API for TMS. What solutions are worth implementing?

Companies that want to truly save and increase their efficiency are moving away from manual processes in favor of automation. System integrations via API are becoming the standard — they allow specialized tools to be connected, eliminating errors and resulting in tangible savings.

Types of systems that can be implemented into a TMS system

Modern transport management systems (TMS) are powerful platforms, but their true potential often only becomes apparent when integrated with other tools. There are many solutions on the market offering APIs, each providing its own unique value. It’s important to understand that it’s not about choosing the one “best” system, but about building an ecosystem that is perfectly tailored to your company’s needs.

ERP Systems (Enterprise Resource Planning)
Integration with the ERP system enables a seamless flow of data regarding orders, invoices, and warehouse stock levels. As a result, the TMS can automatically process transport orders, issue waybills, and update financial data in real time. Such integration increases data consistency and streamlines the management of the entire company.
Warehouse Management Systems (WMS)
Integration with the WMS system ensures better synchronization of logistics operations, from the moment goods are received to their release for transport. The TMS receives precise information about the readiness of loads, their location, and specifics, which enables faster and more accurate transport planning. This eliminates errors and delays, optimizing warehousing and shipping processes.
Systems for loading planning and space optimization
Integration with loading optimization systems enables planning the arrangement of goods on the semi-trailer in the most efficient way. An example is the Goodloading planner. After receiving data about the loads, the TMS forwards it to Goodloading, which calculates the optimal loading plan. This allows for maximum utilization of loading space and reduced transport costs.
Telematics and vehicle monitoring systems
Integration with telematics systems provides the TMS with real-time information about vehicle location, speed, fuel consumption, and driver behavior. This data is crucial for monitoring delivery progress, estimating the estimated time of arrival (ETA), and optimizing routes in real-time. As a result, fleet managers can quickly respond to unexpected events and increase transport efficiency.
Freight exchanges
Integration with freight exchanges, such as the Trans.eu platform, enables automatic searching for available loads or vehicles. The TMS can send requests for quotation directly to the exchange, which significantly speeds up the process of acquiring subcontractors or finding orders. This solution helps reduce empty runs and increase profitability.
Platforms for customs clearance processes
Integration with customs platforms enables automation of processes related to the transport of goods across borders. The TMS can directly transmit the necessary documents and data, which shortens customs clearance times and minimizes the risk of errors. This streamlines international transport and ensures compliance with regulations.
Electronic Document Management Systems (DMS)
Integration with DMS makes it easier to collect, store, and share all transport documents in digital form. TMS can automatically generate, archive, and assign documents to the appropriate orders. This streamlines information flow and makes it easier to access the necessary data.
Route optimization systems
Integration with route optimization systems enables automatic determination of the most efficient delivery paths. The TMS provides data on loading and unloading points, and the system calculates optimal routes, taking into account various factors, such as traffic intensity or road restrictions. This shortens delivery times and reduces fuel costs.
Courier platforms
Integration with courier platforms streamlines the process of sending parcel shipments. The TMS can automatically transfer parcel data to the selected carrier, generate labels, and track delivery statuses. This makes parcel handling easier and provides customers with up-to-date information on the status of their orders.
E-commerce and marketplace systems
Integration with e-commerce systems enables the automatic retrieval of orders from online stores and marketplaces. The TMS instantly processes this data into transport orders, eliminating manual data entry. This solution is crucial for companies looking to scale their business and efficiently handle a large volume of orders.

Goodloading: API for TMS to optimize loading

Maximizing the full loading space of a vehicle is one of the fastest ways to reduce transport costs. The Goodloading API was created to address not only this challenge, but also many others faced by companies in the transport industry.

The main goal of the API is to automate processes and maximize the use of cargo space in a vehicle or container. With integration to a TMS, Goodloading operates in the background, performing advanced calculations. The process is simple: once the TMS receives cargo data, it sends them to Goodloading, which automatically returns the optimal loading plan.

Key features of the Goodloading API:

Recommendation of space and 3D visualization: The API not only indicates how to arrange the load, but also provides a detailed, three-dimensional visualization with editing capabilities. Operators can precisely see where to place each load, which above all speeds up the entire process, but also minimizes the risk of errors.
Optimization for various scenarios: The API takes into account transport specifics, such as loading and unloading points along the route or special requirements regarding load placement.
Ease of implementation and flexibility: Unlike complicated and expensive systems, Goodloading API is distinguished by its ease of implementation and attractive price. This allows companies to quickly gain access to advanced features and achieve a rapid return on investment.