TRACK & TRACE FAQ AND DEFINITIONS

Track & Trace (T&T) is not only essential for maintaining the integrity of products throughout their lifecycle but also for combating the widespread issue of counterfeiting. By enhancing supply chain transparency, businesses can achieve better operational effi ciency. Moreover, adhering to regulatory compliance ensures a brand's standing in the market. Consumer trust is further solidifi ed when they are assured that the
products they purchase have been tracked and can be traced back to their legitimate origin.

It's essential for businesses considering a track and trace project to carefully assess their needs, consult with experts in the field, and evaluate available options to determine the most suitable approach for their specific use case.
Setting up Track & Trace isn’t just about tweaking your IT. It’s a whole project that touches different parts of your business.
Sure, you’ll need some tech upgrades. This might mean new software to handle data better and maybe some hardware, depending on what your company already has. But that’s not all.
You also have to think about your day-to-day operations. How will things change in receiving, production, or shipping? Are there new rules to follow? Who’s going to manage all these changes?
And don’t forget, this kind of project doesn’t happen overnight. You’ll need a solid plan. Talk to experts, know what you really need, and understand what changes are coming. That way, you can pick the best tools and approaches for your business, making the whole Track & Trace journey smoother and more effective.

The responsibility of T&T often begins with manufacturers or importers as they initiate product serialization either to comply new regulations or implement new business requirements. However, the responsibility doesn't end there. Third- party logistics providers (3PLs), distributors, and even retailers play pivotal roles in maintaining this traceability. Their collective efforts ensure a seamless and end- to- end traceability matrix that benefits everyone in the supply chain.

In the context of implementing Serialization and Track and Trace in a company, a "solution" refers to the comprehensive set of technologies, processes, and strategies put in place to achieve the traceability objectives effectively. It involves integrating various components to ensure that products can be uniquely identified, tracked, and traced throughout the supply chain, from manufacturing to the end-user.

The solution may include the following components:
Hardware: This includes the physical devices like printers, scanners, and cameras used to generate and capture serialization data.
Software: Specialized software systems are employed to manage serialization data, product information, and track and trace records. This software may integrate with existing enterprise resource planning (ERP) systems and databases.
Data Management: Solutions require robust data management capabilities to ensure the accuracy, security, and accessibility of serialization and tracking data.
Communication Infrastructure: To facilitate real-time data exchange, a reliable communication infrastructure, such as cloud-based platforms or secure networks, may be implemented.
Regulatory Compliance: The solution should comply with relevant regulations and standards set by the industry or specific countries, ensuring that the serialization and track and trace process meets legal requirements.
Data Analytics: Analyzing the collected data can provide valuable insights into supply chain efficiency, product authenticity, and potential areas for improvement
Training and Support: Employees need to be trained in using the system effectively, and ongoing support should be available to address any issues or updates.
A well-implemented serialization and track and trace solution can help companies enhance product security, combat counterfeiting, improve inventory management, and comply with regulatory mandates in the pharmaceutical, food, tobacco and many other industries.

In Track and Trace, the concept of Levels 1-5, as introduced by international standard ISO/IEC 20242, describes a structured hierarchy of technology and processes used for tracking products:
Level 1: Focuses on individual equipment on production lines, such as serialization and packaging machines, ensuring each product gets a unique identifier.
Level 2: Involves the control and coordination of multiple devices on a single production line, ensuring seamless operations.
Level 3: Manages multiple production lines within a facility using specialized software. This software oversees the entire serialization process and controls the assignment and validation of unique serial numbers to products.
Level 4: Deals with integrating all internal systems. It orchestrates all operations with unique serial numbers, acting as a code repository. This level ensures seamless data flow between the production floor and corporate systems.
Level 5: Represents the highest integration level, where data from all facilities is collected and reported. At this level, organizations interact with external systems, such as those of regulators, ensuring compliance by reporting traceability data.
Together, these levels provide a comprehensive framework for ensuring products are accurately tracked from production to consumption.

Deciding between SaaS and On-Premises software for Track and Trace hinges on several considerations, including your organization's budget, security priorities, and scalability demands. Here's how they differ:

• Hosting and Maintenance: On-Premises software resides on servers within your premises, maintained by your IT staff. In contrast, SaaS is hosted on external cloud servers and upheld by the service provider.
• Responsibility and Cost: The SaaS approach shifts the burden of maintenance and upgrades to the provider, typically under a predictable subscription pricing model. Conversely, On-Premises setups not only involve substantial initial capital expenditure (CapEx) for licenses and infrastructure but also ongoing operational expenses (OpEx) for system maintenance, hardware upgrades, and dedicated personnel. This often requires a significant investment in skilled in-house resources to manage and maintain the system effectively.
• Security and Control: While SaaS offerings include robust security measures, encryption, and compliance protocols, organizations with highly specific or stringent data control requirements might prefer On-Premises solutions. The latter allows for direct oversight of the security infrastructure, tailored to an organization's unique specifications.
• Scalability: SaaS stands out for its scalability, with the flexibility to adapt to changing data volumes or security requirements with ease. On-Premises systems are more resource-intensive to scale, necessitating additional hardware and capacity planning for expansions or reductions.

The choice requires balancing immediate and long-term expenditures, internal resource availability, and specific organisational requirements in security and scalability. Understanding these key points can guide you toward the right decision for your Track and Trace implementation strategy.

Here are two examples.

Kvinta:
Kvinta is a SaaS solution tailored for multiple industries globally, focusing on serialization and track and trace processes. As a cloud-based platform, it offers continuous updates and broad access. Companies dealing with regulations, counterfeiting issues, or undergoing supply chain digitization can utilize Kvinta. Regardless of whether a company is involved in production, distribution, sales, or a combination of these, Kvinta delivers a broad industry solution.

SAP ATTP (Advanced Track and Trace for Pharmaceuticals):
Customized for businesses operating on the SAP ecosystem, this on- premise solution is especially suited for the pharmaceutical industry, supporting comprehensive serialization. Originally designed for the pharmaceutical sector's highest standards, SAP ATTP has evolved to cater to a broader range of businesses. 3Keys GmbH has amassed extensive experience in delivering such projects.

Hardware solutions for track and trace typically involve physical devices and equipment that aid in the process of identifying, capturing, and recording data related to product movement and traceability. Here are some examples of hardware solutions used for track and trace:

Printers: These devices are used to create labels with DataMatrix or barcodes that carry unique product identification information directly on the consumer package. They are essential for marking individual items, cartons, or pallets with scannable codes.

Scanners: fixed or handheld scanners are used to read the codes on products or packages, enabling quick and accurate data capture and recording during various stages of the supply chain from verification, quality control and rejection on production line to warehouse operations and retail sale.

Aggregation stations and complexes: for manufactures where products are bundled into larger units, such as cartons or cases, the process of aggregation is usually automated and separate equipment is used for this purpose. In the context of Track & Trace unique serial numbers of individual product units are aggregated and linked to the serial numbers of the larger packaging units. This aggregation data is crucial for traceability at different packaging levels.

In some cases, existing equipment used for printing and scanning can be upgraded to support DataMatrix. However the requirements for traceability based on DataMatrix codes are significantly higher and require adaptation of the manufacturing processes. Therefore, the ability to use existing equipment depends on its capabilities and compatibility with the specific demands of track and trace systems.

Depending on the quantity of serialized products, a track and trace system may have to process billions of operations with unique serial numbers within a short period of time. In such challenging scenarios, a significant increase in infrastructure may be necessary.

The difficulty of implementing a track and trace system can significantly vary depending on a range of factors, including the project scale, industry, regulation complexity, existing company infrastructure, business-processes of the or organization.

Here are some factors that can influence the difficulty of implementing a track and trace system:

1. Project Scope: The larger the scale and complexity of the project, the more challenging its implementation can be. Implementing track and trace for a small, localized operation might be relatively straightforward compared to implementing it for a global supply chain involving multiple stakeholders.
2. Data Collection and Integration: Gathering accurate and relevant data for tracking purposes can be a challenge, especially if the necessary systems and processes are not already in place. Integrating data from different sources or legacy systems can also add complexity to the implementation.
3. Technology Integration: Integrating new tracking technologies with existing infrastructure and software systems can be technically challenging. It may require adjustments to hardware, software interfaces, and data formats to ensure smooth communication and data flow between different components.
4. Change Management: Implementing a track and trace system often involves changes to existing processes, workflows, and employee responsibilities. Managing these changes and ensuring proper training and adoption can be a significant challenge, especially in large organizations.
5. Compliance and Regulations: Depending on the industry and the nature of the data being collected, there may be specific regulations and compliance requirements to consider. Ensuring that the track and trace system meets these requirements can add complexity to the implementation.
6. Data Security and Privacy: Track and trace systems involve collecting and managing sensitive data. Implementing robust data security measures and ensuring compliance with privacy regulations can be challenging but essential to protect the integrity and privacy of the tracked information.

While implementing a track and trace system can be challenging, it is not insurmountable. It often requires careful planning, collaboration with relevant stakeholders, and expertise in the specific domain. Engaging with experienced consultants or technology providers who specialize in track and trace solutions can help streamline the implementation process and mitigate potential difficulties.

From our experience a project of this nature starting from scratch usually takes 4-8 months and depends on manufacturing/distribution business landscape.
Setting up serialization and traceability from scratch can take 2-12 months (typically about 6 months), depending on your business landscape. However, for larger global manufacturers with widespread operations and complex supply chains, these projects can extend beyond the initial estimate.
The increased scale often means navigating diverse regulations and synchronizing multiple production sites, potentially lengthening the timeline. It's essential to consider these factors and consult with experts to set realistic expectations for the rollout of such comprehensive systems.

The cost of implementing a Track & Trace project can vary significantly based on numerous factors, making it difficult to provide a universal price.
1. Scope & Scale: The breadth of the project, including the number of products, facilities, countries involved, and the depth of traceability required, will heavily influence costs. A global implementation across several facilities will undoubtedly be more expensive than a single-site, local implementation.
3. Software Solutions: Proprietary software solutions with annual licensing fees are typically more expensive than open-source alternatives. Additionally, fully customized solutions will cost more than off-the-shelf software. Opting for out-of-the-box software solutions might seem economical initially, but customization for specific business needs is often inevitable. These customizations, essential for the system to effectively align with business processes, require substantial investment not only during the initial setup but also for ongoing updates and maintenance. The system must evolve with changing business strategies, market conditions, and regulatory updates, all of which contribute to recurrent costs.

4. Integration: Integrating the Track & Trace system with existing ERP, WMS, and other enterprise systems can drive additional implementation costs, especially if significant custom coding or middleware is required, but can also save resources and reduce errors in the long run.
5. Hardware Requirements: This includes the cost of scanners, printers, RFID tags, sensors, and other necessary equipment.
6. Training & Change Management: Training staff on the new system, as well as any expenses associated with change management efforts, will add to the costs.
7. Regulatory Compliance: Ensuring the system meets all local, national, and international regulations can entail additional expenses, especially if third-party audits or certifications are required.
8. Vendor Costs: Fees charged by third-party vendors for their services, be it software, hardware, consultation, or support, will factor into the total cost.
9. Ongoing Maintenance & Support: The cost of maintaining the system, updating software, replacing hardware, and accessing vendor support can contribute significant expenses over the system's lifecycle.
10. Project Management: Employing dedicated project managers or consultants to oversee the implementation might be a worthy investment but is an added expense.
11. Contingency Budget: It's wise to allocate a portion of the budget for unexpected expenses, scope changes, or unforeseen challenges.

1. Detailed requirements gathering: Start by outlining the exact needs, objectives, and scope of the Track & Trace project. This helps in getting accurate quotations from vendors.
2. Request proposals: Engage multiple vendors, both for software and hardware, to provide detailed proposals and quotations. This also gives you a chance to negotiate prices.
3. Consider TCO (Total Cost of Ownership): Don't just consider initial setup costs; factor in the ongoing costs over the expected lifespan of the system.
4. Engage a consultant: If the project's scale justifies the expense, hiring a consultant with experience in Track & Trace implementations can provide invaluable insights into potential costs and pitfalls.

5. Benchmarking: If possible, connect with peers in the industry who have implemented similar projects. Their experiences and budget insights can provide a useful reference point.
6. Pilot projects: Consider implementing a smaller-scale pilot project in one department or location. This can provide tangible cost metrics that can be scaled for larger implementations.

Remember, while cost is a significant factor, the benefits of a well-implemented Track & Trace system – such as improved supply chain visibility, reduced counterfeiting, enhanced customer trust, and regulatory compliance – can provide substantial ROI in the long run.

Internal resources will depend on systems and Supply Chain elements involved. From our side, we usually keep a scalable team for upsize and downsize according to project phases needs.

Most of the activities (except machinery installation, if needed) can be handled remotely and supported by our on-shore, near-shore and off-shore teams.

Starting late doing backward planning (based on deadline), expecting the deadline to be delayed, underestimation of requirements, not having a clear scope, trying to speed-up the design phase and not having the right resources and partner to deliver.

Past experiences have demonstrated that implementing ERP-based track and trace solutions, particularly those based on company’s on-site developments, can give rise to various issues, particularly in terms of system performance. These challenges often necessitate additional projects involving track and trace experts to address and rectify the shortcomings.