Transport management systems
Plan loads, assign carriers, manage rates, coordinate dispatch, track execution, reconcile delivery activity, and connect EDI with partners.
Industry software expertise
Logistics Software Development Services
We build logistics platforms that connect planning, fleets, warehouses, shipments, drivers, customers, and real-time operational decisions.
- Product strategy
- Focused on measurable operational value
- End-to-end build
- Experience, engineering, data, and integration
- Long-term evolution
- Launch, observe, support, and improve
Direct answer
What is Logistics software development?
Logistics software development is the design and engineering of digital systems that plan, execute, track, and improve the movement and storage of goods. It includes transport and warehouse management (TMS/WMS), fleet and telematics, EDI and partner integrations, route planning, shipment visibility, driver apps, last-mile delivery, and supply-chain analytics.
- Outcome-led discovery
- Domain-aware workflows
- Secure architecture
- Accessible experiences
- Measured improvement
Solutions we deliver
Logistics software built around real work.
Each solution starts with the people, decisions, data, and operational constraints behind the technology—not a generic feature list.
Warehouse management systems
Control receiving, locations, inventory, picking, packing, replenishment, dispatch, and operational exceptions.
Fleet and driver platforms
Connect vehicles, drivers, jobs, telematics, compliance, maintenance, communication, proof of delivery, and performance.
Route optimisation
Use capacity, service windows, location, traffic, priorities, and operating constraints to improve route plans.
Shipment visibility
Give teams and customers clear status, milestones, ETAs, documents, customs and cross-border alerts, and exception workflows.
Last-mile delivery software
Coordinate allocation, driver apps, live tracking, customer communication, proof, returns, and support.
Why Integr8e
A practical approach to logistics technology.
We combine product judgement, engineering discipline, and domain context to reduce delivery risk and create software teams can confidently operate.
Exception-first design
Delays, failed delivery, damaged goods, changing capacity, and missing data are designed as expected workflows.
Real-time architecture
Location, events, ETA changes, offline behaviour, and high-volume operational updates remain observable.
Field-ready experiences
Driver and warehouse journeys are clear, fast, resilient, and usable on practical devices and networks.
Connected supply chain
APIs link orders, inventory, carriers, customers, finance, tracking, and partner systems without hiding failures.
Built for your context
Best suited for carriers, 3PL providers, distributors, warehouses, delivery networks, fleet operators, and logistics startups improving visibility or execution.
We start with the business case, current systems, user evidence, delivery constraints, and the smallest credible route to value. The recommendation may be a new platform, targeted modernisation, integration, or a focused workflow—not automatically a full rebuild.
Delivery architecture
A controlled path from opportunity to dependable software.
The plan adapts to your organisation, while visible decisions, short feedback loops, and risk-led validation keep delivery accountable.
Discover
Map fleets, warehouses, carriers, shipment volumes, exception patterns, and the TMS, WMS, EDI, and telematics systems already in place.
Design
Shape dispatch, warehouse, and driver workflows, system architecture, partner integrations, and the rollout plan before engineering accelerates.
Build and integrate
Deliver working software in focused increments and connect it to TMS, WMS, telematics, EDI, and carrier or partner systems the operation depends on.
Validate
Test real dispatch, warehouse, and delivery scenarios, including exception handling, offline behaviour, permissions, and failure recovery.
Launch and improve
Roll out route by route or site by site, monitor on-time performance and exceptions, and prioritise the next improvement using operational evidence.
Technology context
Platforms selected against the problem—not the trend.
Technology choices are tested against security, integration, scale, team capability, accessibility, observability, and full cost of ownership.
- React
- TypeScript
- Node.js
- Python
- PostgreSQL
- Redis
- AWS
- Docker
Frequently asked questions
Answers about logistics software.
These concise answers cover common planning questions. A useful estimate still depends on your users, systems, risks, and desired outcome.
What is logistics software development?
Logistics software development is the design and engineering of digital systems that plan, execute, track, and improve the movement and storage of goods. It includes transport and warehouse management (TMS/WMS), fleet and telematics, EDI and partner integrations, route planning, shipment visibility, driver apps, last-mile delivery, and supply-chain analytics.
Do you build or integrate EDI for logistics and supply chain software?
Yes. We build and integrate EDI connections between your TMS, WMS, and partner systems so orders, rates, shipment status, and invoices exchange reliably with carriers, customers, and suppliers.
Can you build fleet telematics and predictive maintenance software?
Yes. We build fleet platforms that connect telematics data, driver behaviour, fuel use, and service history so dispatchers and maintenance teams can plan ahead and reduce downtime.
Do you build customs and cross-border shipment documentation into logistics software?
Yes. We build shipment visibility and documentation workflows that surface customs paperwork, cross-border status, and compliance alerts alongside standard milestones and exceptions.
Which logistics software solutions does Integr8e build?
Integr8e designs and engineers transport management systems, warehouse management systems, fleet and driver platforms, and route optimisation, plus EDI, telematics, and customer visibility integrations shaped around your network.
Can you integrate logistics software with carriers, ERP, and partner systems?
Yes. APIs and EDI connections link orders, inventory, carriers, customers, finance, tracking, and partner systems so exceptions and delays stay visible rather than hidden.
How long does a logistics software development project take?
A focused tracking portal or driver workflow can often reach a first release in 10 to 16 weeks. TMS, WMS, route optimisation, telematics, EDI, and partner ecosystems require phased integration and operational pilots. Discovery maps the physical process and exception volume before estimation.
How much does custom logistics software cost?
Cost varies with sites, fleets, roles, shipment volume, optimisation depth, telematics, mobile offline needs, partner integrations, customer visibility, analytics, and service availability. We begin with one complete operational flow and expand once it is proven in the field.
How does Integr8e handle security and compliance for logistics software?
We protect commercial, location, driver, shipment, and customer data with role-based access, encryption, secure device and API patterns, auditability, monitoring, and recovery controls. Compliance workflows are mapped to the transport modes, regions, and contractual responsibilities in scope.
Start with the outcome
Make your logistics software initiative concrete.
Tell us what needs to change, who it affects, and where the current process falls short. We will help shape a practical next step.
hello@integr8e.com