From Traceability Gaps to Robust Controls in a Food Production Company

A regional food production company operating several processing plants and a central distribution center faced growing complexity. New product lines, stricter food safety regulations and expansion into export markets increased operational and compliance risks. Management began to worry about traceability gaps, inconsistent quality records and rising production variances. To address these concerns, the company engaged Radner’s team to perform a comprehensive review of internal control procedures across production, quality, logistics and finance. The aim was to strengthen controls without slowing down a time-sensitive, perishable-goods operation.

The engagement started with a detailed understanding of the production environment. Radner’s team visited multiple plants, observing how raw materials were received, stored, processed and packaged. The consultants paid particular attention to batch recording, quality checks and waste handling. It quickly became clear that while staff were committed to product quality, documentation practices varied significantly between sites. Some relied heavily on paper logs, others used local spreadsheets, and only a few fully utilized the central manufacturing execution system. This fragmentation posed risks for traceability and compliance.

To structure the work, Radner’s team mapped key processes end-to-end: procurement of raw materials, inbound logistics, production planning, batch processing, packaging, warehousing, order fulfillment and financial reporting. For each process, the team identified critical control points, such as supplier approval, temperature monitoring, allergen segregation, batch release and stock reconciliation. The review of internal control procedures focused on whether these control points were clearly defined, consistently executed and adequately documented.

Supplier management emerged as an early area of focus. The company sourced ingredients from a mix of local farmers and international suppliers. Radner’s team examined controls over supplier approval, certification tracking and periodic re-evaluation. The assessment revealed that while initial approval processes were generally robust, ongoing monitoring was less structured. Expired certificates were not always flagged in a timely manner, and site visit reports were stored in disparate locations. The team recommended a centralized supplier management system with automated alerts and standardized evaluation criteria.

In the raw material receiving process, the team observed how deliveries were checked against purchase orders, how quality samples were taken and how materials were labeled and stored. The review found that identification labels sometimes lacked complete batch information, especially during peak delivery times. In addition, temperature checks for chilled goods were not always recorded in a way that allowed easy retrieval during audits. These gaps could undermine the company’s ability to demonstrate full traceability in the event of a recall. Radner’s team proposed enhancements to receiving and batch identification controls, including clearer procedures and better use of barcode technology.

Within production, the focus shifted to batch recording, recipe adherence and in-process quality checks. Radner’s team compared documented recipes and process parameters with actual practice on the shop floor. In some lines, operators relied on experience and informal adjustments rather than strictly following documented instructions. While this sometimes improved yield, it also introduced variability and made root cause analysis more difficult when issues arose. The review of internal control procedures highlighted the need for tighter integration between documented processes and system-enforced controls in the manufacturing execution system.

Waste and yield variances were another area of concern. The company tracked overall yield at a high level, but detailed analysis by product, line and shift was limited. Radner’s team assessed controls over scrap recording, rework handling and by-product accounting. The assessment revealed that some waste was not systematically recorded, particularly small losses during changeovers or cleaning. This not only affected cost accuracy but also obscured potential efficiency improvements. The team recommended more granular recording of waste and the introduction of variance analysis routines as part of production performance controls.

Quality control processes were examined in depth. The company had a well-documented quality management system, but execution varied. Radner’s team reviewed sampling plans, laboratory testing procedures, non-conformance handling and corrective action tracking. The review found that while major non-conformances were thoroughly investigated, minor deviations sometimes received ad hoc treatment without formal documentation. Over time, this could lead to missed patterns and recurring issues. The team suggested strengthening the linkage between quality incidents, root cause analysis and process changes.

Logistics and warehousing controls were also in scope. The team observed how finished goods were stored, how stock rotation was managed and how orders were picked and loaded. The review of internal control procedures uncovered inconsistencies in first-expired-first-out practices, particularly when urgent orders prompted staff to deviate from standard routines. Inventory counts were performed, but cycle counting was not fully risk-based, and reconciliation processes varied between sites. Radner’s team recommended a more structured approach to inventory control, including system-supported stock rotation and standardized counting procedures.

On the finance side, the focus was on costing, inventory valuation and revenue recognition. The company used standard costing, but updates to standards were infrequent, and variance analysis was not always linked back to operational drivers. Radner’s team assessed controls over cost roll-ups, bill of materials maintenance and overhead allocation. The review highlighted that changes in recipes or production methods were not always reflected promptly in costing models. This created a disconnect between operational reality and financial reporting. The team proposed tighter integration between production, quality and finance in managing costing and inventory controls.

After completing the diagnostic phase, Radner’s team worked with cross-functional groups to design improvements. In supplier management, this involved defining clear roles for procurement, quality and logistics in ongoing monitoring. In receiving and production, the team helped standardize batch recording templates and configure the manufacturing execution system to enforce key data fields. For quality control, the team supported the development of a more robust non-conformance and corrective action process, with better tracking and analysis capabilities.

Technology enablement was a recurring theme. Radner’s team collaborated with the company’s IT function to enhance system configurations and reporting. Barcode scanning was expanded to cover more stages of the process, from receiving through production to dispatch. Dashboards were created to provide real-time visibility into key control metrics, such as on-time completion of quality checks, yield variances and inventory discrepancies. These tools allowed managers to monitor control performance and intervene quickly when issues arose.

Training and cultural change were essential to making the new controls work in a fast-paced environment. Radner’s team developed practical training sessions for operators, supervisors and managers. The training emphasized that accurate recording and adherence to procedures were not bureaucratic requirements but essential elements of food safety, regulatory compliance and customer trust. Real examples of recalls and quality incidents from the broader industry were used to illustrate the potential consequences of control failures. This helped staff see the value of the strengthened control framework.

Within a year of implementing the recommendations, the company saw significant improvements. Traceability tests conducted internally and by customers showed faster and more precise identification of affected batches. Regulatory inspections became smoother, with inspectors noting the clarity and consistency of documentation. Production variances decreased as better data enabled targeted process improvements. Inventory accuracy improved, reducing stockouts and write-offs. These outcomes demonstrated the tangible benefits of a comprehensive review of internal control procedures in a food production context.

Strategically, the enhanced control environment supported the company’s expansion into new markets. Export customers and certification bodies viewed the strengthened traceability and quality controls as a competitive advantage. The company was able to pursue more demanding contracts, confident in its ability to meet stringent requirements. Internally, the integration of operational and financial controls provided management with more reliable information for pricing, capacity planning and investment decisions.

Over time, the company embedded continuous improvement into its control framework. Periodic internal reviews of key controls, supported by data analytics and cross-functional collaboration, became part of normal operations. Radner’s team assisted in designing these routines, ensuring that the organization could sustain and build on the initial gains. The case illustrated how, in a complex and regulated industry like food production, a well-executed review of internal control procedures can enhance safety, compliance, efficiency and strategic flexibility.

In the end, the food producer transformed a patchwork of local practices into a coherent, risk-based control environment aligned with both regulatory expectations and business objectives. The engagement showed that robust controls need not slow down operations; when thoughtfully designed and supported by technology and training, they can streamline processes and unlock new opportunities.