In large-scale manufacturing, maintaining operational continuity requires rigorous risk management. For our Client – a global leader specializing in the development of precision mechanical components and high-end industrial systems – even minor disruptions on the factory floor can have significant operational consequences. When operating at this level of volume and precision, forward-thinking management focuses heavily on preventing infrastructure damage before it occurs.

Instead of waiting for an incident to disrupt their logistics, the plant’s leadership took a proactive approach. Their objective was to preemptively eliminate a specific, high-stakes structural threat within their high-bay warehousing zones.

The Challenge: High-Reach Forklifts vs. Vital Utility Infrastructure

While the facility maintained an excellent safety record, its vertical architecture presented a distinct operational hazard. The plant utilizes advanced VNA (Very Narrow Aisle) system forklifts. These specialized vehicles maximize warehouse capacity by utilizing elevating cabins, which lift operators several meters high to work with top-tier racking systems.

However, this vertical efficiency introduced a critical challenge:

• Vertical Blind Spots: When operating near the ceiling, judging the exact distance between the top of the elevating forklift cabin and the overhead structures is challenging for operators.
• Proximity to Critical Arteries: Running directly within the upper clearance of these high-reach forklifts are vital utility lines, including industrial heating and water pipes.

While repairing a minor collision on a forklift mast is a routine maintenance expense, striking a high-pressure utility line under the ceiling poses a massive financial risk. The resulting utility leaks, potential damage to high-value machinery, inventory loss, and subsequent production downtime could generate severe, unpredictable operational costs.

The Solution: A Custom IoT Shield for Critical Utilities

To mitigate this risk without reducing warehouse throughput, IndoorNavi designed a custom-tailored configuration and setup based on our non-invasive proximity alert system.

Our collaboration with the client was seamlessly facilitated by Falco, our strategic partner. Thanks to Falco’s deep understanding of industrial operational needs and their robust market presence, we were able to precisely match our technical capabilities with the client’s complex infrastructure requirements. Based on a thorough on-site audit and technical analysis, the optimal hardware configuration was chosen, leveraging standard UWB (Ultra-Wideband) and TWR (Two-Way Ranging) technologies within our modular system architecture to deliver centimeter-level positioning accuracy:

• Fixed Tags on Infrastructure: Every critical utility pipe running within the forklift flight paths was equipped with a sturdily mounted IndoorNavi Fixed Tag.
• Vehicle Tags & In-Cabin Alerts: Every high-reach system forklift was outfitted with an IndoorNavi Vehicle Tag, connected directly to a high-visibility indicator light inside the operator’s cabin.

How it works in practice: Our engineering team configured a precise safety buffer zone around each critical utility line. The moment a forklift cabin rises and enters this pre-set perimeter, the system automatically triggers the in-cabin warning light. The alert is impossible for the operator to miss, giving them an immediate signal to halt vertical movement long before making physical contact with the infrastructure.

The Outcome: Complete Business Continuity and Peace of Mind

By taking a preemptive stance alongside IndoorNavi and our partner Falco, the manufacturing leader achieved definitive results:

• Elimination of Critical Infrastructure Risk: The company successfully neutralized the threat of utility line breaches, securing their facility against unexpected inventory loss and structural damage.https://falcosystems.pl/
• Uninterrupted Operations: Protecting these vital pipelines ensures the plant maintains its strict production schedules and component deliveries worldwide.
• Operational Confidence: Warehouse operators can now work at extreme heights with complete peace of mind, backed by a reliable digital co-pilot that removes guesswork from tight vertical clearances.
• Avoidance of Compounded Financial Losses: Industrial statistics show that unplanned downtime in high-output manufacturing facilities can cost anywhere from €10,000 to over €50,000 per hour. By eliminating the risk of a major utility breach (such as a ruptured high-pressure water main), the client successfully protected themselves against unpredictable compounding costs – including emergency infrastructure repairs, ruined inventory, and severe supply chain delays.

Partner with IndoorNavi to Protect Your Operations

True operational excellence means solving problems before they impact your bottom line. Whether you need to protect your workforce from forklift traffic or safeguard vital structural assets from costly industrial collisions, IndoorNavi – together with our network of specialized partners like Falco – designs custom IoT ecosystems tailored to your facility’s exact layout.

Interested in exploring more real-world applications? Visit our Safety System Category Blog, where we share a wide range of industrial case studies, detailed breakdowns of system mechanics, and in-depth articles on calculating the ROI of automated safety investments.

Take the First Step Toward a Safer Workplace

Every manufacturing facility faces its own unique layout challenges, blind spots, and traffic dynamics. What worked for a global industry leader can be precisely adapted to protect your workforce, safeguard your infrastructure, and optimize your internal logistics.

Are you ready to map out your risk zones and secure your business continuity? Schedule a free consultation with our IoT experts today. Let’s discuss how we can adapt IndoorNavi’s automated response systems to protect your infrastructure and optimize your workplace safety.