Connect Everything
Your TMS, ERP, telematics, IoT, EDI. All of it. Truzer aggregates the complex and maps it into a single unified ontology. No rip-and-replace. No 18-month implementation. Your systems keep running.
Built for VPs of Logistics, Directors of Operations, and 3PL coordinators running mixed fleets. Truzer connects to the cube calculator you already run and adds the return-leg dimension. No new tool. No data migration.
Load planning software is the tool category that builds a complete trip plan, from the outbound load to the return leg, before the truck leaves the dock. Traditional cube calculators solve the outbound only. They maximize the box, respect axle limits, and build a stable load. Modern load planning software extends that work. It plans the outbound and the return leg as one continuous decision, scored against driver hours, customer windows, and lane density. The output is a complete trip plan, not a single-direction loading diagram. Operators see margin recovery the legacy tools were never built to deliver.
A modern load planning platform handles the parts of the trip a cube calculator alone cannot see:
Audit-ready trip records. Logging every load planning decision with a timestamp, an actor ID, and an evidence hash for downstream dispute resolution.
Truzer is the load planning software built around the ontology, an immutable trip record of every load, lane, and return-leg decision, grounded in the live state of the operation, not in last night’s snapshot.
Craig and Michael have spent 10+ years aggregating the complex for 1,000+ organizations. In load planning, the complex shows up as cube calculators that plan perfect outbound loads, dispatchers scrolling load boards for a return leg the tool never thought about, and trucks rolling home empty. Truzer.ai is what they built so operators stop running trucks home empty.
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Built for VPs of Logistics, Directors of Operations, and 3PL coordinators running empty-leg elimination at scale. Sits on top of your existing TMS and cube calculator.
Pull every outbound load and every available return leg into one ontology. Cube calculator output, TMS load data, ELD pings, carrier capacity, and customer windows in the same workflow. The dispatcher sees the whole trip before the truck leaves the dock.
The AI Bot reads from Cargo-Planner, MagicLogic, MaxLoad, Goodloading, EasyCargo3D, BFCSoftware, or your homegrown cube tool. Truzer adds the return-leg dimension the calculator was never built to plan.
Every outbound load gets a probability-weighted return-leg match the moment the cube plan locks. Carrier capacity, lane density, customer windows, and HOS scored together. The dispatcher acts on the match, not on a load board search.
Every load planning decision gets a timestamp, an actor ID, and an evidence hash. Events land in Truzer's ontology, a live digital twin of every trip. When a customer asks why a load was assigned the way it was, the answer is one click back.
Two ways to plan loads in 2026. One plans the whole trip.
Trip planning
Return-leg matching
Cube calculator
Carrier visibility
Audit trail
Deployment
Commitment
48 hours from now, your next outbound load is either still planned for one direction or it is planned for both.
Every business we’ve transformed over the past decade was inflicted with the same limitations. Here’s how we fix yours.
Your TMS, ERP, telematics, IoT, EDI. All of it. Truzer aggregates the complex and maps it into a single unified ontology. No rip-and-replace. No 18-month implementation. Your systems keep running.
Right away you’re immersed into a complete visual experience. Seeing everything a real time. Your whole operation, stupidly visible. Not yesterday’s report. Not a dashboard silo. The truth, live, now.
The ontology doesn’t just show your data. It maps how every asset, route, team, customer, and regulation connects to each other. When one thing changes, you already know what it affects. All truth. No fiction.
AI agents monitor your operation 24/7. They flag exceptions, lock down compliance violations, send proactive customer updates, and surface revenue opportunities. Grounded in your ontology. Not hallucinated from generic training data.
Truzer connects to McLeod, MercuryGate, SAP TM, Manhattan, Trimble, and any homegrown TMS via read-only credentials, an API key, or an EDI feed. The TMS keeps running. Your team keeps working. The ontology fills the gap between transaction records and operational reality.
Most logistics operations bleed margin in the gap between what the TMS knows and what the spreadsheet knows. Here is the seven-discipline framework that closes it
Load planning software is the tool category that builds a complete trip plan, from the outbound load to the return leg, before the truck leaves the dock. Traditional cube calculators solve the outbound only. Modern load planning software extends that work, scoring the outbound and the return leg as one continuous decision against driver hours, customer windows, and lane density. Truzer is a load planning tool that connects to the cube calculator the operator already runs and adds the return-leg dimension.
A cube calculator solves how to fit pallets into a trailer or container. It plans the outbound load only. Load planning software covers the cube calculation plus the stop sequence, the return-leg match, the carrier capacity check, and the audit trail. Truzer does not replace the cube tool. It reads from it and adds the return-leg dimension that legacy load planning was never built to see.
Truzer scores every available return-leg load in the destination zone against the driver's remaining HOS, the trailer type, and the carrier capacity. The match runs the moment the cube plan locks. The dispatcher acts on a ranked recommendation rather than scrolling a load board after the truck has already dropped.
Truzer sits on top of the cube calculator, the TMS, and the ELD and ingests data through the existing API or flat-file connection. Trip plans, return-leg matches, and audit events flow back into the TMS as structured records, so dispatchers never re-key. Most carriers go live in 48 hours with no rip-and-replace. The integration covers the common cube calculators and adapts to custom builds on the same timeline.
Yes. Truzer logs every load planning decision with a timestamp, an actor ID, and an evidence hash, stored in an immutable digital twin of the freight network. When a customer asks why a load was assigned the way it was, or an auditor asks how a return leg was matched, Truzer returns one indexed record per decision with the underlying data the AI scored. The audit trail does not get reconstructed because it was built at the source.
Book a call with Craig and Michael. Walk through your stack. See your own outbound load, your own return-leg match, your own trip trail, running on Truzer.