Ask most manufacturing leaders where operational problems start and you will rarely hear about a dramatic failure. More often, the operation simply becomes harder to manage—a production schedule gets revised again, someone double-checks numbers in a spreadsheet because the system can’t be fully trusted, and a delay in one area creates confusion somewhere else.
Keeping production aligned starts requiring more coordination, more follow-up, and more manual effort than it should. Over time, those little inconveniences become bottlenecks that slow progress, making it harder to improve efficiency or move the business forward.
The challenge many manufacturers are experiencing today is not unique to one facility or one leadership team. Across the industry, production environments have become more complex, and that complexity is beginning to test the limits of operational coordination.
Product variations are increasing, customer delivery expectations are tightening, and supply chain disruptions continue to introduce uncertainty into production planning. Even manufacturers with strong teams and well-established processes are finding that keeping operations aligned requires more effort than it once did.
Research from Deloitte notes that increasing operational complexity—from supply chain volatility to expanding product variation—is forcing manufacturers to rethink how effectively their systems and processes work together.
When operational data lives across disconnected tools or departments, leaders often lack a clear view of how work moves through planning, production, and reporting. Over time, small operational constraints compound quickly, eventually forming the bottlenecks that slow progress across the operation.
Maintaining stability across planning, production, and reporting becomes more challenging as manufacturing operations grow more complex. What once worked through experience and manual coordination can begin to strain as product variation expands, supply chains fluctuate, and operational data spreads across multiple systems.
Over time, certain patterns start to emerge across the operation—moments where coordination slows, information takes longer to confirm, and decisions require more effort than they should.
The following examples illustrate some of the operational bottlenecks that commonly appear as manufacturing environments evolve.
One of the earliest signs of operational strain appears when teams struggle to get a clear picture of what is happening inside the operation. For example, production numbers may need to be confirmed manually, supervisors may rely on spreadsheets to double-check system data, and different departments may be working from slightly different versions of the truth.
When that happens, visibility slows down. Teams spend more time confirming information than acting on it, and small operational issues take longer to surface.
Production planning often works smoothly until conditions start changing faster than the planning process can keep up. Teams may find themselves adjusting schedules more frequently than expected as supplier delays, shifting order priorities, and workforce availability disrupt the planning process.
Over time, planners spend more effort revising schedules and coordinating updates across teams. Instead of guiding production forward, planning becomes an ongoing exercise in reacting to changes and keeping the operation aligned. Many manufacturers are already exploring new approaches to improving manufacturing efficiency as they work to stabilize production and planning processes.
Work on the shop floor often runs smoothly until one step in the process begins slowing everything behind it. This might happen when a machine reaches capacity sooner than expected, when a specialized process takes longer than planned, or when a critical task depends on a limited number of skilled operators.
When that happens, work begins to queue. Production teams may adjust schedules or shift resources to keep things moving, but the constraint remains. Over time, these pressure points can quietly reduce throughput and make it harder for production teams to maintain a steady operational rhythm.
Decision-making can begin to slow when leaders need to weigh production capacity, inventory availability, customer commitments, and financial performance at the same time.
When the information needed to make those decisions lives across multiple systems or departments, assembling a clear picture can take time. Operational leaders may find themselves waiting for reports, validating numbers, or reconciling conflicting data before moving forward.
These delays make it harder to respond quickly when production conditions change. Adjustments that should take minutes can take hours or even days, leaving teams waiting for direction while operations continue moving around them.
Individually, these bottlenecks may appear manageable. A delay in confirming production numbers here, an extra schedule adjustment there, or a brief pause while leadership validates operational data may not seem significant on their own. But when these constraints begin appearing across multiple parts of the operation, they can start reinforcing one another.
Information delays can make production planning harder to stabilize. Planning instability can place additional pressure on the shop floor. And slower decision-making can make it harder to respond when conditions shift.
According to the National Association of Manufacturers Outlook Survey, manufacturers continue to cite workforce constraints, supply chain disruption, and operational efficiency as some of the most persistent challenges shaping production strategy today.
Recognizing operational bottlenecks is often the first step toward improving how a manufacturing operation runs. Many organizations reach a point where manual coordination, disconnected systems, and reactive planning begin limiting how effectively teams can respond to change.
Operationally ready manufacturers tend to address these challenges by strengthening three areas inside the operation: visibility, coordination, and decision support. Instead of relying on workarounds or fragmented tools, they focus on creating clearer data flow across production planning, shop floor activity, and operational reporting.
This shift helps teams move from constantly reacting to operational friction toward maintaining a more stable and predictable production environment.
By the time these bottlenecks begin appearing across information flow, planning, production, and decision-making, most manufacturers recognize that the issue isn’t isolated. It reflects how well the operation is structured to support coordination, visibility, and timely decisions.
This is where operational readiness becomes critical. Manufacturers with stronger alignment between systems, data, and production processes are better positioned to respond when conditions change, particularly when evaluating manufacturing ERP solutions designed to improve operational visibility.
When that foundation is in place, teams can focus less on working around constraints and more on improving efficiency, modernizing operations, and supporting future growth.
When these types of bottlenecks begin appearing across information flow, planning, production, and decision-making, they often signal that the operation has outgrown the systems and coordination supporting it.
Evaluating operational readiness helps manufacturers step back and understand where those constraints are forming. Instead of reacting to issues one at a time, leaders can assess how well their systems, processes, and operational visibility support the way the business runs today.
Many manufacturers experience bottlenecks related to information flow, production planning, shop floor capacity, and decision‑making. These issues often appear gradually, such as frequent schedule changes, manual data validation, or delays in responding to operational changes, rather than as a single system failure.
As manufacturing operations grow, product variation increases, supply chains become less predictable, and more teams rely on shared data to stay aligned. Processes that once worked through experience or manual coordination often struggle to scale, making small inefficiencies more noticeable and more disruptive across the operation.
When operational data lives across multiple systems or departments, teams often work with partial or conflicting information. This can slow planning, delay decisions, and increase the time spent validating numbers instead of acting on them. Over time, these information gaps compound and create friction across planning, production, and reporting.
Production planning becomes reactive when conditions change faster than planning processes can adapt. Supplier delays, shifting customer priorities, and workforce constraints can force frequent schedule revisions. When planning relies heavily on manual adjustments, teams spend more time responding to disruptions than guiding production forward.
Decision bottlenecks often occur when leaders need to balance capacity, inventory, customer commitments, and financial performance without a single, trusted view of operational data. When information must be gathered or reconciled manually, decisions take longer, slowing the organization’s ability to respond when conditions change.
Operational readiness refers to how well a manufacturing operation supports visibility, coordination, and timely decision‑making across planning and production. Manufacturers with stronger operational readiness tend to rely less on workarounds and reactive adjustments, allowing teams to focus more on improving efficiency, modernizing processes, and supporting future growth.
Distributors operate in a high-pressure environment where thin margins, rising operational complexity, and customer expectations leave no room for inefficiency. A modern ERP system built for distribution—such as Acumatica Distribution Edition or Infor CloudSuite Distribution—provides the real-time visibility, automation, and control needed to reverse margin erosion and unlock immediate ROI.
Across North America, Aktion clients routinely achieve six-figure annual savings by optimizing inventory, automating warehouse workflows, accelerating cash flow, and reducing IT overhead. Below, we break down exactly how distribution ERP generates real ROI, supported by numbers and real-world examples.
Carrying excess inventory drains profitability. Stockouts sink revenue and damage customer trust. ERP platforms like Acumatica and Infor CSD give distributors the real-time forecasting, replenishment, and visibility needed to strike the perfect balance.
How ERP Reduces Costs
Aktion clients often recapture even more by eliminating safety stock padding that results from outdated or disconnected systems.
Manual order entry causes rework, replacements, customer dissatisfaction, and lost margin.
ERP platforms streamline fulfillment through:
Example Scenario
ERP eliminates up to 80% of errors → $38,000 saved
Distributors often rely on spreadsheets, disconnected ledgers, and manual reconciliation. ERP brings:
Example Scenario
On-premise ERP requires:
Cloud ERPs like Acumatica and Infor CSD shift these expenses off your plate.
Example Scenario
Cloud ERP eliminates these costs and provides predictable subscription pricing.
Manual processes lead to:
ERP-enabled warehouse automation provides:
Example Scenario
ERP automation recovers nearly all of it.
ERP automates invoicing, reminders, and AR collections, reducing DSO. Cutting DSO from 50 → 45 days frees ~$50,000 in working capital.
Manual data correction = silent margin killer. Two admin staff → 1 hour/day correcting errors = $13,000/year in avoidable labor.
ERP reduces errors near zero with unified data flows.
Customer service drives distribution revenue more than most factors.
Even a 3% increase in retention at $10M revenue = $300,000 retained revenue. Both Infor and Acumatica offer distributor-ready CRM capabilities baked into the ERP.
Forecasting errors create:
If you carry $2M in inventory, a 15% forecasting error means $300,000 off target. Improving accuracy by half = $150,000 saved.
Ready to quantify your ERP ROI?
Aktion helps distributors evaluate systems, identify ROI hotspots, and build a clear modernization roadmap across Acumatica or Infor.
By eliminating manual work, improving inventory accuracy, reducing errors, streamlining fulfillment, and increasing visibility.
Which ERP platforms deliver the best ROI for distributors?
Aktion supports Acumatica and Infor CloudSuite Distribution, both proven to deliver strong operational and financial ROI depending on business needs.
How quickly can distributors see ROI?
Many see immediate savings in labor, inventory, and IT within the first year.
Does ERP help improve customer retention?
Yes — unified CRM, faster fulfillment, and accurate data improve the customer experience significantly.
Operational strain rarely appears as a single dramatic failure. More often, it shows up through small operational pressures that accumulate over time. Many distribution organizations are already experiencing these pressures as complexity grows across inventory, labor, and fulfillment operations, as discussed in our look at distribution operational challenges shaping 2026.
Evaluating this strain is where operational readiness reviews come into focus. In distribution environments. An operational readiness review assesses how well your systems, processes, and data support the way your business runs today. Many organizations begin evaluating this alignment before exploring modern ERP software for distribution and supply chain environments.
But understanding operational readiness isn’t enough. Leadership teams also need a structured way to evaluate it.
For companies that distribute products, recognizing these signals early can help leadership teams evaluate operational readiness before operational challenges begin affecting margins, customer service, or scalability.
Many organizations that distribute still struggle to maintain a clear, real-time view of inventory levels, demand signals, and order activity across locations. When operational visibility is fragmented, teams spend more time reconciling data than acting on it.
These gaps can lead to stock imbalances, delayed fulfillment, and reactive purchasing decisions that put pressure on margins. Leaders may sense something isn’t working efficiently, but without reliable data it becomes difficult to isolate the cause. Research from Deloitte highlights how increasing supply chain complexity continues to push organizations to improve visibility and coordination across their operations. When inventory, demand, and fulfillment data live in disconnected systems, leadership teams are often forced to make decisions with incomplete information.
When operational systems no longer support how the business actually runs, teams often compensate with manual processes. Spreadsheets, offline trackers, and email-based workflows begin filling the gaps between systems that no longer communicate effectively.
These workarounds may help teams keep orders moving in the short term, but they introduce new risks. Manual processes increase the likelihood of data inconsistencies, slow down decision-making, and make operations harder to scale. The bottom line is that manual effort becomes the glue holding processes together, it’s often a signal that underlying systems and workflows are no longer aligned with the complexity of the business.
Forecasting should help organizations anticipate demand and plan inventory with confidence. But when operational data is fragmented or visibility is limited, forecasting often becomes reactive.
Teams may find themselves adjusting purchasing decisions after demand shifts have already occurred, responding to stockouts rather than preventing them. Instead of guiding operations, forecasting becomes a constant effort to catch up. Research from McKinsey shows that organizations using advanced analytics and AI in supply chain forecasting can reduce forecast errors by 20–50%, highlighting how much opportunity exists when planning is supported by better data and systems.
When forecasting consistently feels reactive rather than predictive, it’s often a signal that operational data, systems, or processes are not fully aligned.
Margin pressure is familiar territory in distribution, but it becomes more concerning when leaders can see margins shrinking without understanding the operational drivers behind it.
Hidden costs such as rush orders, excess inventory, inefficient picking processes, or frequent order adjustments can quietly reduce profitability. Without strong operational visibility, these issues often remain hidden until they appear in financial results. Tracking operational performance through distribution KPIs can help leaders connect operational activity to financial outcomes.
Without clear visibility into these connections, identifying where margin is being lost becomes far more difficult.
Growth is often a positive signal, but it can expose operational gaps that were previously manageable. As product lines expand, order volumes increase, and distribution networks grow, processes that once worked smoothly may start to strain. Teams may find themselves adding new tools, workarounds, or manual steps just to maintain operational continuity. What once felt efficient begins to require more coordination, more oversight, and more effort to keep operations running. And when growth consistently introduces complexity instead of confidence, it may be a signal that the underlying operational structure needs to evolve.
It’s important to note that the signals above rarely appear in isolation. In fact, many organizations that distribute products experience several of these pressures at the same time as operations grow more complex. Taken together, these patterns often point to gaps in operational readiness. Understanding where those gaps exist is the first step toward evaluating whether current systems, processes, and data can support the next stage of growth.
When operational pressure builds, many organizations respond by working harder. Teams add spreadsheets, manual processes, or new tools to keep operations moving. And while these workarounds may help in the short term, they rarely address the underlying issue. Most operational challenges in distribution stem from structural misalignment between systems, processes, and how the business has evolved. As organizations grow, expand product lines, or increase order volumes, operational complexity increases as well.
Evaluating operational readiness allows leadership teams to step back and determine whether their current operational structure is equipped to support the next stage of growth.
Before making major system or operational decisions, leadership teams benefit from evaluating readiness across three core operational layers.
Leaders need confidence that inventory levels, demand signals, and order activity reflect reality across locations. Without reliable operational data, forecasting, purchasing, and planning quickly become reactive.
Operational workflows should support how work moves through the organization. When teams rely on workarounds or disconnected tools, it often signals that processes have outgrown the systems supporting them.
As organizations grow, operational systems must support increasing complexity, higher order volumes, and expanding distribution networks.
Operational readiness gives leadership teams a clearer view of how systems, processes, and data support day-to-day distribution operations. Taking the time to evaluate these elements helps organizations identify gaps early and move forward with greater confidence as operational complexity continues to grow.
Distribution is getting harder to manage for materials suppliers, not because teams aren’t working harder, but because the environment has changed. More SKUs, more suppliers, and tighter delivery expectations strain systems that weren’t built for this level of complexity.
For companies supplying the industrial and construction industries, that pressure shows up quickly. Inventory becomes harder to track across locations, teams struggle to maintain inventory visibility in distribution, and even small gaps lead to delays, missed deliveries, or unnecessary costs.
These challenges arise daily. When information is spread across systems, teams rely on manual coordination, and limited visibility makes it harder to stay aligned as operations grow.
Many distributors operating in Infor CloudSuite Distribution (CSD) environments are beginning to see these challenges more clearly as operations expand and become more complex.
The impact of growing distribution complexity is not always obvious. It tends to show up in day-to-day work, as teams spend more time coordinating information, managing exceptions, and adjusting to changes across suppliers, inventory, and customer demand.
The following areas are where that complexity shows up most clearly:
Demand is no longer steady or easy to forecast. Orders often follow project timelines that shift with labor availability, weather, and changing requirements, while supplier lead times extend or change with little notice. Data from the U.S. Census Bureau shows that inventory-to-sales ratios across wholesale trade continue to fluctuate, reflecting ongoing shifts in demand and supply conditions.
This creates a moving target. Inventory decisions require constant adjustment, and teams balance availability, cost, and timing without a clear view of what is changing upstream or downstream.
Maintaining a clear picture of inventory and orders becomes more difficult as operations expand across branches, yards, and delivery routes. Inventory in one location may not be visible to another, and teams don’t always track committed, in-transit, or allocated inventory in real time. Broader supply chain variability also makes it harder to maintain consistent visibility across locations.
Without consistent visibility, teams make decisions based on partial information. This can lead to unnecessary transfers, stock imbalances, or delays in fulfilling demand. As Infor outlines, this lack of real-time visibility makes it harder for teams to coordinate effectively and respond to changing conditions.
When systems fall short, teams fill the gaps themselves. Spreadsheets, phone calls, and manual checks become part of confirming inventory, tracking orders, and coordinating deliveries.
These workarounds keep operations moving, but they also introduce delays and increase the risk of errors. The result is teams spending more time managing information than acting on it.
Customer expectations now center on faster, more accurate deliveries, often aligned to specific timelines. Partial shipments, last-minute changes, and tighter delivery windows are becoming more common, especially for materials tied to active demand.
Meeting these expectations requires coordination across sales, warehouse, and delivery teams. When that coordination depends on manual updates or disconnected systems, even small disruptions can ripple across the operation.
These challenges don’t stay contained. As highlighted in Infor’s distribution impact report, gaps in visibility and coordination can make it harder for teams to stay aligned and respond effectively as conditions change.
A delay in receiving materials affects what can be promised to customers, while limited visibility into inventory leads to extra checks or last-minute adjustments. At the same time, manual coordination slows response times and makes it harder to adapt when plans change.
As these patterns repeat, more time is spent managing exceptions instead of moving work forward, teams rely more heavily on workarounds, and processes become harder to scale as the business grows.
Over time, operations can start to feel like they are being managed one issue at a time rather than guided by a clear, coordinated plan.
It becomes harder to understand where issues are coming from or how to address them effectively as these day-to-day challenges begin to compound. Over time, teams begin managing operations one issue at a time rather than following a clear, coordinated plan.
Before making changes, it helps to step back and assess how work is getting done across inventory, order management, and delivery. Looking at where visibility breaks down, where manual effort is filling gaps, and where coordination slows the operation can provide a clearer starting point.
With that clarity, it becomes easier to identify what needs to change and where improvements will have the most impact.
Take a Closer Look at What's Possible with Infor CloudSuite Distribution
Explore how modern distribution environments are designed to improve visibility, reduce manual coordination, and support more connected operations. This report takes a closer look at how Infor CloudSuite Distribution (CSD) helps materials suppliers better align inventory, orders, and delivery across the business.
Distribution is becoming more complex due to a combination of factors including more SKUs, more suppliers, expanding locations, and tighter delivery expectations. As operations scale, systems and processes that once worked well often struggle to keep inventory, orders, and deliveries aligned across the business.
Unpredictable demand and changing supplier lead times make it harder to plan inventory and fulfill orders consistently. For materials suppliers, demand is often tied to project schedules that can shift due to labor availability, weather, or changing requirements. This creates constant adjustments and increases the need for real‑time visibility across inventory and orders.
As suppliers add branches, yards, or delivery routes, inventory data is often spread across systems or updated manually. Without a centralized, real‑time view of on‑hand, committed, and in‑transit inventory, teams make decisions based on partial information. This can lead to unnecessary transfers, stock imbalances, and fulfillment delays.
Manual workarounds such as spreadsheets, phone calls, and ad‑hoc checks often emerge when systems cannot keep pace with operational complexity. While these approaches help resolve immediate issues, they also slow response times, increase the risk of errors, and make it harder to scale processes as the business grows.
Customers increasingly expect faster, more accurate deliveries that align with specific project timelines. Partial shipments, last‑minute changes, and tighter delivery windows are now common. Meeting these expectations requires strong coordination across sales, warehouse, and delivery teams, which becomes more difficult when systems and data are not fully connected.
Infor CloudSuite Distribution is designed to support more connected distribution operations by improving visibility across inventory, orders, and delivery processes. By reducing reliance on manual coordination and providing a clearer view of operations, it helps materials suppliers respond more effectively to change and manage complexity as their business scales.
Many distribution organizations have relied on systems like Infor A+ as a stable foundation for managing purchasing, inventory, and order fulfillment. As these environments evolve, new pressures are emerging across the industry, including rising expectations for faster fulfillment, expanding product catalogs, and a growing reliance on timely operational data to guide decisions across purchasing, warehouse operations, and finance.
Distribution leaders are now re-evaluating how their systems support visibility, coordination, and efficiency across the organization. By understanding what modern distribution systems support, they can gain a clearer perspective on how to improve these areas.
Operational complexity in distribution often develops through a series of small changes that compound over time. As organizations grow, expand into new markets, or introduce additional products and services, processes that once worked smoothly begin to require more coordination across teams and systems.
For example, purchasing teams need clearer insight into real-time inventory levels when planning replenishment. Warehouse teams rely on timely information to manage fulfillment and shipments. Finance teams depend on the same operational data to support forecasting, reporting, and margin analysis.
As these demands increase, visibility across inventory, orders, purchasing activity, and financial data becomes critical to maintaining efficiency and responsiveness. Modern distribution systems support this level of coordination by connecting workflows and data across the organization, helping teams work from consistent information and make informed decisions.
Organizations often introduce new products, expand into new markets, or grow into multi-location operations over time. As this happens, processes that once worked smoothly begin to require more coordination across teams and systems.
These changes often become visible in how teams rely on shared operational information:
As coordination increases, visibility across inventory, orders, purchasing activity, and financial data becomes critical to maintaining efficiency. Modern distribution systems support this by connecting workflows across purchasing, warehouse management, and order processing.
They also connect financial reporting, bringing operational data together in one unified environment.
These challenges don’t stay contained. As highlighted in Infor’s distribution impact report, gaps in visibility and coordination can make it harder for teams to stay aligned and respond effectively as conditions change.
A delay in receiving materials affects what can be promised to customers, while limited visibility into inventory leads to extra checks or last-minute adjustments. At the same time, manual coordination slows response times and makes it harder to adapt when plans change.
As these patterns repeat, more time is spent managing exceptions instead of moving work forward, teams rely more heavily on workarounds, and processes become harder to scale as the business grows.
Over time, operations can start to feel like they are being managed one issue at a time rather than guided by a clear, coordinated plan.
Modern distribution ERP platforms support more connected, data-driven operations across the business. Rather than managing purchasing, inventory, warehouse activity, and financial reporting in separate systems or workflows, modern platforms bring these functions together within a unified operational environment.
Modern distribution systems provide real-time insight into inventory levels, order activity, purchasing status, and warehouse operations. This visibility helps teams respond more quickly to changes in demand, identify potential issues earlier, and make better-informed operational decisions.
Purchasing, warehouse, sales, and finance teams rely on the same operational information to coordinate their work. Modern ERP platforms connect these workflows so updates in one area flow across the system, reducing manual coordination and improving consistency across the organization.
Automation also plays an increasing role in modern distribution environments. Teams can streamline routine operational tasks such as order processing, inventory updates, and reporting, allowing them to focus on higher-value work. Built-in analytics and reporting tools also provide leaders with clearer insight into operational performance.
Platforms such as Infor CloudSuite Distribution are designed with these capabilities in mind, supporting more connected distribution operations while building on the operational foundations many organizations already rely on.
Modernize Distribution Operations With Greater Confidence
Explore Infor’s executive brief to see how modern ERP platforms help distributors improve visibility, increase productivity, and build more connected, future-ready operations.
Many distributors continue to rely on Infor A+ as a stable operational foundation, but growing complexity across inventory, fulfillment, and reporting is prompting teams to assess whether existing systems still support current demands. Factors such as expanding product catalogs, faster fulfillment expectations, and increased reliance on real‑time data are driving this re‑evaluation.
Challenges often emerge gradually, such as increased manual coordination between purchasing, warehouse, and finance teams, delays in confirming inventory or order status, or difficulty aligning operational data across departments. These issues can indicate that systems were not designed to support the current level of coordination required.
Modern distribution systems are designed to provide real‑time visibility into inventory levels, order activity, purchasing status, and warehouse operations. By connecting this information within a unified environment, teams can respond more quickly to changes, identify issues earlier, and make decisions based on consistent, up‑to‑date data.
As operational complexity increases, purchasing, warehouse, sales, and finance teams depend on the same information to stay aligned. When workflows are disconnected, updates must be communicated manually, increasing delays and the risk of errors. Modern systems help reduce this friction by allowing updates in one area to flow automatically across the organization.
Automation helps streamline routine tasks such as order processing, inventory updates, and reporting. This reduces manual effort and allows teams to focus on exception management and higher‑value activities. Built‑in analytics also help leaders gain clearer insight into operational performance and trends.
Infor CloudSuite Distribution is designed to support more connected, data‑driven distribution operations by bringing purchasing, inventory, warehouse management, and financial reporting together in a single platform. This helps distributors improve visibility, reduce manual coordination, and build a more scalable foundation for future growth while leveraging existing operational knowledge.
Gem Cabinets, the largest cabinet supplier in the Edmonton Metro area, has built a strong reputation serving homeowners, designers, and homebuilders across Central and Northern Alberta. As the business expanded, however, its internal systems struggled to keep pace with operational complexity.
The company had been operating two disconnected legacy systems—BP Logics for operations and Microsoft Great Plains for accounting—connected by a fragile custom bridge. As the organization grew, added employees, and acquired another branch, the limitations of this architecture became increasingly apparent.
Industry: Cabinet Supply, Custom Millwork & Installation
Headquarters: Edmonton, AB, Canada
Solutions: Acumatica Construction Edition ↗
Website: gemcabinets.com ↗
To support future growth and eliminate operational silos, Gem Cabinets selected Acumatica Cloud ERP and partnered with Aktion Associates for implementation.
The transition replaced fragmented systems with a unified, cloud-based platform that now connects accounting, sales, inventory, field service, and project operations. Today, Gem Cabinets operates with enterprise-wide visibility, stronger inventory discipline, and real-time profitability insights that support better decision-making across the organization.
By migrating Acumatica with Aktion, Gem Cabinets achieved:
Founded in 1977, Gem Cabinets grew from a small three-person operation into an industry leader in cabinet supply and custom millwork. With more than 160 employees, two showrooms, a 12,000-square-foot custom millwork facility, and dozens of subcontractors working in the field, the organization had become far more complex than its legacy systems could support. These systems were connected by a custom-built bridge designed to transfer data between them. Over time, the bridge became increasingly unreliable and difficult to maintain.
This created several operational challenges.
Employees had to enter information into both systems, increasing administrative work and creating opportunities for errors in the environment
Each department could only see its own forms and data. Sales teams lacked visibility into project costs; service teams could not see budgets, and finance had limited insight into inventory levels.
When Gem acquired another company operating a different version of its legacy software, consolidating operations across systems became even more complicated.
When employees who originally built the system bridge left the organization, new team members quickly questioned why the company relied on such a fragile architecture.
Despite holding significant stock, Gem was tracking less than $500,000 of inventory in its systems.
Gem Cabinets evaluated five to six ERP platforms, with the evaluation team including Eric Moon (Process & Systems Integration Manager), Jonas Derksen (VP Operations), Geoff Furminger (Business Analyst), and Lenka Lauzon (VP Finance).
Acumatica ultimately emerged as the best fit for several key reasons.
After selecting Acumatica, Gem interviewed multiple value-added resellers before choosing Aktion Associates as its implementation partner.
Aktion distinguished itself through a consultative approach that prioritized understanding Gem’s business challenges before recommending solutions.
The Aktion implementation team worked closely with Gem leadership to align the system with best-practice workflows rather than replicating inefficient legacy processes. As a result, the system was implemented largely out-of-the-box with minimal customization.
Despite the scale of the transition, the go-live experience was smooth and uneventful.
Two years after implementation, the impact of Acumatica and Aktion is visible across every department at Gem Cabinets.
Before implementing Acumatica, Gem was tracking less than $500,000 in physical stock for their custom ordered projects, while maintaining more than 2,000 cabinets in inventory within their Stocked-to-Go product line as a buffer against uncertainty in the Stocked-to-Go program.
With real-time inventory visibility now available, Gem has reduced the physical cabinet count within their Stocked-to-Go product line to approximately 800 units, while increasing the total tracked inventory value of this program to over $2.5 million – that includes custom ordered projects.
This shift freed warehouse space, improved reporting accuracy, and reduced capital tied up in excess inventory.
Before implementing Acumatica, departments at Gem Cabinets operated largely in isolation. Each team had access only to its own forms and data, limiting visibility into the broader business. Sales teams couldn’t easily see project costs; service teams lacked insight into budgets, and leadership had limited visibility into how operational decisions affected profitability.
With Acumatica, that environment has changed dramatically. Employees across the organization can now view project budgets, inventory levels, operational metrics, and financial performance in real time. Field service operations are also fully connected, with more than 80 subcontractors using the Acumatica Field Service mobile app to receive work orders, log time, and report job progress directly from the field.
This shared visibility has fundamentally changed how decisions are made throughout the organization. Teams can now identify margin erosion early, monitor project performance as work progresses, and make adjustments before small issues turn into larger financial problems.
Greater transparency has also increased accountability and empowered employees to think more strategically about their roles and the impact of their decisions on the business.
Two years after go-live, Gem Cabinets continues to work closely with Aktion Associates for system support, upgrades, and ongoing optimization. Because many of the same consultants who led the original implementation remain involved, the team already understands how Gem operates and why the system is configured the way it is.
That continuity has proven especially valuable as Gem evolves its processes and adopts new Acumatica capabilities. Instead of starting from scratch with each request, the Aktion team can quickly diagnose issues, recommend improvements, and help the organization move forward with confidence.
Today, Gem views Aktion not simply as a software partner, but as a trusted advisor helping the company continue to refine its processes and maximize the value of its Acumatica platform.
Gem Cabinets has moved from two disconnected legacy systems and limited operational visibility to a unified cloud ERP platform that supports every department across the business.
With Acumatica and Aktion, the company has eliminated data silos across the organization, reduced inventory by 60 percent while improving reporting accuracy, connected office, warehouse, and field teams on a single platform, enabled real-time project profitability tracking, and elevated operational awareness across the entire workforce.
Today, Gem Cabinets operates with the systems, visibility, and data discipline needed to support its next phase of growth.
If your organization is facing ERP limitations, Aktion brings the industry expertise, honest guidance, and full‑stack capabilities to help you modernize with confidence.
Manufacturers across fabricated metal, process manufacturing, and industrial machinery are operating in an environment that looks very different than it did even a decade ago, particularly as many organizations evaluate modern manufacturing ERP solutions. Ask almost any operations leader and they will tell you the same thing: production schedules are tighter, product configurations are more complex, and supply chains remain difficult to predict.
Many manufacturers are also discovering that the systems supporting their operations were never designed for this level of complexity. Keeping production aligned often requires manual workarounds, disconnected reporting, or extra coordination between teams just to maintain visibility across purchasing, inventory, and financial performance.
In many industry conversations, this shift is described as preparing for the “factory of the future.” Before exploring what that means in practice, it helps to define the term.
🏭 What is the Factory of the Future?
The factory of the future is a manufacturing environment where systems and production data are digitally connected, giving teams real-time visibility into operations and enabling faster, more informed decisions.
The idea of the factory of the future is not about adopting new technology just because it is new. For many manufacturers, it reflects a practical need to operate with better visibility and coordination as production environments become more complex.
In many operations, critical information about production, materials, and costs still lives in separate systems or spreadsheets. Teams may rely on manual updates or delayed reports just to understand what is happening across the shop floor and the broader operation.
When leaders cannot easily see how production, inventory, purchasing, and financial performance are aligning, responding to issues becomes more difficult. Small disruptions can ripple through the operation before anyone has a clear picture of what changed.
In short, manufacturers care about the factory of the future because better visibility across operations makes it easier to respond to change, maintain efficiency, and support long-term growth.
Many manufacturers rely on ERP systems that were implemented years ago, while others are still managing key operational processes through spreadsheets or disconnected tools. In both cases, multiple small inefficiencies accumulate as operations grow more complex, creating a lack of visibility that makes it harder for teams to respond quickly when conditions change.
These limitations tend to appear in several operational challenges:
Production data, inventory levels, purchasing activity, and financial reporting often exist in separate systems. When these systems do not communicate effectively, teams rely on spreadsheets or manual updates to keep information aligned.
While these workarounds may keep operations moving, they can also make it difficult to understand what is happening across the business at any given moment. When information is fragmented, leaders may struggle to see how production activity, material availability, and costs are truly aligning.
As operational complexity increases, manual processes often expand alongside it. Teams may track production updates in spreadsheets, reconcile inventory manually, or build reports by pulling information from multiple systems.
These processes require time and coordination, which can slow decision-making. By the time leadership teams have a complete picture of operational performance, the conditions on the shop floor may have already changed.
Many manufacturers still rely on legacy ERP systems that were implemented years ago. While these platforms may continue to support basic financial processes, they often struggle to integrate with modern manufacturing tools, analytics platforms, or advanced planning technologies.
As manufacturers explore new ways to improve efficiency and visibility, legacy systems can become a barrier to modernization rather than a foundation for it.
Preparing for the factory of the future often begins with connecting the systems that run core operations. In many organizations, however, manufacturers adopt multiple tools over time to solve specific problems, which can eventually create a patchwork of systems across the operation. When production, inventory, purchasing, and financial data live in separate tools, it becomes harder for teams to see what is happening across the business.
Modern manufacturing ERP systems such as Acumatica Manufacturing Edition often serve as the backbone of this environment, particularly platforms designed specifically for manufacturers. By bringing operational and financial data into a unified platform, ERP helps teams maintain a consistent view of production activity, materials, and costs.
When these areas are connected within the same system, leaders can better understand how decisions in one part of the operation affect the rest of the business. This kind of visibility is a key goal of manufacturing modernization, helping manufacturers respond more quickly to changes and manage operations more effectively.
Manufacturing modernization is typically a gradual process. Many manufacturers begin by evaluating how well their current systems support production, planning, and financial visibility as operations become more complex.
Rather than focusing only on individual technology investments, it is often more valuable to step back and assess how effectively existing systems support coordination across the business.
This evaluation often starts with a few key questions:
Answering these questions helps manufacturers identify where modernization efforts will have the greatest operational impact. In many cases, the goal is not simply replacing one system with another but creating an environment where operational data is connected and decisions can be made with greater clarity.
Manufacturing modernization is not only about adopting new technologies. It is about ensuring that the systems supporting production, inventory, purchasing, and financial operations can work together to provide the visibility leaders need to manage increasingly complex operations.
And the first step in preparing for the factory of the future begins with an honest evaluation about how well current systems support coordination and decision-making across the business.
The factory of the future is a manufacturing environment where production systems, operational data, and reporting are digitally connected. This connectivity gives teams real‑time visibility into operations and supports faster, more informed decision‑making across planning, production, and financial management.
The factory of the future matters because manufacturing operations have become more complex. Tighter production schedules, greater product variation, and ongoing supply chain disruption make it harder to manage operations with disconnected systems. Better visibility and coordination help manufacturers respond to change and maintain efficiency as conditions evolve.
Common signs include reliance on spreadsheets to reconcile data, delayed reporting, manual coordination between teams, and difficulty understanding how production, inventory, purchasing, and financial performance align. These issues often signal that systems were not designed to support current operational complexity.
When production, inventory, purchasing, and financial data live in separate systems, teams lack a consistent view of operations. This fragmentation slows decision‑making, increases manual effort, and makes it harder for leaders to respond quickly when conditions change on the shop floor or in the supply chain.
ERP systems play a central role by connecting core operational and financial data within a unified platform. Modern manufacturing ERP solutions help manufacturers maintain visibility across production, materials, and costs, creating a more stable foundation for modernization and long‑term growth.
Manufacturers often begin by evaluating their operational readiness. This includes assessing whether leadership has real‑time visibility into performance, whether systems are connected across departments, and whether current tools can support future growth and modernization initiatives.
Several factors are contributing to this growing imbalance, making inventory harder to plan and manage effectively. As inventory spreads across locations, even small planning gaps begin to impact performance and margins.
Inventory planning becomes more difficult when the signals used to guide decisions are less consistent. Seasonal patterns shift, buying behaviour changes more quickly, and external factors can influence what inventory is needed and when.
Many distributors are finding that traditional forecasting methods struggle to keep pace with these changing conditions. When planning relies on historical patterns alone, inventory decisions often reflect what has already happened rather than what is likely to happen next.
Without stronger forecasting and planning tools, this can lead to misaligned inventory levels, making it harder to maintain balance across locations and respond to change.
As distributors expand across warehouses, branches, or regions, maintaining a clear view of inventorbecomes more complex. Without centralized visibility, inventory data can become fragmented, making it harder to understand what is available, where it is located, and how it should be allocated across the network.
Acumatica highlights how limited visibility across inventory and orders can lead to misaligned replenishment decisions. This is particularly true in multi-location environments where inventory data is not fully connected.
When inventory planning is limited or inconsistent, purchasing often becomes reactive. Teams respond to shortages by ordering more, only to find themselves overstocked when conditions change.
This pattern is common in environments where planning is still managed through spreadsheets or disconnected systems. As Acumatica notes, reactive replenishment often results in both excess inventory and missed sales opportunities, rather than resolving the underlying imbalance.
Customers expect consistent product availability and fast fulfillment. Even small gaps in inventory planning can impact fill rates, lead times, and overall service levels.
Acumatica emphasizes that improving inventory visibility, replenishment strategies, and planning processes is critical to maintaining service levels as expectations continue to increase.
For many distributors, planning hasn’t deliberately changed, but how decisions get made day to day has.
As operations become more complex and inventory is spread across locations, planning activities often move out of structured systems and into manual workarounds. Forecasts get adjusted in spreadsheets, purchasing decisions are made based on recent shortages, and teams rely on quick fixes to keep orders moving.
Over time, this creates a disconnect between inventory data and planning decisions. Instead of following a consistent forecasting and replenishment process, teams begin reacting to what just happened rather than planning ahead.
For distributors looking to move beyond reactive planning, the goal isn’t just to adopt tools. It’s to create a more consistent approach to inventory planning and replenishment.
Inventory planning typically involves three core activities: forecasting needs, planning replenishment based on inventory levels and lead times, and maintaining visibility across locations. When supported by connected systems, these processes help improve fill rates and reduce excess inventory.
With a shared view of inventory, orders, and planning decisions, teams can move away from manual workarounds. Acumatica Distribution Edition supports this shift with a more structured, system-driven approach:
Rather than reacting to shortages, teams use inventory levels, usage patterns, and lead times to guide replenishment. This keeps purchasing decisions aligned with real needs instead of short-term urgency.
Distribution Requirements Planning (DRP) helps coordinate inventory movement across locations. By factoring in inventory levels, lead times, and planned needs, teams can approach replenishment more proactively and reduce last-minute adjustments.
As operations expand across locations or product lines, planning processes need to scale as well. Acumatica supports planning across multiple sites, helping maintain consistency in how inventory is managed as complexity increases.
Modern distribution systems can improve planning and coordination, but technology alone doesn’t resolve gaps in inventory planning, replenishment, or data visibility.
For many distributors, the most valuable step is to evaluate how inventory planning is currently managed. This includes how inventory data is used, how replenishment decisions are made, and how well systems support visibility across locations and orders.
Taking a structured approach helps identify where processes, data, or systems may be limiting performance. It also ensures that any future investment, whether in ERP or planning tools, aligns with how the business operates.
Inventory imbalances are becoming more common as demand patterns change more quickly and inventory is spread across more locations. Traditional forecasting methods often rely heavily on historical data, which makes it harder to anticipate shifts in buying behavior, lead times, or external disruptions. As complexity increases, even small gaps in planning can result in both overstock and stockouts.
Managing inventory across multiple locations increases the need for accurate, centralized visibility. Without a connected view of inventory, orders, and replenishment needs, data can become fragmented. This makes it harder to understand what inventory is available, where it is needed most, and how to balance supply across the network.
Inventory planning often becomes reactive when teams rely on manual tools like spreadsheets or disconnected systems. When shortages occur, purchasing decisions are made to resolve immediate issues rather than follow a consistent forecasting and replenishment process. Over time, this can create a cycle of urgent decisions that increase both excess inventory and missed sales opportunities.
Customers increasingly expect high fill rates, fast fulfillment, and consistent product availability. Even minor planning gaps can affect service levels and lead times. As expectations rise, distributors need stronger inventory visibility and replenishment strategies to maintain reliability without carrying unnecessary inventory.
Inventory planning and forecasting tools help distributors move from reactive decisions to more proactive planning. By using real usage data, lead times, and inventory levels, teams can make replenishment decisions based on current conditions rather than recent shortages. This supports better alignment between supply and demand across locations.
Across construction, manufacturing, distribution, and architecture & engineering firms, technology is no longer just a support function—it’s the backbone of daily operations. Teams rely on constant connectivity, real-time data, cloud applications, and remote collaboration tools to keep projects moving and customers satisfied. But many organizations are trying to meet modern demands using infrastructure that was designed for a very different technology landscape.
As systems evolve, networks that once worked reliably can quietly become bottlenecks. Performance slows, connectivity becomes inconsistent, and security risks increase. These issues rarely appear overnight. Instead, they develop gradually, making them easy to overlook until productivity starts to suffer.
Each of these industries faces unique operational pressures, yet they share a common challenge: increasing dependence on fast, stable, and secure connectivity.
Construction teams must access files and applications from job sites, offices, and remote locations. Manufacturing organizations depend on real-time machine data and connected systems to keep production lines running efficiently. Distribution companies process high volumes of transactions and inventory updates that demand immediate system responsiveness. Architecture and engineering firms regularly transfer massive design files and collaborate virtually with internal teams and external stakeholders.
When networks aren’t equipped to support these demands, the result is frustration for employees, delays in workflows, and unnecessary risk for the business.
One of the most common causes of performance and reliability issues is outdated equipment. Network infrastructure is typically designed with a lifecycle of about five years. After that point, hardware becomes more prone to failure, may no longer receive security updates, and often struggles to support newer applications or increased data loads.
Older switches can slow data transfer. Legacy firewalls may not protect against modern threats. Backup solutions that haven’t been reviewed in years might not align with current systems or recovery requirements. Even something as simple as an outdated wireless access point can limit productivity if it can’t support the number of connected devices employees use today.
Because these issues build gradually, many organizations don’t realize their infrastructure is holding them back until a failure or outage forces attention.
Refreshing network infrastructure isn’t just about replacing old hardware. It’s about aligning technology with how your business actually operates today—and how it plans to operate in the future.
Modernized infrastructure can dramatically improve day-to-day operations by increasing system speed, stabilizing connectivity, and reducing downtime risk. Updated security components help protect sensitive business data as threats evolve. Improved wireless performance supports mobile teams and growing device counts. Stronger redundancy ensures operations continue even if a component fails.
Perhaps most importantly, a refresh shifts IT from reactive to proactive. Instead of troubleshooting constant issues or responding to unexpected failures, teams can focus on strategic initiatives that move the business forward.
Organizations that regularly evaluate and refresh their infrastructure are better positioned to adapt to change. Whether it’s onboarding new employees, adopting new technology, expanding locations, or supporting remote work, a modern network provides the flexibility to grow without disruption.
Companies that delay upgrades often find themselves dealing with higher long-term costs, more frequent outages, and increased security exposure. In contrast, those that treat infrastructure as a strategic investment gain more predictable performance, stronger protection, and a technology foundation that supports innovation.
In today’s business environment, reliable infrastructure isn’t optional—it’s essential. As operational demands increase across industries, networks must evolve alongside them. A proactive refresh ensures that technology supports your teams instead of slowing them down, helping your organization maintain productivity, reduce risk, and stay prepared for whatever comes next.
In the world of Architecture and Engineering, choosing an ERP isn’t a routine IT decision—it’s a high-stakes leadership move. The system you rely on shapes how accurately you forecast revenue, how confidently you manage margins, and how effectively you deploy your most valuable assets: your people.
Yet many A&E firms are still running on “one-size-fits-all” financial systems that were never designed for project-driven professional services. As firms grow, projects become more complex, and margins tighten, the cracks in those generic platforms become impossible to ignore.
If your team is spending more time in spreadsheets than in strategic analysis—or reviewing reports that reflect last month’s reality instead of today’s—you’re already feeling the impact.
A&E firms don’t sell products. They sell expertise, time, and outcomes delivered through contracts, projects, and people. That business model demands a very different type of system.
To operate effectively, A&E firms need software that supports:
Generic ERP systems aren’t built for this. Over time, the gaps create a hidden tax on your firm: manual workarounds, delayed insight, increased administrative effort, and leadership teams forced to react instead of plan.
When your ERP is built specifically for the A&E industry, it stops being something you “work around” and starts becoming a strategic advantage.
Purpose-built systems help firms:
The difference isn’t just features—it’s fit.
Deciding on an ERP upgrade shouldn’t be about checking boxes on a feature list. It should be about choosing a platform—and a partner—that understands how A&E firms plan, staff, deliver, and grow.
At Aktion Associates, we’ve seen firsthand how moving from a generic system to a purpose-built ERP can transform financial visibility, operational confidence, and long-term scalability. We help A&E leaders cut through vendor noise, evaluate platforms objectively, and build technology roadmaps that support real growth—not just today’s needs.
If you’re ready to stop relying on manual workarounds and want a structured, low-risk way to evaluate your options, explore our 2026 A&E ERP Buyer’s Playbook below. It’s designed to help you identify red flags early and make an informed decision that supports your firm’s future. If your organization is entering an ERP replacement cycle, engaging Aktion early can provide the strategic guidance needed to make a confident, well-informed decision.
