Understanding TMS Software: Key FAQs Explained

Effective shipping and distribution are essential for businesses looking to optimize their supply chain operations and deliver superior customer service. Transportation management system (TMS) has emerged as a vital tool for companies aiming to streamline logistics, reduce costs and improve overall efficiency. It offers functionalities companies can leverage for better visibility and control over their entire transportation processes.

Whether you’re looking to optimize route plans, increase visibility or simplify the delivery process, there is a TMS solution that is right for your needs. Let’s dive in as we answer common questions about TMS software.

Frequently Asked Questions About TMS Software

When considering TMS software, it's expected that you have questions that need to be addressed. Understanding the answers to some commonly asked questions will help ensure that you are implementing TMS that will address your business needs. Here are the answers to frequently asked questions about TMS.

1. What Is TMS Software?

TMS is software that allows you to better plan, organize and assess each stage of the transportation distribution cycle. By considering varied and changing distribution needs, it enables you to utilize your fleet, multiple carriers and modes seamlessly and efficiently. With TMS, you can also manage and optimize transport of goods using multiple modes such as road, rail, air and sea. It can help streamline the complex logistics operations involving multiple carriers and modes of transportation.

2. What Are the Key Benefits of TMS Software?

TMS offers numerous benefits that can significantly enhance the efficiency of your transportation and logistics operations. Here are the benefits you can achieve with TMS:

• Improved logistics and supply chain efficiency: Optimizing routes and loads, automating processes and standardizing workflows can help improve carrier management and provide you with valuable data insights. These improvements lead to cost savings, faster deliveries, better inventory management and enhanced customer satisfaction, making it an essential tool for modern logistics and supply chain operations.

• Enhanced visibility and tracking of shipments: You can enhance visibility and tracking of shipments by leveraging real-time monitoring technologies, automated status updates, geofencing, IoT integration, centralized dashboards, collaborative platforms, data analytics, mobile access and customer portals. These features ensure you have comprehensive and real-time shipment information, leading to improved operational efficiency, proactive issue management and enhanced customer satisfaction.

• Reduced transportation costs through optimized routing and carrier selection: You can reduce transportation costs through optimized route planning, load optimization and efficient carrier and mode selection. It identifies cost-saving opportunities through detailed cost analysis and freight auditing. These optimization strategies enable businesses to achieve significant cost savings and enhance overall transportation efficiency.

• Better compliance with regulatory requirements: TMS enhances regulatory compliance by automating documentation, staying up-to-date with regulations, integrating with electronic logging devices and ensuring proper handling of hazardous materials. In addition, TMS software can help with facilitating customs compliance, maintaining audit trails, managing carrier compliance, providing real-time monitoring and alerts, tracking training and certification and supporting environmental regulations.

3. What Are the Key Use Cases for TMS Software?

Use cases demonstrate the versatility of TMS in enhancing transportation operations, reducing costs, improving efficiency and ensuring compliance within supply chains. Here are some use cases for TMS software:

• Route and load optimization: TMS considers various factors like vehicle capacity, delivery window and food perishability when optimizing routes. It uses advanced algorithms to determine the most efficient routes, considering factors such as distance, traffic and delivery windows. This helps reduce fuel consumption, travel time and overall transportation costs.

• Freight payment and auditing: Automating these processes with TMS software can ensure accuracy in billing and helps identify discrepancies or overcharges, leading to cost savings. TMS software helps prevent human error and discrepancies, such as incorrect freight charges or miskeying shipment details into the system.

• Carrier performance management: This allows you to select the best carriers based on criteria such as cost, performance and capacity. TMS facilitates carrier contract management, ensuring you get the most favorable terms.

• Real-time tracking and visibility: TMS provides real-time visibility of deliveries using integrated route execution and GPS tracking. Real-time tracking of shipments allows visibility into the location and status of goods throughout the transportation process. With this functionality, you can monitor progress, anticipate delays and take corrective actions promptly.

4. What Features Does TMS Software Offer?

TMS offers features designed to streamline logistics and transportation operations. One of the top features of TMS is its scalability as it can adapt to your growing business needs. TMS can seamlessly integrate with other systems such as enterprise resource planning (ERP) software, warehouse management system (WMS) and customer relationship management (CRM). In addition, it offers support for data exchange with external partners and carriers through electronic data interchange (EDI) and application programming interface (API).

Here are the key features of TMS:

• Shipment execution: The system lets you automate shipment planning processes and execution, from order creation to delivery. It manages load planning, scheduling and dispatching, ensuring your shipments are handled efficiently and are on time.

• Regulatory compliance process automation: TMS can help ensure compliance with various transportation regulations and standards, including hours of service (HoS), handling of hazardous materials and customs documentation. It automates the documentation process thereby reducing the risk of non-compliance and penalties.

• Performance analysis and reporting: TMS software provides detailed analytics and reporting on transportation performance, including metrics such as on-time delivery rates, carrier performance and cost per shipment. These insights enable continuous improvement and strategic decision-making.

• Customer portal and automated communications: TMS provides a portal for customers to track shipments, view delivery status and manage their orders. The software sends automated notifications regarding order status, delivery schedules or possible delays.

5. Why Is It Important to Have Industry-Specific TMS?

Each industry has unique logistics requirements and challenges. That’s why there is no such thing as a “one size fits all” solution. With industry-specific TMS, you get the features designed for your operations. For example, food and beverage organizations may require temperature-controlled tracking, while retailers may need TMS to help them manage complex logistic requirements associated with omnichannel fulfillment, ensuring that orders from various channels are processed efficiently.

In addition, TMS can adapt to changing industry needs, meaning it will remain relevant and useful over time. Industry-specific TMS software is more scalable and flexible so that it can easily adapt to changing market demands. It is built from the ground up to solve your industry problems without requiring costly customizations.

6. What Are the Challenges and Risks of Implementing TMS?

Implementing TMS can bring numerous benefits, but it also comes with challenges and possible risks. Here are some of the main obstacles, and solutions on how to overcome them.

• Complex implementation process

  • Challenge: Implementing TMS requires significant planning and coordination. The software will impact multiple departments with different needs and priorities, which will need to be considered, and often involves reengineering existing processes and workflows.

  • Solution: Work with your vendor to establish a comprehensive and realistic implementation plan. You’ll need to identify and properly allocate internal resources based on this plan and maintain close coordination with your vendor throughout the implementation process to ensure that any issues are quickly addressed. Remember that plans should be a little fluid and may need to be adjusted as the implementation progresses and dates shift. Organize joint planning sessions between your internal team and vendor to align goals, timelines and deliverables. This ensures that both parties are working towards the same objectives.

• Resistance to change

  • Challenge: Employees may resist adopting new technology, especially if they are accustomed to existing systems and processes.

  • Solution: Adequate training must be provided to ensure employees are comfortable and proficient with the new system. Ensure that key influencers are involved in the implementation process to help establish ‘champions’ for the solution within key departments.

• Data migration issues

  • Challenge: Migrating data from legacy systems to a new TMS can lead to errors or data loss if not done carefully.

  • Solution: Work with your vendor to create a comprehensive data migration strategy. This should cover the entire migration process, including pre-migration mapping and identification and post-migration validation.

• Integration challenges

  • Challenge: Integrating TMS with the other software systems your business uses, such as ERP, WMS and CRM, can be complex and may require custom development.

  • Solution: Ensuring seamless data flow between systems is possible and crucial for success, so look for a solution that can easily integrate with your current technology stack.

• Security risks

  • Challenge: Protecting sensitive transportation and customer data from breaches is critical. It can also be challenging to ensure that the software complies with data protection regulations.

  • Solution: Consider using cloud-based TMS software for enhanced cybersecurity to reduce the risk of a ransomware attack. Implement strong encryption protocols to ensure data protection during transit and that sensitive data at rest is also encrypted. Work closely with your vendor to receive timely updates and patches for the TMS software.

7. When Is the Time to Start Utilizing TMS?

Knowing the right time to start utilizing a TMS is crucial for maximizing its benefits. Here are some indicators that it might be the right time to implement a TMS:

• There is rapid business growth and pressure from the competition.

• Rising transportation costs are impacting your business.

• Slow productivity due to operational inefficiencies.

• Unable to meet regulatory standards and reporting.

• Customer demand is steadily increasing.

• Data management challenges are happening every day.

8. What Does the TMS Selection and Implementation Process Look Like?

Selecting and implementing TMS involves critical steps to ensure that the chosen solution meets your needs and integrates smoothly into existing operations. Here’s an overview of the typical TMS selection and implementation process:

1. Needs assessment and requirements gathering: Determine what you want to achieve with a TMS. Gather input from key stakeholders to define specific requirements.

2. Market research and vendor evaluation: Identify potential vendors by researching their offerings, reputation and market presence. Submit requests for proposals (RFPs) to shortlisted vendors to gather more details about their solutions. It is essential that the vendor understands your needs, goals and timeline and can fully meet them.

3. Product demos and proof of concept: Arrange demonstrations of the shortlisted solutions to see their features and functionalities in action. Conduct a proof of concept (PoC) to test the TMS in a real-world situation. Ensure that it meets your requirements and integrates with your existing system.

4. Vendor selection: Compare the vendors by evaluating the results of demos and PoC, considering factors like usability, customization capabilities and vendor support. Next, negotiate contract terms including pricing, implementation timeline, support and service level agreements (SLAs).

5. Project planning: Create a detailed project plan outlining the implementation phases, timelines, milestones and responsibilities. Form a project team that includes internal stakeholders and vendor representatives.

6. Data migration: Cleanse and prepare the data from the legacy system to the new TMS. Ensure accuracy and completeness of the data being transferred. Verify the accuracy of the migrated data through rigorous testing and validation.

7. Integration: Connect the TMS with other enterprise systems like ERP, WMS, CRM and carrier systems. Thoroughly test the system to ensure seamless data flow.

8. Training and change management: Implementing TMS can be a rigorous process. Work with your provider to help train your team and provide ongoing support for success.

9. Testing and quality assurance: Conduct end-to-end testing of the TMS to ensure that all functionalities work as expected. Involve the end-users in a User Acceptance Testing (UAT) to validate system performance in real-world scenarios. Identify and resolve any issues discovered during testing.

10. Go Live: The TMS software is officially launched and operational. This involves a transition from testing and preparation to full-scale operation. Just after launch, ensure that all components are functioning correctly by checking workflows, software and data connections.

11. Post-implementation review and optimization: Assess the performance of the TMS against predefined goals and KPIs. Gather feedback to identify areas for improvement and implement necessary adjustments and optimizations to enhance effectiveness.

By following these steps and working in tandem with your TMS provider, you can look forward to a successful implementation of TMS, leading to improved transportation operations and achieving strategic goals.

9. What Are the Best Practices for Implementing TMS?

Implementing a TMS successfully requires careful planning and execution. Here are some best practices to ensure a successful TMS implementation:

1. Align objectives with business strategy: Ensure that your TMS objectives align with the overall business strategy. Understand both the short-term and long-term goals for the initiative and identify key stakeholders.

2. Engage with leadership: Speak with senior leaders and key stakeholders to gain an insight into their vision and expectations. Ensure that there is a clear understanding of what the leadership expects from your initiative.

3. Communicate objectives: Keep the entire team in the loop to ensure that they understand the TMS implementation. Provide stakeholders with regular updates about the status of the project. You should also ensure that employees are engaged with the software. They should participate in training sessions to fully understand what the software is, why it is being implemented and how it will affect their daily tasks. In the early stage of implementation, users should be actively involved and asked to give their feedback to help improve the system. This will help your employees feel more invested in the software and its adoption.

4. Allocate resources: Determine the budget, personnel and technology needed for the TMS implementation. Ensure that the plan is communicated across all departments involved, such as logistics, IT and finance, to provide clear guidelines and responsibilities for the project.

5. Monitor and adjust: Regularly monitor the performance of the TMS software against the set objectives and overall business goals. As your business conditions and priorities may change, be prepared to adjust your objectives or modify processes.

6. Leverage vendor expertise: Ensure that the vendor has a deep understanding of the industry and knowledge of best practices and proven methodologies on TMS implementation. They should be able to help guide you on the process and provide recommendations to ensure continuous improvements. Experienced vendors can offer tailored solutions that are aligned with your industry and business needs.

TMS Success Stories

TMS has become an essential tool for companies seeking to enhance their supply chain operations, reduce costs and improve customer satisfaction. These success stories explore how a couple of businesses have leveraged TMS to achieve business growth and operational excellence.

1. Wren’s Kitchens

With a fleet of more than 250 trucks and more than 3,000 kitchen deliveries a week, Wren Kitchens is a leading provider of high-quality kitchens. Its commitment to delivering outstanding products and service made it one of the trusted and recognizable brands within the industry.

The Challenge

The company was using manual delivery planning processes. The tools it was using, like Google Maps and spreadsheets, became inadequate to meet its growing needs. The solution was not scalable and could not support their desire to give the best customer service possible. Wren Kitchens needed a solution that could also provide them with real-time visibility and tracking to effectively manage its delivery operations.

The Solution

Wren Kitchens required a comprehensive TMS. The company recognized the potential benefits a TMS solution could drive and implemented Aptean’s TMS to provide complete visibility and control over its transport operations with four purpose-built software platforms.

• Routing & Scheduling software allows the company to flexibly manage its resource capacity, including its vehicles and drivers. It considered production changes, customer delivery requirements and driver hours to produce smooth route plans. Order pinning allowed the company to allocate routes over a longer time to maximize the lead time. Meanwhile, dynamic planning allowed them to maintain a consistent manufacturing quantity to avoid peaks and troughs in the week’s production.

• Home Delivery and Proof of Delivery solutions provides greater transparency and insight into operations. Armed with real-time delivery performance data, the operations team was able to identify areas where training and improvement was needed. The platform also empowered them to optimize resource utilization, decrease employee overtime and ensure that worker hours are met.

• Route Execution technology offers benefits for drivers as it frees them from the hassle of manual paperwork. Within the mobile app, drivers can note exceptions, review customer specifications and capture delivery signatures. It provides them with updates on customer notifications to ensure timely communication and enhanced visibility for improved customer satisfaction.

The Results

Upon implementation of the TMS software, Wren’s Kitchen experienced a significant transformation in its operations. It was able to reduce mileage by up to 15% resulting in considerable operational cost savings. In addition, the implementation has led to a reduction in carbon emission and improved customer delivery lead time by up to 60%. With Aptean TMS, they were able to maximize vehicle fill from 92% to 94% and were able to save over 360,000 kilograms of CO2 in the first year of implementation.

2. Success story: Marigolds & Onions

Marigolds & Onions is one of the principal catering and event planning businesses in Toronto serving corporate, social and major sporting events across the city. On a typical day, a fleet of 10 vans deliver freshly prepared food and beverages to customers requiring a 15-minute delivery window. They sought a solution that would not only generate feasible and efficient routes but also ensure that all contracted delivery times were met.

The Challenge

While timely delivery of fresh and unique food is critical to the service ethos of Marigolds & Onions, the outdated processes they had in place were causing a number of operational challenges:

• Manual and complex planning processes

• Limited visibility and control of transportation operation

• Operating tight delivery schedules to meet customer expectations

The Solution

Although the manual planning process worked at first, the growing demand for its catering services meant that the company needed an automatic planning solution to help it continue to deliver a truly outstanding customer experience, every time. Marigolds & Onions chose Aptean’s Routing & Scheduling software , including the Street Level Mapping module.

The Results

In less than 6 months after implementing the routing & scheduling software, Marigolds & Onions benefited from reduced operating costs, a simplified planning process and improved visibility of all deliveries and collections.

• Reduced fuel usage by 7% – 9%, resulting in savings of $3k - $5k a month

• Increased visibility of accurate delivery and collection status

• Simplified planning time

• Reduced delivery labor by 20%, saving $15k per month

Ease Through Industry Traffic with Aptean TMS

When the life of your logistics business is at stake, finding the right TMS is imperative. In a highly competitive and complex industry, finding success with your logistics business can be challenging. Choosing Aptean TMS can help make things less daunting. Whether it’s optimizing your route plans, increasing visibility, streamlining operations or simplifying the delivery process, Aptean TMS is the right solution for your business.

Are you ready to revolutionize your transportation and logistics operation? Explore how TMS software can streamline your processes, cut costs and improve efficiency. Download our ebook, A Beginner’s Guide To Selecting The Right TMS Solution or check out our TMS product page to learn more about our solutions.