Logistics Software Development Services

Logistics software development is the process of designing, building, and integrating custom digital systems - including transportation management (TMS), warehouse management (WMS), fleet management, supply chain management (SCM), and order management platforms, that automate shipping, tracking, inventory, and delivery operations. A logistics software development company replaces manual workflows and disconnected legacy tools with end-to-end visibility, faster fulfillment, and lower operating costs. Custom platforms are typically built for shippers, third-party logistics (3PL) providers, freight forwarders, carriers, and fulfillment operators that need workflows, integrations, or compliance rules that off-the-shelf logistics SaaS cannot accommodate.

Off-the-shelf logistics tools rarely match how your operations actually run, multi-warehouse dispatch rules, country-specific customs documentation, temperature-controlled fleet routing, dynamic carrier rates. Generic SaaS forces workarounds that grow into technical debt. Our delivery is different on four points: 

What "custom" actually means in our delivery 

• Workflow-fit, not feature-bloat. We engineer only what your dispatch, warehouse, or fleet operations require, no licensing tax for modules you won't use.
• Owned IP and full source code. You own the platform, the data model, and the integrations. No vendor lock-in, no per-seat fees. 
• Real-time integration with what you already run. Custom APIs and iPaaS connectors to your ERP, CRM, WMS, carrier portals, IoT sensors, and barcode systems.
• Scalable architecture from Day 1. API-first, cloud-ready, modular, from 1,000 shipments per day to 100,000 without a re-platform. Read our full custom vs. off-the-shelf guide → 

• Custom logistics software development typically costs between $70,000 and $500,000+, depending on scope.
• A focused MVP (single-module TMS, basic WMS, or driver app) usually lands in the $70,000-$150,000 range and ships in 3-5 months.
• A full-platform build (multi-module TMS + WMS + fleet + customer portal with ERP/CRM integration) ranges $250,000-$500,000+ and takes 6-12 months.

Major cost drivers include the number of user roles, integration count (ERP, carrier APIs, EDI, IoT sensors), real-time tracking volume, data architecture (warehouses vs lakes vs time-series), compliance scope (HIPAA, GDPR, ELD), and whether mobile apps are included. We provide a fixed cost estimate after a 1–2 week discovery phase - no surprises.

A custom logistics software project typically ships its first production version in 3-6 months and reaches full-platform maturity in 9-14 months.

• The Discovery and Business Analysis phase takes 2-4 weeks.
• UI/UX design and system architecture overlap with 4-6 weeks.
• Agile development sprints then run continuously, with the first usable MVP delivered around month 3.

Timeline drivers include the number of integrations (each ERP, WMS, or carrier API typically adds 2-4 weeks), whether mobile driver/warehouse apps are required, compliance certifications (SOC 2 or HIPAA add audit cycles), and team size - Saigon Technology can scale from 3 to 15 engineers per project to compress timelines.

Off-the-shelf logistics software (ShipStation, Onfleet, generic TMS SaaS) ships fast and is cheap to start, but enforces fixed workflows, charges per-user or per-shipment fees, and limits integrations to vendor-approved APIs. Custom logistics software development delivers a platform calibrated to your exact dispatch rules, warehouse zoning, cargo types, customer SLAs, and compliance scope - with full source-code ownership and no recurring license fees. Custom is the right call when standard tools force operational workarounds, when integrations with legacy ERPs or proprietary hardware aren't supported, or when scaling beyond 1,000 daily shipments makes per-shipment fees prohibitive. For startups validating product-market fit, off-the-shelf is often the correct first step before migrating to custom.

Saigon Technology's logistics software development team works across a broad modern stack:

• backend (Node.js, .NET, Python/Django, Java/Spring, Go, Ruby on Rails);
• frontend (React, Next.js, Angular, Vue);
• mobile (Swift, Kotlin, Flutter, React Native);
• databases (PostgreSQL, MongoDB, Redis, ClickHouse, TimescaleDB for telemetry);
• cloud (AWS, Azure, GCP) with Docker, Kubernetes, and Terraform;
• AI/ML (TensorFlow, PyTorch, OpenAI API, Google OR-Tools for routing);
• logistics integrations (REST/GraphQL/EDI X12/EDIFACT, MQTT for IoT, Salesforce, SAP, Oracle NetSuite, Mapbox, HERE Maps, Twilio, Stripe).

We select the stack based on your data volume, real-time tracking needs, integration requirements, and existing infrastructure - not on a fixed vendor template.

Yes. Saigon Technology delivers end-to-end logistics software development services across all major logistics system categories:

1. Transportation Management Systems (TMS) with dispatch automation, route optimization, and real-time tracking;
2. Warehouse Management Systems (WMS) with barcode/RFID inventory, picking and packing, and multi-location coordination;
3. Fleet Management software with GPS telematics, driver apps, maintenance scheduling, and fuel monitoring;
4. Supply Chain Management (SCM) platforms with demand forecasting, supplier portals, and end-to-end traceability;
5. Order Management Systems (OMS) handling cross-channel aggregation, returns, and fulfillment routing; and last-mile delivery, freight forwarding, and 3PL operator platforms.

Each system can be built standalone or as integrated modules of a single logistics platform.

Yes. Saigon Technology operates under ISO 27001 and ISO 9001 (certified by BSI, UK), with GDPR-aligned controls, strict NDAs, IP protection policies, role-based access, and encryption as standard. US clients retain full IP ownership of all deliverables. Our teams have served clients across the US, UK, EU, Australia, and Singapore for 14+ years, with 10–12 hours of daily working overlap for US East and West Coast teams, and a two-week risk-free trial to validate the engagement before you commit.

Yes. ERP integration is core to our logistics work, we've delivered SAP-integrated SCM portals (see Our Highlight Projects), Oracle and NetSuite connections across procurement and finance workflows, and carrier API/EDI integrations. Approaches include direct API integration, middleware/iPaaS, and event-driven data synchronization for real-time updates between your logistics platform and enterprise systems.

Saigon Technology operates under ISO 9001 and ISO 27001 certifications verified by BSI, with strict NDA enforcement, internal IP protection policies, and role-based access controls in every project. We build logistics platforms compliant with GDPR, HIPAA, SOC 2, PCI-DSS, the U.S. ELD Mandate, and regional data-residency rules (EU, UK, AU, SG). Security practices include end-to-end TLS encryption, AES-256 at-rest encryption, multi-factor authentication, X.509 certificate-based IoT device authentication, blockchain-based audit trails for shipping documentation, and continuous vulnerability scanning via SonarQube and automated dependency monitoring. Sensitive customer and shipment data is segregated, logged, and accessible only through least-privilege IAM roles - with full audit logs retained per compliance requirements.

Yes. Saigon Technology provides 24/7 post-launch support and maintenance under a Software Maintenance Agreement (SMA) tailored to your operations. Standard coverage includes bug fixes, security patches, third-party API changes (carrier APIs and ERP connectors update frequently), regulatory updates (ELD, GDPR, customs documentation rules), performance monitoring, and quarterly architecture reviews. Optional add-ons include feature roadmap execution, scaling support during peak shipping seasons, and integration of new logistics tools as they enter your stack. Critical-path operations such as dispatch and warehouse systems include defined SLAs with response and resolution targets. Maintenance pricing is transparent, fixed monthly retainer or per-incident, and reviewed annually against actual usage.