Logistics Automation Platform for a Transportation Company is a case study about several connected digital solutions delivered by a professional development team for a logistics business: a yard management system, a freight management platform for shippers and carriers, support workflows, and internal automation tools.
This project is presented in a generalized form. Some details and identifying elements are intentionally omitted due to confidentiality requirements.
Custom logistics software from external user flows to internal operations
The business needed more than a standalone tool. It required a connected digital environment covering transport movement on enterprise grounds, freight workflows for shippers and carriers, customer support, document handling, and internal operational control.
As a result, the team worked not on a single corporate website or dashboard, but on a logistics automation platform with multiple layers of business logic, integrations, and real-time operational workflows.
Project Context
The company operated in freight transportation and logistics and had to manage multiple layers of operational complexity: transport flow on enterprise grounds, interaction between shippers and carriers, document processing, support workflows, and a growing amount of internal coordination.
As the business expanded, disconnected tools and manual processes became a limiting factor. The goal was to build a unified digital environment where external and internal workflows could be connected, tracked, and scaled more predictably.
What Was Delivered
Yard Management System
One of the core solutions was a yard management system for controlling vehicle movement across enterprise premises. It covered checkpoint logic, stage statuses, dispatching workflows, operator workstations, and event-driven handling of transport operations in real time.
- queue and transport stage management;
- operator workstations and operational dashboards;
- admin interfaces, roles, and access policies;
- document handling, PDFs, and file workflows;
- tracking of statuses, events, and related operational data.
Freight Management Platform for Shippers and Carriers
Another major direction was a freight management platform where shippers could publish freight requests and lots, while carriers could search for available opportunities, take them into work, and continue the transport workflow through user accounts and related services.
- multi-role user accounts;
- freight and lot publishing workflows;
- API for a mobile application;
- electronic document flow;
- ERP integration and connected internal business processes.
Support and Communication Layer
A separate real-time support workflow was built as part of the overall platform. The support chat included WhatsApp integration, while incoming messages were routed to responsible managers based on client assignment rules.
- real-time support communication;
- routing by responsible account managers;
- interaction history and internal communication control;
- message queues, background processing, and support service logic.
Internal Automation
In addition to user-facing workflows, the team developed internal administrative tools: dashboards, ticket-related mechanisms, CMS-like interfaces, background jobs, file and document processing, and operational access control scenarios.
Technology Architecture
The solutions were built on a microservice architecture with services separated by business workflow. Backend development was based on PHP 8 and Laravel, while the frontend layer used Vue.js and SPA interfaces. Selected real-time and support components were implemented in Go.
- PHP 8, Laravel, Vue.js, Go;
- PostgreSQL, Redis, RabbitMQ, WebSockets;
- S3-compatible object storage;
- Kubernetes, GitLab CI/CD;
- JWT, OAuth2, roles, and access policies;
- Prometheus, Grafana, and centralized logging.
Why This Stack Was Used
The backend stack based on PHP 8 and Laravel was chosen in line with the client’s technical requirements and preferences. At the same time, the solution was not built as a simple monolithic application: Laravel was used within a microservice environment that included background jobs, queues, integrations, real-time workflows, and scalable operational services.
This made it possible to align with the client’s technology expectations while still building a system designed for maintainability, observability, and long-term growth.
Business Value
The project helped move a substantial part of logistics and operational workflows into a digital environment. The company gained a more transparent system for handling transport, freight, documents, support interactions, and internal operations.
- reduced manual operational workload;
- faster handling of logistics workflows;
- fewer process and document errors;
- centralized data, roles, and key operational scenarios;
- better service quality for clients and carriers;
- a stronger foundation for future growth, automation, and platform scaling.
Result
Instead of relying on disconnected processes, the company gained a connected digital ecosystem for logistics operations, communication, and internal automation. This created a more stable foundation for business growth, new product development, and better day-to-day operational control.
