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Free Consultation for Custom TMS Development

We are proud to be rated 5★ by our clients on Clutch. Their feedback highlights our commitment to delivering reliable software and mobile app solutions that create real business impact.

Trusted by Our Clients

Aimit builds Transportation Management Systems tailored to your logistics workflows, enabling full control over loads, routes, fleets, and real-time tracking.

End-to-End Custom TMS Development

We follow a structured, transparent process to ensure every Transportation Management System is designed, developed, and deployed with precision, scalability, and long-term business value.

Our Custom TMS Development Process

Here are two examples of custom software solutions we developed for our clients, each paired with mobile applications to ensure full accessibility and scalability.

Some of Our Work

Off-the-shelf TMS platforms often provide only surface-level features, leaving logistics companies to adapt their workflows to the software instead of the other way around. At Aimit, we design and develop custom Transportation Management Systems that fit seamlessly into your operations, whether it’s managing loads, optimizing routes, tracking fleets in real time, or integrating with your existing ERP, CRM, or accounting platforms.

Unlike generic tools, our TMS solutions are built to handle the complexities of modern logistics. We collaborate with stakeholders to define every requirement, from dispatch scheduling and driver management to GPS tracking and fuel optimization. To ensure the system reflects real-world operations, we also engage with logistics coordinators, dispatchers, and fleet managers, capturing daily workflows and unique industry challenges.

Our projects typically start from $250,000 and can scale into multi-million-dollar enterprise-grade platforms, depending on scope and integrations. For transparency, we divide the process into two clear phases: the first focuses on analysis, research, documentation, and UX/UI design; the second covers backend architecture, development, testing, and deployment. Each phase is contracted separately, giving you clarity, flexibility, and control at every stage.

Every TMS we build is exclusively yours. The documentation, system design, and code belong entirely to your company. Aimit does not repurpose or resell your TMS to other clients, because each logistics business has its own challenges that require tailored solutions.

With our expert team based in Armenia, we deliver enterprise-grade logistics software while maintaining competitive pricing compared to international providers. Share your requirements today and receive a free consultation on building a Transportation Management System that transforms efficiency, scalability, and profitability for your business.

Why Your Logistics Business Needs a Custom TMS

We rely on the most advanced frameworks, programming languages, and cloud platforms to build Transportation Management Systems that power modern logistics. Whether it’s real-time fleet tracking, route optimization, or multimodal logistics across road, air, and sea, our carefully selected tools ensure performance, reliability, and scalability for your business.

Our Core Technology Stack

Ready to Transform Your Logistics with a Custom TMS?

Aimit builds custom Transportation Management Systems (TMS) to optimize logistics, fleet tracking, load management, and supply chain efficiency.

Custom Transportation Management Systems (TMS) Development | Aimit

Projects Delivered

Industries Served

Efficiency Boost

Uptime Delivered

Custom TMS Development

Every successful TMS project begins with a clear understanding of logistics operations, fleet management workflows, and compliance requirements. At Aimit, we work closely with stakeholders, logistics managers, and dispatch teams to capture real-world needs before development starts.

We run structured sessions with executives, operations managers, and dispatch leads to define objectives, route planning strategies, fleet tracking requirements, and cost optimization goals.

We study workflows across dispatchers, drivers, and customer service teams to ensure the TMS mirrors day-to-day operations in freight, shipping, and delivery.

We analyze industry-standard TMS platforms to benchmark features such as load optimization, GPS tracking, EDI, and carrier integration.

We design transport workflows, freight assignment flows, and integration touchpoints with external tools like accounting, ERP, and telematics.

We deliver complete technical documentation, including fleet management workflows, route optimization logic, integration requirements, and compliance specifications.

Typical duration: 50 to 180 business days, depending on project complexity.

Outcome: A logistics-focused blueprint ensuring the TMS meets business goals, reduces operational costs, and streamlines transport operations.

Business Analysis & Documentation

Design is critical for TMS adoption by dispatchers, drivers, and managers. We focus on creating interfaces that are easy to navigate, mobile-friendly, and optimized for real-time logistics tasks.

We map intuitive flows for dispatch dashboards, driver mobile apps, and fleet tracking tools.

Interactive prototypes enable stakeholders to validate freight booking, route planning, and delivery tracking features before final design.

We build scalable, consistent UI systems for dispatcher portals, carrier dashboards, and mobile apps for drivers, pilots, and ship crews, ensuring smooth workflows across road, air, and sea operations.

We validate designs with dispatchers, fleet managers, drivers, pilots, and ship operators to ensure seamless workflows across all platforms and devices.

Typical duration: 60 to 150 business days.

Outcome: A user experience that makes transportation processes faster, more accurate, and easier for all users.

UX/UI Design

This is where logistics workflows are transformed into working software. We build scalable, secure systems capable of handling high-volume loads, real-time tracking, and integrations.

We design modular TMS architectures supporting route optimization, GPS integration, and EDI with carriers and shippers.

Features are delivered in sprints, with demos for dispatchers, carriers, and managers to ensure alignment.

We build APIs and microservices for load assignments, billing, GPS data, and carrier communication using Node.js, Golang, or PHP.

Responsive dashboards for dispatchers and cross-platform mobile apps for drivers are developed using React and React Native.

We structure databases (PostgreSQL, MongoDB, Redis) to handle real-time fleet data, route history, and carrier records.

Extensive tests ensure routing accuracy, GPS reliability, and seamless multi-user workflows.

Timeline: From 150 business days to several years for enterprise-scale TMS platforms.

Outcome: A fully customized, production-ready TMS that optimizes logistics operations and scales with your fleet.

TMS Development

Deployment ensures your TMS is reliable, secure, and built for high availability.

We deploy TMS platforms on AWS, Azure, or Google Cloud for enterprise-grade performance.

Using Docker and Kubernetes, we ensure real-time logistics systems can scale quickly and securely.

Automated pipelines streamline feature releases with minimal downtime.

We connect TMS systems with ERP, accounting software, GPS providers, and carrier portals.

Outcome: A stable, integrated environment built to manage complex transport operations from day one.

Deployment & Infrastructure

The launch phase ensures smooth adoption across logistics teams, carriers, and drivers.

Final validation with dispatchers, fleet managers, and carriers to ensure all workflows are production-ready.

We prepare phased or full launches, including pilot rollouts for select routes before global deployment.

We monitor live GPS tracking, carrier performance, and system stability during rollout.

Our team provides 24/7 support during the launch phase to resolve issues quickly.

Outcome: A smooth go-live, ensuring the TMS is operational with minimal disruption to logistics workflows.

Launch & Rollout

A TMS must evolve with logistics needs, fleet expansion, and regulatory changes.

We monitor uptime, integrations, and performance across fleets and regions.

New modules for multi-modal transport, customs clearance, or AI-driven optimization are added as your needs grow.

We design infrastructure to handle growing fleets, international expansion, and high shipment volumes.

We ensure compliance with transport regulations (FMCSA, ELD, IFTA) and secure sensitive logistics data.

Outcome: A future-proof TMS that evolves with your logistics operations and delivers long-term business value.

Continuous Support & Scaling

Event-driven, non-blocking runtime ideal for building fast, scalable backend systems.

Node.js

Strongly typed superset of JavaScript that improves reliability and maintainability in large-scale projects.

TypeScript

Lightweight and flexible framework for building RESTful APIs and web applications.

Express.js

Progressive Node.js framework with modular architecture, ideal for enterprise-grade applications.

NestJS

High-performance language optimized for concurrency and mission-critical microservices.

Golang

Battle-tested scripting language powering millions of applications worldwide.

PHP framework designed for rapid development with clean, maintainable architecture.

Laravel

Centralized structure best suited for straightforward, smaller-scale applications.

Monolithic Architecture

Modular and scalable approach powered by API Gateways and WebSocket Gateways.

Microservices Architecture

Standard protocol for interoperability across web and mobile systems.

REST

Modern protocols ensuring efficient backend-to-backend and backend-to-front-end communication.

gRPC / Protobuf & REST

Robust relational database providing reliability, scalability, and strong ACID compliance.

PostgreSQL

Flexible NoSQL database designed for unstructured or rapidly changing data.

MongoDB

In-memory data store used for caching, session management, and high-speed operations.

Redis

Distributed search and analytics engine for handling large-scale queries and real-time insights.

Elasticsearch

Distributed event streaming platform for real-time data pipelines and analytics.

Kafka

Reliable message broker supporting complex routing and asynchronous communication.

RabbitMQ

Lightweight, high-performance messaging system optimized for microservices environments.

NATS

Modern JavaScript library for building dynamic and responsive user interfaces.

ReactJS

Adds type safety and scalability to frontend development.

State management and efficient API communication across complex applications.

Redux / RTK Query

UI component library for building elegant, enterprise-grade interfaces.

Ant Design

Custom UI Library

Tailor-made UI components designed in-house to meet unique project requirements, ensuring flexibility and brand consistency.

React Router DOM

CSS preprocessor offering structured and maintainable styling.

SCSS

Cross-platform mobile development framework delivering near-native performance for iOS and Android.

React Native

Toolchain simplifying mobile development workflows and app deployment across platforms.

Expo

Centralized and efficient state management optimized for complex mobile applications.

Redux Toolkit

Advanced animation library enabling smooth, interactive, and performant mobile user experiences.

Reanimated

Framework for implementing intuitive, gesture-based navigation and controls on mobile devices.

Gesture Handler

Provides secure storage for sensitive data such as tokens and credentials on mobile devices.

Expo Secure Store

Lightweight local storage solution for caching, offline access, and user data persistence.

Async Storage

Industry-leading cloud platform offering EKS, S3, SES, and Route 53.

Cloud services enabling enterprise-level hosting and deployment.

Microsoft Azure

Flexible cloud infrastructure for scalable and secure applications.

Google Cloud Platform

Containerization platform ensuring consistent environments across development and production.

Docker

Orchestration system for managing containers at scale.

Kubernetes

GitOps-based continuous delivery tool for automated deployments.

FluxCD

Continuous integration pipeline for faster and safer releases.

GitLab CI

Package manager simplifying Kubernetes application deployment and versioning.

Helm

Playwright or Cypress, browser-level tests for critical user journeys (auth, search, subscriptions, checkout, notifications).

End-to-End Testing (Web)

Detox (React Native) or Appium — device-level flows, deep links, and push notification handling.

Mobile E2E

Pact — consumer-driven contracts to keep microservice integrations stable and prevent breaking changes.

Contract Testing

Postman/Newman for API smoke tests; k6 or Locust for load testing and SLA verification.

API & Performance

Percy/Chromatic for visual regression; axe-core for automated accessibility checks.

Visual & Accessibility

OWASP ZAP for DAST; SonarQube/CodeQL for code quality; Dependabot/Renovate for dependency health.

Security & Quality Gates

Ephemeral preview envs per PR on Kubernetes/Docker with seeded data; MSW/WireMock for external service mocking.