo vans that are already in market.

How Warp's freight network operates

The network has three layers: facilities, carriers, and intelligence.

Cross-dock facilities. Warp operates 50+ cross-dock facilities across the US. These are not traditional freight terminals where pallets sit for days. They are designed for flow. Freight arrives, gets scanned in at the pallet level, sorted by destination, and moves out. Services include cross-docking, pick and pack, transloading, devanning, sortation, and labeling. Temperature-controlled storage is available for food, beverage, and pharma. Warp does not charge for dedicated space in the building.

Carrier network. 20,000+ local 3rd-party carriers dispatched through the Warp driver app. Every carrier goes through authority verification, insurance validation, safety score review, equipment inspection history, and operating record checks before they can touch freight. Carriers with poor safety records, lapsed insurance, or compliance issues are blocked. For recurring programs, Warp tracks on-time performance, damage rates, and communication responsiveness per carrier. Underperformers are removed.

Intelligence layer. Our AI backbone, Orbit, monitors every load in real time. Live GPS tracking through the Warp driver app. ELD integrations on all line-haul trucks for continuous visibility. Scan in, scan out events at every facility touchpoint. Orbit flags late pickups, late departures, missed scans, route deviations, dwell anomalies, temperature deviations, delivery exceptions, speed anomalies, unplanned stops, and hours of service issues. Your team gets the exception, not the noise.

Digital freight network optimization

A freight network that doesn't get smarter with every shipment isn't a network. It's just a directory. Warp's digital freight network continuously optimizes across four dimensions.

AI routing. Our AI backbone, Orbit, analyzes carrier performance, lane density, facility throughput, and real-time capacity to route every shipment through the optimal path. As more freight flows through the network, routing decisions improve. High density lanes get dedicated capacity through the Work Queue system, which assigns consistent drivers to recurring routes.

Carrier scoring. Every carrier in the network accumulates a performance record. On-time pickup rates, delivery accuracy, damage frequency, communication responsiveness. This scoring is continuous and automatic. Top-performing carriers get priority on high-value lanes. Underperformers are removed from the network entirely. The carrier pool gets stronger every week.

Lane density economics. Freight networks create a flywheel. More shipments on a lane means more carrier options, which means better rates and faster coverage. Warp operates 1,400+ active LTL lanes across 12 cross-dock facility markets: Atlanta, Charlotte, Chicago, Columbus, Denver, Houston, Indianapolis, Milwaukee, New Orleans, New York, Orlando, and Savannah. Every new shipper on a lane makes that lane better for every existing shipper.

Consolidation and deconsolidation. The network doesn't just move individual shipments. It consolidates freight from multiple shippers onto shared line-haul trucks, routes through cross-dock facilities, and deconsolidates for local delivery. This is how per-pallet rates stay all-inclusive with no fuel surcharges, no hidden accessorials, and no terminal handling charges. Density pays for efficiency.