Your Logistics Operation Has Outgrown Your TMS. Let's Build the One It Deserves.

A focused MVP covering core TMS functionality — carrier management, basic rate management, dispatch, shipment tracking, and reporting — typically takes 14–18 weeks. A full-featured TMS platform with multi-modal support, complex rate logic, carrier EDI integrations, client portal, driver mobile app, and ERP integration runs 24–32 weeks depending on integration complexity and the number of concurrent development tracks. The most common cause of timeline extension in TMS projects is integration complexity that wasn't fully scoped upfront. Because we design integration architecture in Phase 02 before development begins, we catch those complexities early and price them into the delivery timeline — not discover them at week 20 when they're expensive to accommodate.

A TMS — Transportation Management System — is the category of software. Custom transport software means that TMS is built specifically for your operation rather than configured from an off-the-shelf platform. The distinction matters because off-the-shelf TMS platforms like Oracle TMS, SAP TMS, or MercuryGate are designed around common logistics patterns — they work well when your operation fits those patterns and create friction when it doesn't. Custom transport software is engineered around your specific carrier network, rate structures, dispatch workflows, compliance requirements, and integration landscape — with no ceiling on how closely the platform can match how your operation actually works.

The honest answer depends on three factors — workflow fit, cost over time, and competitive strategy. Off-the-shelf TMS platforms are the right choice when your freight operation is relatively standard, you need to go live quickly, and your workflows align with what the platform was designed to handle. Custom development makes more sense when your operation has unique rate logic, complex carrier relationships, multi-region compliance requirements, or integration needs that no available platform covers cleanly — or when your 3–5 year licensing cost on a commercial TMS exceeds the cost of a one-time custom build. We cover this decision in depth in our guide on logistics software strategy for modern freight businesses.

Yes — and multi-modal, cross-border TMS development is one of our core areas of experience. International freight introduces significant complexity that standard TMS platforms handle inconsistently — customs documentation workflows, incoterms management, multi-currency rate handling, cross-border compliance requirements, and carrier integrations across different regional standards. We build this complexity into the platform architecture from the start rather than attempting to retrofit international capability onto a domestically-designed system later.

Yes. ERP integration is a standard component of every TMS we build. Whether you're running SAP, Oracle, Microsoft Dynamics, MYOB, Xero, or a proprietary ERP, we design the integration architecture in Phase 02 of our process — before development begins — so the connection is built cleanly into the platform rather than bolted on as an afterthought. The integration covers the data flows your operation actually needs — shipment cost posting, carrier invoice reconciliation, purchase order matching, and financial reporting — documented and tested before go-live.

Yes. Carrier EDI connectivity — handling X12 and EDIFACT transaction sets for load tender, shipment status, carrier invoice, and proof of delivery workflows — is included in our TMS development scope where required. We document every required EDI integration in Phase 02 and build them in Phase 05 alongside other third-party connections. If your carrier network includes carriers that haven't implemented EDI, we can also build API-based or portal-based integration alternatives that achieve the same data exchange without requiring EDI capability on the carrier side.

Data migration from an existing TMS — whether that's a commercial platform or a legacy custom system — is handled in Phase 05 of our development process. We extract your historical shipment records, carrier data, rate tables, and client data, transform it to match the new platform's data model, validate it against your source data, and load it into the production environment before go-live. The critical step is validation — we don't consider a migration complete until your team has confirmed that the migrated data matches your source records accurately. We also maintain a parallel run period where both systems are operational so your team can verify data integrity before decommissioning the old platform.

Yes — multi-tenant TMS architecture for 3PL operations is something we build deliberately rather than retrofitting single-tenant platforms with client segregation. A properly built multi-tenant TMS keeps each client's data, rate structures, carrier relationships, and reporting completely isolated at the database level — not just at the application layer — while giving your operations team a unified view across all clients from a single platform. We also build client-specific branded portals, client-level user access controls, and client-specific reporting templates as part of the multi-tenant architecture.

Yes — driver mobile apps are included in most TMS builds we deliver. We develop cross-platform using React Native — a single codebase deployed to both iOS and Android — giving drivers job assignment notifications, navigation integration, proof of delivery capture, digital signature collection, document upload, and two-way communication with dispatch. The app is built with offline-first architecture so drivers in areas with poor connectivity don't lose functionality or data — updates queue locally and sync automatically when connection is restored, in line with our broader mobile app development services.

Performance at scale is an architecture decision, not a deployment decision. We design for your projected peak load during Phase 02 — concurrent users, daily shipment volumes, telematics data ingestion rates, and API call volumes — and engineer the infrastructure, database indexing, caching layer, and application architecture to handle that load before a single line of production code is written. For platforms expecting significant growth, we implement auto-scaling infrastructure on AWS or GCP so compute capacity expands automatically during peak periods without manual intervention or service degradation, leveraging our cloud migration and scaling expertise.

Because you own the codebase, post-launch development is entirely under your control. After the hypercare period, we transition to an ongoing development retainer covering new feature development, performance improvements, integration additions, and platform scaling as your operation grows. The engineers who built your TMS stay involved — you're not onboarding a new team to an unfamiliar codebase every time you want a new feature. We also conduct monthly platform reviews covering system performance, user feedback, and roadmap prioritisation so your TMS continues to evolve with your operation rather than becoming a static platform you outgrow in three years.

Yes — every TMS project starts with a free discovery session where we map your current workflows, identify integration requirements, assess build-vs-buy options honestly, and give you a realistic scope, timeline, and investment range specific to your operation. There's no obligation to proceed and no generic proposal — everything out of discovery is based on what you actually need, not a templated scope we apply to every enquiry. If discovery reveals that an off-the-shelf platform is genuinely the right fit for where your operation is today, we'll tell you that directly.