Logistics Software Development Company for Custom TMS, WMS & Fleet Systems
Logistics Software Development Company work means building the transportation management, warehouse management, and fleet systems that move freight, not adapting a generic ERP module to fit trucking operations. We build custom TMS, WMS, and fleet telematics platforms for logistics and supply chain operators whose EDI connections, carrier integrations, and routing logic have outgrown spreadsheets and legacy systems. Every platform is built around your actual freight network and carrier relationships, not a generic logistics template. Talk to our logistics engineering team about the systems slowing your operations down today.
Core Logistics Systems We Build
Supply chain software development succeeds or fails on integration depth, because a logistics platform that cannot talk to your carriers' systems, EDI partners, and ERP is just a database with a nice interface. Custom TMS development, warehouse management software development, and fleet telematics all depend on the same foundation: real-time data moving between systems that were never designed to talk to each other natively. We scope every logistics engagement around your existing carrier network and system landscape first, before any interface design begins.
Transportation Management Systems
A custom transportation management system handles load planning, carrier selection, rate shopping, and freight tendering in one workflow, replacing the spreadsheet-and-phone-call process most mid-size logistics operations still run their business on today.
Warehouse Management Software
Warehouse management software covering pick-pack-ship workflows, slotting optimization, and cycle counting needs to reflect your actual warehouse layout and equipment, not a generic template that assumes a warehouse nothing like yours.
Fleet Telematics Integration
Fleet telematics integration pulls GPS, fuel, and maintenance data directly into your operations dashboard, surfacing the vehicles and routes actually costing you money instead of leaving that data siloed in a separate telematics vendor portal.
Last-Mile Routing & Delivery Optimization
Last-mile routing and delivery optimization software cuts fuel cost and missed delivery windows by solving the routing problem against your actual constraints — vehicle capacity, driver hours, time windows — not a generic mapping API's default route.
Freight Visibility Through Deep Integration
Freight visibility is what shippers and customers actually demand now, and it is the single hardest thing to bolt onto legacy logistics systems after the fact, which is why we build it into the core data model from the start rather than as a reporting layer added later. Real-time visibility depends on the same EDI and carrier API integrations that power dispatch and billing, so we architect the data model once and expose it through every workflow that needs it, rather than as a separate tracking add-on.
Real-Time Shipment Tracking
Real-time shipment tracking that aggregates carrier status updates into one customer-facing view replaces the current pattern of customers calling in or checking five different carrier portals to find out where their freight actually is.
EDI Integration With Carriers & Partners
EDI integration (204, 210, 214, 990 transaction sets), built through the same API integration approach we use across every system, is the backbone of freight visibility, avoiding the errors that plague retrofitted EDI setups.
ELD & Carrier API Integration
ELD and carrier API integrations pull hours-of-service and location data directly from the truck, giving dispatch accurate ETAs instead of estimates based on scheduled departure times that ignore real road conditions.
SAP & Oracle ERP Integration
SAP and Oracle integration connects logistics operations data to the financial and enterprise systems your finance and operations teams each rely on, so freight cost, inventory position, and order status stay consistent across every department.
IoT Sensor Data for Real-Time Logistics
IoT sensor data is transforming logistics from a scheduling problem into a real-time optimization problem, but only for operators whose systems can actually ingest and act on sensor data at the volume modern fleets and warehouses generate. We build the data pipelines that make this practical rather than just installing sensors and leaving your team to make sense of the resulting flood of readings manually, which is where most IoT logistics pilots quietly stall.
Cold-Chain Temperature Monitoring
Temperature and humidity sensors on cold-chain shipments feed directly into our IoT software development pipelines, triggering alerts before a shipment spoils rather than after a customer complaint about a failed delivery arrives.
Warehouse IoT & RFID Tracking
Warehouse IoT — RFID inventory tracking, automated guided vehicle coordination, and equipment sensor monitoring — needs a data pipeline built to handle high-frequency sensor input without overwhelming your core WMS with noise.
Predictive Fleet Maintenance
Predictive maintenance on fleet vehicles, using engine sensor data to flag failures before breakdown, reduces unplanned downtime and keeps routes running on schedule instead of scrambling to reroute around a broken-down truck.
Route Optimization Cost Example
A concrete example makes route-optimization value easier to evaluate than an abstract claim, so here is one scenario with the assumptions stated plainly rather than an inflated headline number designed to sound impressive without holding up under scrutiny once your team runs its own numbers against it, using figures close to a typical regional carrier's actual day-to-day operating profile rather than a best-case industry average pulled from a vendor's marketing deck.
A Worked Fuel-Savings Example
A regional carrier running 40 delivery vehicles, assuming a 10% cut in miles driven through better routing and a $3.80 average fuel cost per gallon, sees roughly $180,000 in annual fuel savings, before counting reduced overtime.
Assumptions Behind the Estimate
That estimate assumes routes are currently planned manually or with a generic mapping tool, and that vehicle count and daily mileage stay roughly constant — actual results vary by route density and current planning maturity.
Frequently Asked Questions
What is the difference between a TMS and a WMS, and do I need both?
A TMS manages transportation — carrier selection, load planning, freight tendering — while a WMS manages warehouse operations like picking, packing, and inventory. Most logistics operators running their own warehouses need both systems, integrated together, rather than either one alone in isolation.
How long does it take to build a custom logistics platform?
A focused TMS or WMS module typically takes 4 to 7 months. A combined platform with fleet telematics, EDI integration, and multi-carrier support usually runs 9 to 14 months, depending on the number of carrier and system integrations required at launch.
Can a custom logistics platform integrate with our existing SAP or Oracle system?
Yes. We build direct API and EDI-based integrations into SAP, Oracle, and similar ERP systems so logistics data, inventory, and financials stay synchronized without manual data entry or nightly batch reconciliation between separate, disconnected legacy systems your team currently maintains.
Do we need IoT sensors installed before you can build the software?
No. We can build the software platform first and layer in sensor integration as hardware gets deployed over time. Many clients start with system integration and freight visibility, then add IoT data feeds like cold-chain monitoring in a later phase.
What does custom logistics software typically cost?
Costs range from roughly $70,000 for a focused TMS or WMS module to $300,000 or more for a full platform with fleet telematics, multi-carrier EDI, and ERP integration, depending on integration count, carrier volume, and overall data complexity involved. See our custom software development cost page for a full breakdown.
Build Your Custom Logistics Platform Today
Free consultation with our logistics engineering team. TMS, WMS, fleet telematics, freight visibility — built around your carrier network.