--- title: "What Your Plant Floor Isn\'t Telling You Is Costing You Money – Intelisys" canonicalUrl: "https://intelisys.com/what-your-plant-floor-isnt-telling-you-is-costing-you-money/" excerpt: "Optimization. Efficiency. Workflow enhancement. Are these empty buzzwords, or a factory’s path to increased profitability? It turns out, they can be either. It all depends on whether a manufacturer can optimize the right aspects of their operation… the parts where the actual margins lie. But which operations can be optimized? Which workflows are most apt for enhancement? This is the central mystery, and most factories already gather the data necessary to solve it.  That’s because modern manufacturing involves technologies that inherently collect supply chain data, production processes, and information on customer relationships. The challenge is aggregating this data and turning it […]" metaDescription: "Optimization. Efficiency. Workflow enhancement. Are these empty buzzwords, or a factory’s path to increased profitability?" datePublished: "2026-08-31T12:31:06-04:00" dateModified: "2026-08-31T15:31:29-04:00" --- - What Your Plant Floor Isn't Telling You Is Costing You Money – Intelisys ** # What Your Plant Floor Isn’t Telling You Is Costing You Money * August 31, 2026 ![blog-Manufacturing1-Header_1200x300](https://intelisys.com/wp-content/uploads/2026/08/blog-Manufacturing1-Header_1200x300-1024x252.png) Optimization. Efficiency. Workflow enhancement. *Are these empty buzzwords, or a factory’s path to increased profitability? It turns out, they can be either. It all depends on whether a manufacturer can optimize the right aspects of their operation… the parts where the actual margins lie. But which operations can be optimized? Which workflows are most apt for enhancement? *This *is the central mystery, and most factories already gather the data necessary to solve it.  [*](https://cta-service-cms2.hubspot.com/web-interactives/public/v1/track/redirect?encryptedPayload=AVxigLIumn3HzIsJOh2LMaxWRGPhs%2B8P1tqSupSU5gqPX32TjJ0rNbIGra3zcxQb92wBAr4DSqLW1iokM7c6%2BkVLEKU6XFmQza1h2lfhd%2F1ZflmT3VIO0UDF2gxMpxMfuMlhaaScLZOH3oYNQJ%2BmW3iH%2BazXKFBIXX3WqWcqTwAUuHp1p1w63rHOEAr%2BZ4p9Jp5b9gu%2B9NH51sqh9hEP&webInteractiveContentId=220759429282&portalId=39942529) That’s because modern manufacturing involves technologies that inherently collect supply chain data, production processes, and information on customer relationships. The challenge is aggregating this data and turning it into actionable insights.  Until raw data has been properly converted into intelligence, the plant floor remains a mystery full of unknowns, including the bottlenecks nobody has measured, the waste nobody has traced, the downtime risk nobody has priced, and the customer needs nobody has surfaced.  In this article, we’ll explain how manufacturers can use technology to illuminate operational blind spots, gain a competitive edge, and discover new paths to profitability.  ## Downtime: The Most Expensive Mystery Of all the data points a manufacturer can gather, two are especially crucial: - The amount of downtime the plant experiences per day/month/year. - How much that downtime costs. This information is so vital because downtime is extremely expensive for manufacturers. According to a [report](https://assets.new.siemens.com/siemens/assets/api/uuid:1b43afb5-2d07-47f7-9eb7-893fe7d0bc59/tcod-2024_original.pdf) from the automation company Siemens, every second *of downtime in the automotive industry costs $600, meaning an hour of downtime costs $2.3 million. And even in the “Fast Moving Consumer Goods” sector, where downtime is less expensive, an hour offline costs $36,000.  Why is downtime so costly? It’s not just the lost production. When the plant goes offline, waste accrues rapidly through issues like: - Missed deliveries - Idle on-the-clock workers - Contractual penalties for missed obligations - Reputational damage Reputational damage is especially devastating because it persists long after the outage itself has been resolved. Of course, simply calculating the amount and the cost of downtime won’t solve any problems on its own. But often, the first step toward resolving an issue is coming to terms with its scale. Once a light has been shined on how much downtime is costing a factory, stakeholders across the organizations will be ready to develop a plan for enhancing connectivity and keeping operations online.  ## The Digital Plant Floor Created Both Upside and Exposure Between AI systems, IoT sensors, and Automated Guided Vehicles (AGVs), the plant floor is more digitized than ever before. This creates wonderful opportunities for gathering and aggregating data, but it also heightens security concerns by widening the attack surface for bad actors.  So how can managers turn their digitized plant floors into a boon rather than a burden? The key is to understand the risks and then develop a holistic set of security protocols. ### The “OT” Risk Manufacturers differ from businesses in other sectors in that they are especially reliant on “operational technology” (OT) rather than simply “information technology” (IT). Factories aren’t just full of laptops and mobile devices. They also house vehicles, machines, and tools, many of which are now connected to the internet. All this OT gives cyber criminals more potential entry points as they seek to infiltrate a company’s systems. It’s partly because of this inherent vulnerability that manufacturing is the most targeted industry for cybercrime, representing almost [a quarter](https://www.statista.com/statistics/1374061/cyber-attacks-manufacturing-share-worldwide/?srsltid=AfmBOoqq3MA9lNd4LVzX70KpIoHXQtQE32ng3tMisLTAWBzGauy4evos#google_vignette) of all attacks.  Due to this increased risk, manufacturers need to be especially vigilant and develop a robust security posture.  ### A Holistic Approach to Security Given the interconnectivity of OT and IT systems in a modern manufacturing facility, security can no longer be considered a separate conversation. The vulnerability of a manufacturer’s network isn’t something that can be solved with the installation of a firewall or the deployment of multifactor authentication (although those are recommended practices). Rather, security and resilience should be considered during *all *tech-related conversations, including those around network, cloud, data, and AI. This is an area where a trusted partner can provide considerable value for manufacturers. By bringing their security knowledge to discussions of different IT solutions, partners will ensure that resilience is built into the system from the ground up. Manufacturers often focus first on operational outcomes but overlook how connectivity, cybersecurity, and OT security must be integrated from the beginning. As cyberattacks and ransomware incidents increasingly disrupt production environments, organizations face a ‘pay now or pay later’ reality. Invest proactively in secure architecture or risk far greater costs from downtime and business disruption. ### Resilience = Continuous Insight Ideally, a manufacturer should be drawing on the data collected by a plant’s digital systems to make key decisions. When systems are operating according to plan, the constant flow of data allows stakeholders to plan orders, maintain equipment, manage inventory, and properly schedule workers. But when cybercrime takes these systems offline, the stream of data and insights stops flowing. Avoiding these interruptions, then, is about more than just productivity and efficiency. It’s also what maintains the quality of the data that managers use to make decisions.  ## Energy: The Most Overlooked Margin Opportunity? When looking to lower costs, manufacturers often prioritize raw materials and labor, which is understandable. These costs generally represent the two largest expenses.  That said, there’s another expense that accounts for an estimated 10-20% of costs: overhead. And among the costliest components of overhead is energy, an input that factories simply can’t do without. Energy usage stands out from other expenses in that it’s entirely possible to measure, especially with the tremendous amounts of data produced by the digital plant floor. AI systems, IoT sensors, and pieces of equipment that are connected to the internet should all be capable of providing energy usage data. By analyzing this data with the right tools, managers can discover where energy is being wasted and then adjust accordingly. The result: lower energy bills. By using this strategy, manufacturers can turn what was once considered a fixed cost into an opportunity for considerable savings (and a real competitive advantage).  ## There Is no Shortage of Data, Only of Intelligence In the era of the digital plant floor, manufacturers should be building towards a world in which they gather vast amounts of data from their operations, turn that data into actionable insights, and then use those insights to improve their processes and leap ahead of the competition.  So how can manufacturers get there? Some might think the next step is to gather more data. After all, isn’t data the raw material that will eventually be turned into insights? Yes – but in reality, most plants are *already *producing all the data they need. Modern manufacturing is defined as the digital plant floor, in which most pieces of equipment are connected to the internet and a significant portion of workflows have been automated. In this environment, data is an inevitable byproduct of existing processes. Each of those autonomous vehicles is gathering information about its movements and operations. Every IoT device is logging its activity. The inventory management system is logging every item that enters and leaves the facility. The data is there. It’s that second part of the equation – the conversion of data into insights – that’s most often lacking. This intelligence layer is where a trusted IT advisor becomes imperative, helping a manufacturer identify the tools that are best suited to the specific types of data gathered at the plant.  To learn more about the ROI of modern manufacturing, read more [here](https://intelisys.com/cost-or-investment-the-roi-of-modern-manufacturing/). ## The Advisor’s Role in the Intelligence Conversation There are a variety of IT tools that can help turn data into insights. Depending on the complexity of a manufacturer’s operations, they may need several of them.  The problem is that each of these tools might come from a different supplier. That’s why working with a single supplier rep likely won’t lead to optimal results. Ideally, the manufacturer will instead enlist the help of a tech advisor with access to solutions from a wide variety of suppliers – someone like an Intelisys sales partner. When working with a trusted advisor, reinvigorating the plant’s intelligence layer will likely be a 3-step process: - Step 1: The advisor helps uncover (a) the sources of data that already exist on the plant floor and (b) the insights that would best allow for plant optimization. - Step 2: The advisor identifies the intelligence solutions (likely sold by multiple suppliers) that would most effectively draw the desired insights from the raw data at the manufacturer’s disposal.  - Step 3: The advisor supervises the deployment and integration of these solutions, and then continues to offer ongoing advice. By taking this approach, manufacturers won’t just gain an “intelligence layer” that will give them a competitive edge. They’ll also gain long-term access to a trusted advisor with knowledge in a wide array of areas, from network and cloud solutions to CX and security. And with plant floors only becoming increasingly digital, this is a major asset. Technology serves as the backbone/blueprint that connects people, processes, applications, and production systems across the manufacturing environment**. ## Conclusion  Analysis paralysis – that’s the affliction many modern manufacturers face thanks to the sheer quantity of data that their “smart” devices are producing. Luckily, there are solutions available that can replace that overwhelming sensation with a steady stream of digestible, actionable insights.  It’s time for manufacturers to work with a trusted partner to put those solutions into effect.  For additional resources, check out the [Intelisys Manufacturing Hub](https://intelisys.com/manufacturing), where you’ll find a complete Manufacturing Ebook, a video panel discussion, and more. [*](https://cta-service-cms2.hubspot.com/web-interactives/public/v1/track/redirect?encryptedPayload=AVxigLIumn3HzIsJOh2LMaxWRGPhs%2B8P1tqSupSU5gqPX32TjJ0rNbIGra3zcxQb92wBAr4DSqLW1iokM7c6%2BkVLEKU6XFmQza1h2lfhd%2F1ZflmT3VIO0UDF2gxMpxMfuMlhaaScLZOH3oYNQJ%2BmW3iH%2BazXKFBIXX3WqWcqTwAUuHp1p1w63rHOEAr%2BZ4p9Jp5b9gu%2B9NH51sqh9hEP&webInteractiveContentId=220759429282&portalId=39942529) [*PrevPrevious5 Insights from the Verizon Data Breach Investigations Report (DBIR)](https://intelisys.com/insights-verizon-data-breach-investigations-report/) [NextCost or Investment? The ROI of Modern Manufacturing**Next](https://intelisys.com/cost-or-investment-the-roi-of-modern-manufacturing/) ## Related Posts [** VIEW ALL POSTS](https://intelisys.com/follow-us/) ### [Cost or Investment? The ROI of Modern Manufacturing](https://intelisys.com/cost-or-investment-the-roi-of-modern-manufacturing/) What does the term “modernization” mean to a manufacturer? 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