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Aixo LabAixo Lab

Logistics Software Development Company

We design and build logistics platforms, transportation software and supply chain solutions that improve visibility, automation and operational efficiency.

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  • Engineering-First
  • Enterprise Logistics Architecture
  • Real-Time Visibility
  • Scalable by Design
  • Long-Term Maintainability
Estimated timeline
Typically 10–16 weeks for a first production release
Platforms
Web · Driver App · Dispatch Console
Tech stack
React · Node.js · PostgreSQL · AWS
Logistics Industry Challenges

The real business case for logistics software

Logistics operators don't invest in software because it's trendy — they invest because disconnected fleets, manual dispatch, and reactive tracking have a real cost in delays, wasted mileage, and lost visibility. Software pays for itself when it maps to a specific, measurable improvement in how freight actually moves.

  • Fleet Visibility

    Real-time visibility into where every vehicle actually is, not a status update that's already out of date.

  • Route Optimisation

    Routing that reflects real traffic, delivery windows, and constraints, not a static plan drawn up the night before.

  • Warehouse Coordination

    Warehouse operations connected directly to inbound and outbound logistics, not a disconnected internal system.

  • Inventory Accuracy

    Inventory data that reflects what's actually on the shelf, not a count reconciled once a quarter.

  • Order Tracking

    Direct, real-time tracking from order to delivery, not a status page that only updates at the end.

  • Operational Efficiency

    Software built around how a specific operation actually runs, not a generic system that fights the real workflow.

  • Supply Chain Visibility

    End-to-end visibility across the supply chain, not fragments of data trapped in disconnected systems.

Logistics Software Development Services

Logistics software development services

From a single fleet dashboard to a full transportation management system — the services that make up a real logistics engagement.

Transportation Management Systems

TMS platforms built around your actual carriers, routes, and freight operations, not a generic template.

Fleet Management Platforms

Real-time fleet visibility, vehicle status, and driver assignment in one operational system.

Warehouse Management

Warehouse systems connected directly to inventory, inbound, and outbound logistics.

Route Optimisation

Routing software that accounts for real traffic, delivery windows, and vehicle constraints.

Shipment Tracking

Real-time shipment visibility from pickup to delivery, built for customers and operations teams alike.

Delivery Platforms

End-to-end delivery platforms covering dispatch, tracking, and proof of delivery in one system.

Supply Chain Software

Software that connects suppliers, warehouses, and carriers into a single operational view.

Driver Mobile Apps

Native and cross-platform apps built for drivers working on the road, not at a desk.

Business Automation

Logistics workflows that automate dispatch, notifications, and repetitive operational tasks.

Maintenance & Support

Dependency upgrades, security patches, and bug fixes handled continuously, so the platform stays reliable as it ages.
Logistics Solutions We Build

The kind of logistics software we build

A handful of concrete examples — every engagement is scoped around your own operation, not a template.

Fleet Dashboards

Real-time operational dashboards that give dispatch and leadership direct visibility into fleet status.

Driver Apps

Mobile apps that give drivers direct access to routes, deliveries, and communication with dispatch.

Delivery Tracking

Real-time delivery tracking built for customers and operations teams, from dispatch to drop-off.

Warehouse Platforms

Warehouse operations software connected directly to inventory and inbound/outbound logistics.

Inventory Systems

Real-time inventory systems that reflect what's actually on hand across every location.

Shipment Tracking

End-to-end shipment visibility from pickup through final delivery, across every carrier and leg.

Dispatch Systems

Dispatch platforms that assign, route, and track jobs in real time based on real fleet availability.

Proof of Delivery

Digital proof-of-delivery capture built directly into the driver workflow, not a separate paper process.

Reporting

Operational reporting built around the metrics your business actually tracks, not a fixed set of default charts.

Analytics

Operational and fleet data turned into something dispatch and leadership can actually act on.
AI & Automation

AI built into the logistics workflow

AI-driven features built directly into the platform's core operational workflows, not delivered as a separate, disconnected tool.

Route Optimisation

AI-assisted routing that accounts for real traffic, delivery windows, and fleet constraints as they change.

Demand Forecasting

AI-assisted forecasting built on real shipment and order data, not a static spreadsheet formula.

ETA Prediction

Real-time ETA predictions built on actual traffic, route, and historical delivery data.

Document Processing

AI-powered extraction and processing of bills of lading, invoices, and other logistics documents.

Operational Analytics

AI-assisted analytics that turn raw fleet and warehouse data into decisions dispatch can actually act on.

Workflow Automation

AI-driven automation that handles dispatch, routing, and repetitive operational tasks end to end.

Predictive Maintenance

Maintenance scheduling driven by actual vehicle data and usage patterns, not a fixed calendar.
Development Process

How we build logistics software

The same disciplined process behind every engagement, from the first architecture decision to long-term support.

  1. 01
    Discovery

    Understand the actual operational problem, fleet, and constraints before any technical decision is made.

    Output:
    A scoped problem definition and a clear view of what the platform actually needs to do.
    Client involvement:
    Sharing the real dispatch and delivery workflow, fleet, and constraints the platform has to work within.
  2. 02
    Architecture

    Design the platform's data model, tracking and routing infrastructure, and integration points before a single screen is built.

    Output:
    An architecture decided deliberately, not discovered halfway through development.
    Client involvement:
    Reviewing the proposed architecture and flagging integration requirements with existing systems.
  3. 03
    UX/UI Design

    Design interfaces around how dispatchers, drivers, and warehouse teams actually complete their workflow.

    Output:
    Interface designs validated against real user workflows before development begins.
    Client involvement:
    Reviewing designs against how real dispatch, driver, and warehouse teams will actually use the platform.
  4. 04
    Development

    Build the platform — typed, tested, and reviewed — with the same engineering discipline as any other production software.

    Output:
    Production-grade code with CI gates that actually block a bad merge.
    Client involvement:
    Visible progress through working builds and a direct line to the engineers building it.
  5. 05
    Testing

    Test the platform against real dispatch, tracking, and delivery workflows before it reaches production.

    Output:
    A tested platform with known, documented behavior under real usage conditions.
    Client involvement:
    Testing key workflows directly and providing feedback before launch.
  6. 06
    Deployment

    Ship the platform to production with monitoring, backups, and a real rollout plan in place.

    Output:
    A live platform with the operational tooling needed to run it safely.
    Client involvement:
    Agreeing on the release plan and rollout strategy for real fleet operations.
  7. 07
    Continuous Improvement

    Monitor real usage and iterate — a logistics platform's requirements don't stop the day it ships.

    Output:
    A platform that keeps improving against real usage data, not a static deliverable handed off and forgotten.
    Client involvement:
    Reviewing usage and priorities together as the operation and its requirements evolve.
Technology Stack

Built on a modern, production-grade stack

Every technology here is a deliberate choice, not a default — selected for the specific platform it's used in.

React

Component-based interfaces for the dispatch, fleet, and warehouse tools a logistics platform depends on.

React Native

A shared codebase for iOS and Android when a driver or warehouse app genuinely fits that trade-off.

Next.js

A production-grade React framework for server-rendered dashboards and platforms that need real performance.

Laravel

A mature PHP framework for the backend a logistics platform runs on, where its ecosystem and conventions fit the project.

Node.js

A JavaScript backend runtime for API layers and services that benefit from sharing a language with the frontend.

PostgreSQL

A production-grade relational database for platforms where data integrity and complex relationships matter.

Redis

Caching, queues, and real-time location data storage for platforms that need to stay fast under real fleet traffic.

AWS

Production cloud infrastructure for hosting, scaling, and securing the platform at real traffic volume.

Docker

Containerized, reproducible environments from local development through to production deployment.

REST APIs

A well-understood, widely supported integration standard for connecting the platform to carriers and third-party systems.

GraphQL

A query layer for platforms where clients need precise, flexible access to exactly the data a given view requires.

OpenAI

Model integration for logistics platforms that need AI-powered features built in, not bolted on as a separate product.
Why Aixo Lab

Why logistics companies choose Aixo Lab

  1. Engineering-First Approach

    Every engagement starts with real architecture — data model, tracking infrastructure, and integration strategy decided before the first screen is built, not discovered halfway through.

  2. Enterprise Logistics Architecture

    Platforms designed to fit into an existing operation's fleet, carriers, and systems, not a standalone tool that ignores them.

  3. Scalable Software Platforms

    Architecture built to handle real growth in fleet size, shipment volume, and data, designed for where the operation is headed, not just where it starts.

  4. Long-Term Maintainability

    We design for the team that maintains this platform in two years, including when that's your own in-house engineers — documentation and handover are part of the deliverable.

  5. Business Automation Expertise

    Real experience automating dispatch, routing, and operational workflows that used to depend on manual coordination.

  6. Transparent Communication

    Direct access to the engineers building your platform, with visible progress throughout — not a project manager relaying status secondhand.

FAQ

Frequently asked questions

Representative Solutions

What this looks like once built

Reference architectures from our Representative Solutions collection that show these ideas in practice.

Smart Logistics Hub
Representative Solution

Smart Logistics Hub

Logistics
Smart Warehouse Management System
Representative Solution

Smart Warehouse Management System

Logistics Software
Enterprise CRM
Representative Solution

Enterprise CRM

Enterprise Software
Discuss your project's scope

Ready to build your logistics platform?

Tell us what you're building — we'll tell you honestly what it would take to architect and build it properly.

No sales pressure. Just a direct technical conversation.

Start Your Logistics ProjectBook Discovery Call