Transportation operations these days require more than route planning — companies are getting more aware of operational constraints changing at any moment, and the best way to tackle these is through coordination. We build custom transportation management software that helps businesses plan, execute, and monitor shipments in real time — and for SME logistics teams, these systems can evolve into scalable operational backbone.
When transportation execution data is split between dispatch systems, carrier portals, and messages (as it often is), it is difficult to keep a consistent picture of what’s actually happening in transit.
Without a unified TMS layer, planning, scheduling, and dispatch decisions have to be made separately, with manual adjustments in real time. Then the stakeholders involved in delivery execution have to somehow function based on assumptions.
Vehicles, drivers, and third-party carriers are often underutilized due to limited visibility into availability, constraints, and demand fluctuations. This, in turn, leads to preventable cost increases and inconsistent efficiency.
Delays, reroutes, cancellations, and last-minute changes are common in transportation, but many systems treat them as nothing but edge cases. Without structured exception workflows, teams have to rely on manual coordination and reactive decision-making.
Transportation operations rarely exist in isolation, yet many setups fail to properly synchronize with ERP, WMS, accounting, or external carrier systems. This results in duplicated work and inconsistent operational data.
Without a dedicated system layer, transportation processes rely on delayed updates or fragmented status checks. This reduces the ability to respond quickly to disruptions or optimize execution while it is still in progress.
When transportation execution data is split between dispatch systems, carrier portals, and messages (as it often is), it is difficult to keep a consistent picture of what’s actually happening in transit.
Without a unified TMS layer, planning, scheduling, and dispatch decisions have to be made separately, with manual adjustments in real time. Then the stakeholders involved in delivery execution have to somehow function based on assumptions.
Vehicles, drivers, and third-party carriers are often underutilized due to limited visibility into availability, constraints, and demand fluctuations. This, in turn, leads to preventable cost increases and inconsistent efficiency.
Delays, reroutes, cancellations, and last-minute changes are common in transportation, but many systems treat them as nothing but edge cases. Without structured exception workflows, teams have to rely on manual coordination and reactive decision-making.
Transportation operations rarely exist in isolation, yet many setups fail to properly synchronize with ERP, WMS, accounting, or external carrier systems. This results in duplicated work and inconsistent operational data.
Without a dedicated system layer, transportation processes rely on delayed updates or fragmented status checks. This reduces the ability to respond quickly to disruptions or optimize execution while it is still in progress.
reduction in dispatch-to-execution latency (automated assignment)
improvement in fleet and carrier utilization
fewer manual updates and status checks
faster resolution of transportation exceptions
A broader treatment of connected logistics operations — from warehouse to transportation, supply chain visibility, system integration, and everything in between
Warehouse-focused systems for inventory control, order fulfillment, and internal workflows, often acting as execution nodes within larger supply chains
We design and extend TMS software differently based on operational maturity, existing infrastructure, and integration needs — from full custom builds to incremental modernization.
~30-50%
faster dispatch-to-execution cycle
We design full-scale transportation management systems tailored to specific operational models: multi-carrier logistics, internal fleet management, hybrid delivery networks, etc. We emphasize understanding the underlying realities to reflect real dispatch logic, planning constraints, and execution flows rather than forcing standardized workflows. The result is a perfectly fitting system with enough flexibility to prevent lock-in.
Build the right product from the start.
Many organizations already operate ERP, WMS, carrier platforms, or accounting systems that partially handle various aspects of transportation logic. We connect these components into a unified flow, ensuring that transportation data moves consistently across all systems without duplication or delays. This can sometimes be a viable strategy of developing transportation management capabilities without overarching monolith systems.
Build the right product from the start.
Existing TMS implementations that have grown over time are a double-edged sword: on the one hand, they reflect the company’s operational traditions and know-hows, but on the other, they often become fragmented due to patches, extensions, or outdated architecture. We modernize these systems incrementally to improve performance, scalability, and usability without disrupting ongoing work.
Build the right product from the start.
To help companies balance capacity, routes, and constraints, we build optimization layers that improve allocation decisions using rules-based logic and AI-assisted models where needed. Such solutions can support carrier selection, load consolidation, driver and vehicle utilization decisions, and proactive planning, so that transportation teams can reduce avoidable costs without sacrificing service levels.
Build the right product from the start.
When monitoring and control are the prerequisite to improving everything else, we help build systems that bring together location data, shipment statuses, carrier updates, proof-of delivery information, and alerts into a unified control layer. In this way, teams can understand the impact of disruptions on downstream activities and coordinate corrective actions more easily in time.
Build the right product from the start.
Multi-carrier transportation operations
Companies that combine multiple carriers, partners, or delivery models often find basic shipment tracking is no longer enough — but advanced functionality is often tailored to different operational models. A custom TMS helps coordinate carrier selection, allocation of resources, rates, and workflows while keeping decisions aligned across partners.
Companies scaling delivery networks
As transportation grows from a few familiar routes into a larger network, at some point, manual planning and local knowledge cease to be maintainable. Tailored TMS solutions can take the aggregated best practices and make them into standardized rules for routing, dispatching, etc. — while leaving room for new situations.
Businesses with complex delivery constraints
Some transportation flows depend on details that standard systems often handle poorly: time windows, special handling requirements, temperature-sensitive goods, priority deliveries, or changing customer commitments. Custom TMS allows these constraints to become part of everyday planning instead of manual exceptions.
Operations built around existing digital ecosystems
Organizations that already use ERP, WMS, CRM, accounting, or carrier platforms often gain the most value by adding a transportation layer that connects existing tools. A TMS can become the execution backbone that synchronizes planning, movement, and data without forcing a complete system replacement.
Aligning planned routes, schedules, assignments, etc. with real conditions instead of relying on manual adjustments.
Better load utilization, route decisions, and carrier management help reduce unnecessary resource waste.
Delays and unexpected events are visible earlier, so teams can react before they impact CX.
Internal and external teams or partners work with shared information and stay within the same context.
Transportation teams and stakeholders can track progress through unified views.
Automated documentation and reporting reduce the amount of repetitive daily tasks.
With structured workflows and data-driven decisions, service levels are easier to stabilize to fixed benchmarks.
A well-designed TMS can support growing shipment volumes, new locations, additional carriers, and growing complexity.
Lionwood is a team of digital experts who combine strong engineering expertise with a human-centered approach focused on transparency, trust, and real user needs to build innovative and impactful software. We help clients modernize operations and grow sustainably by creating clear, maintainable, and adaptable software solutions.
See how we helped our clients increase revenue, reduce costs, and accelerate time to market.
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A custom transportation management platform that connected carriers, dispatchers, orders, documents, and real-time data into one configurable environment.
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What is your project about? Share a few details and we’ll respond with practical next steps and a realistic view of scope and approach.
Fill the formA custom TMS can handle a wide range of shipping workflows, including domestic and international operations, multi-mode transport (road, rail, air, sea), and both B2B and B2C outbound logistics flows. It can also support complex inbound logistics processes such as supplier deliveries, warehouse replenishment, and cross-docking scenarios.
