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AI Development for Logistics
Woltrio builds logistics software for 3PLs, freight brokers, carriers and fulfilment operators: transportation and warehouse management modules, route optimization, predictive ETAs, real-time shipment visibility, and the EDI and carrier API integrations that make them work. We serve small and mid-sized operators across the US and UK, typically on $5,000 to $150,000 engagements, building focused systems and integration layers rather than multi-year platform replacements.
What We Build
Logistics software built for the operational reality of dispatch boards, dock doors and carrier feeds, not for a slide deck.
Load planning, carrier selection and rate shopping, tendering, shipment tracking and freight billing, built as a focused system or as modules that extend the TMS you already run.
How We Handle Logistics Data
Freight software lives or dies on messy partner data and events that arrive late, twice, or out of order. This is how we build for that.
EDI and modern APIs in one pipeline
EDI transaction sets are normalised into the same event model as REST and webhook feeds, so a partner on 1990s standards and one on a modern API look identical everywhere downstream.
Telematics and IoT ingestion
GPS, ELD, temperature and sensor streams ingested continuously, buffered against connectivity loss and reconciled against carrier milestones so the shipment record stays trustworthy.
Predictive ETAs trained on your lanes
Arrival prediction built on your own historical lane, carrier and dwell data rather than a generic model, which is what makes an ETA accurate enough for a customer to plan around.
Offline-first mobile for drivers and floor staff
Scanning, proof of delivery, photo capture and status updates that keep working in a dead zone or a steel warehouse and sync cleanly once the signal returns.
Idempotent event processing
Duplicate and out-of-order messages are the norm in freight. Every event is deduplicated, replayable and reconcilable, so a repeated 214 never creates a phantom shipment or a double invoice.
The systems we integrate with
SAP TM, Oracle OTM, Blue Yonder, Manhattan, Descartes, MercuryGate, project44 and FourKites, alongside Shopify, NetSuite, QuickBooks and major carrier APIs, on Postgres, PostGIS and event streaming.
Why a Boutique Logistics Partner
Full platform builds are expensive and everyone in this market knows it: a custom TMS commonly runs $80,000 to $500,000 and up, a WMS lands around $150,000, and integrations add $30,000 to $100,000 on top. Woltrio does not pretend to compete at that end. We build the focused pieces that deliver most of the value: a routing or visibility module on top of the TMS you already own, an integration layer that finally connects carriers to your ERP, an AI feature added to an existing system, or a lean MVP for a logistics startup. Typical engagement: $5,000 to $150,000.
3PLs and freight brokers still dispatching from spreadsheetsCarriers and fleet operators needing routing and telematics toolingWarehouses and fulfilment operators outgrowing basic inventory softwareShippers needing one view across multiple carriersLogistics tech startups building a first product or MVP
Our Development Process
Frequently
Asked Questions
Seeking basic information? Our FAQ section is a ready reckoner with precise answers to the most probable queries.
How much does custom logistics software development cost?
Across the market, logistics software runs roughly $30,000 to $500,000 or more, with a custom TMS typically $80,000 upward and a WMS averaging around $150,000. Integrations add another $30,000 to $100,000. Woltrio works below that enterprise tier, at $5,000 to $150,000, by scoping to a specific module, integration layer or MVP rather than a full platform replacement.
Should we build a custom TMS or buy an off-the-shelf one?
Buy first. Descartes, MercuryGate and similar mid-market platforms cover standard freight operations well, and a custom rebuild rarely pays back if your process is conventional. Build when your operating model is genuinely your competitive advantage, when licence costs scale painfully with volume, or when the gap is one specific capability. That last case is the most common, and it usually means building a module on top of what you own rather than replacing it.
Can AI route optimization actually reduce fuel costs and empty miles?
Yes, and it is one of the more measurable AI applications in this sector. Machine-learning routing that accounts for time windows, capacity, driver hours and historical traffic reduces distance driven, empty miles and overtime. The gains are real but not magic: they come from consistently better decisions across thousands of stops, so the payback shows up in fleets with enough volume for the compounding to matter.
Do we still need EDI in 2026, or can we use APIs?
You need both. Large shippers, retailers and established carriers still run on X12 and EDIFACT, and the 204, 214, 210, 856, 940 and 945 transaction sets remain the price of doing business with them. Newer partners and marketplaces offer REST APIs and webhooks. We normalise both into a single internal event model, so your team never has to care which side a partner sits on.
How accurate are predictive ETAs?
Accuracy depends almost entirely on data quality and history. A model trained on your own lanes, carriers and dwell patterns will meaningfully outperform a generic estimate, particularly on repeated lanes where there is real history to learn from. New lanes, new carriers and severe disruption remain hard, which is why we ship confidence indicators alongside the prediction instead of a single number pretending to certainty.
Can you integrate with our existing TMS or WMS instead of replacing it?
That is most of what we do. Extending a system you already run is faster, cheaper and far less disruptive than a migration, and it avoids retraining an operations team mid-peak. We connect to SAP TM, Oracle OTM, Blue Yonder, Manhattan, Descartes, MercuryGate and visibility platforms such as project44 and FourKites through their APIs, EDI or database layers.
How long does a logistics software project take?
A focused module or integration layer typically ships in six to twelve weeks. A logistics MVP with tracking, dispatch and a customer portal usually runs three to five months. The variable that moves timelines most is not the software, it is how quickly your carrier and partner integrations can be tested end to end, since that depends on their sandbox availability as much as our schedule.
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AI Development for Logistics.
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