Ujigami
A Real-Time Execution System for Manufacturing
Ujigami

Edward Dickson, President, UjigamiEdward Dickson, President
Ujigami is a plant-floor manufacturing software system that connects production planning systems directly to plant-floor execution, coordinating and controlling tasks, materials, equipment, and operators in real time without requiring custom programming or system standardization.

In many manufacturing environments, planning and execution remain disconnected. Production orders are generated in ERP systems or simulation tools, but translating those plans into coordinated action on the plant floor still depends on manual interpretation, indirect communication, and fragmented systems. Ujigami addresses this gap by acting as a real-time execution system that continuously connects planning inputs to real-time activity across operations.

Rather than requiring manufacturers to adopt rigid Industry 4.0 standards or replace existing infrastructure, Ujigami works within the current plant environment. The platform connects with legacy machines, modern equipment, CAD systems, ERP platforms, and Business Intelligence tools, allowing manufacturers to coordinate execution without restructuring their technology stack. This capability has also earned Ujigami recognition as a Top Digital Manufacturing Solutions 2026.

“Ujigami allows manufacturers to bypass the need for standardization. We connect different equipment and systems and coordinate them within a unified environment,” says Edward Dickson, president.

At its core, Ujigami operates as a real-time coordination and control layer. Production orders generated in ERP systems are translated into specific, actionable tasks. These tasks are delivered directly to machines, operators, and material handlers at the moment they are required. Each role receives clear instructions based on current production conditions, removing the need for manual interpretation or reliance on indirect communication.

As conditions change on the plant floor, the system updates instantly. If materials are unavailable, priorities shift, or workflows need adjustment, Ujigami redirects tasks and updates all affected roles in real time. This ensures that execution remains aligned with current production needs, reducing delays and preventing miscommunication.

  • Ujigami allows manufacturers to bypass the need for standardization. We connect different equipment and systems and coordinate them within a unified environment.

A key differentiator is that this coordination does not require PLC programming or custom software development. Workflows are configured through a guided, selection-based interface accessible via a standard web browser. This allows manufacturers to define, modify, and deploy execution processes quickly, without specialized technical expertise.

Ujigami also captures and delivers operational knowledge directly within the workflow. Instructions are presented to operators in context, based on their role and position within a process. This ensures consistent execution, reduces dependence on experience or memory, and enables faster onboarding of new personnel.

The impact of this approach is particularly evident in material and inventory management. In one implementation, a manufacturing plant reliant on paper-based warehouse processes experienced recurring inefficiencies and inventory losses. After deploying Ujigami’s warehouse management capabilities, operations shifted to a fully digital, real-time system.

Material handlers receive task-based instructions for material movement and retrieval. When a component is not available at the expected location, the system immediately redirects them to an alternative source while updating the system to prevent repeated attempts by others. This reduces wasted effort and improves coordination across the plant.

As a result, production stoppages caused by material shortages were eliminated, and inventory accuracy improved significantly. Monthly inventory counts were no longer required, and losses were reduced to minimal variances.

Ujigami also improves the effectiveness of ERP systems by ensuring that data is captured at the point of execution. Material consumption, production output, and inventory movements are recorded in real time, allowing ERP systems to operate with accurate and current information rather than delayed or manually entered data.

By directly connecting planning to execution and coordinating all roles in real time, Ujigami reduces delays between decision and action. Manufacturers are able to execute production plans faster, adapt to changing conditions more effectively, and improve operational efficiency without the need for complex system overhauls or custom development.

Deep Dive

Rethinking Digital Manufacturing through Adaptive Execution Systems

Digital manufacturing has long been shaped by the tension between standardization and reality. Many enterprises invested heavily in Industry 4.0 frameworks, expecting uniformity across equipment, systems and processes. That expectation rarely materialized. Legacy machinery, fragmented vendor ecosystems and inconsistent data flows continue to limit how effectively plants translate digital ambition into execution. The result is a persistent gap between planning systems and what actually happens on the shop floor. What distinguishes more effective digital manufacturing approaches today is their ability to work across heterogeneity rather than eliminate it. Systems that can integrate with both legacy and modern equipment, while also connecting upstream design environments and downstream execution layers create a continuous flow of knowledge rather than isolated data silos. This continuity matters less as a technical feature and more as a decision advantage. When simulation outputs, production schedules and machine-level realities align without manual translation, friction decreases. Organizations move more efficiently from planning to production.   Another defining shift lies in how information reaches the workforce. Manufacturing execution has historically relied on indirect communication—paper instructions, delayed updates, or supervisor-driven coordination. These mechanisms introduce lag and inconsistency, especially in complex environments where timing and sequencing are critical. Systems that dynamically deliver context-specific information to operators at the moment of need change this dynamic. They reduce dependency on memory, interpretation and manual coordination, replacing it with guided execution that aligns individual actions with broader production intent. Ease of deployment also plays a decisive role. Traditional implementations often required specialized programming knowledge, extended timelines and heavy customization. This created a secondary barrier where solving operational problems depended on technical capability rather than process understanding. Configurable, browser-based environments address this by shifting control closer to plant teams. Familiar interfaces and guided configuration allow users to define workflows without coding, thereby reducing deployment cycles and reliance on external development resources. The advantage is not just speed but adaptability, as systems evolve alongside operational needs rather than lag behind them. A connected manufacturing environment further depends on how effectively enterprise systems and shop-floor execution interact. Planning platforms such as ERP systems are only as reliable as the data they receive. Delayed or inaccurate inputs distort production visibility, inventory accuracy and decision-making. Real-time feedback loops that capture material movement, production progress and task completion directly from execution environments ensure that enterprise systems reflect current conditions. This alignment improves coordination across roles, reduces redundant effort and limits the cascading effects of outdated information. These dynamics converge in environments where manual processes once dominated. Paper-based workflows, disconnected inventory tracking and delayed updates create inefficiencies that compound over time. When execution becomes digitized and continuously updated, organizations not only eliminate these inefficiencies but also gain a more stable foundation for scaling operations without proportional increases in complexity. Within this context, Ujigami represents a notable approach to digital manufacturing execution. It integrates disparate systems and equipment without requiring adherence to rigid standards, allowing manufacturers to build a unified environment across existing assets. Its browser-based interface enables configuration without programming, giving plant teams direct control over process design and deployment. It also connects closely with enterprise systems, ensuring that production orders, material flows and execution data remain synchronized in real time. By delivering task-specific guidance to operators and continuously updating system intelligence, it reduces coordination gaps while improving production flow, inventory accuracy and time-to-market. ...Read more

Digital Manufacturing Solutions Info

Q1

What Can Digital Tools Help Production Teams Achieve?

Digital tools connect production instructions, equipment, operators and process information so teams can coordinate work more consistently. Rather than relying on paper schedules, spreadsheets and manual checks, manufacturers can share changes, apply production rules and spot problems while work is underway. These manufacturing workflows can reduce avoidable delays and help each item follow the required process. The result depends on how well the system fits existing equipment, production demands and quality requirements.

Q2

How Does Ujigami Use Digital Tools on the Plant Floor?

Ujigami’s software lets users build digital workflows without programming. People who can prepare work instructions can configure the rules for producing parts, then send those workflows to machines and operators in real time. By keeping current information available across the plant, the system reduces reliance on paper schedules and manual updates. Teams can coordinate changing work while keeping production aligned with specifications. These are practical uses of Digital Manufacturing Solutions when instructions and tasks need to stay in sync.

Q3

Which Capabilities Matter in Connected Manufacturing Software?

Useful Digital Manufacturing Solutions connect machines, share current production information, support configurable rules and give operators clear instructions. They should help teams respond when schedules change and keep work steps up to date across different stations. Compatibility with installed equipment matters, too, since replacing machinery may not be practical. Reporting and traceability let teams review a production run, investigate an exception and identify where a process needs attention.

Q4

How Can Digital Manufacturing Solutions Reduce Errors and Delays?

Outdated instructions, schedule changes that do not reach everyone and missed manual checks can all disrupt production. Connected Digital Manufacturing Solutions help close these gaps by sharing updates across the plant and linking work steps to defined rules. When operators, equipment and production information stay connected, teams can respond sooner to problems and avoid some unnecessary downtime. The results depend on the process being controlled and how well the software is configured and adopted.

Q5

What Does Ujigami’s Work Show About Manufacturing Workflow Integration?

One Ujigami project involved a large tier-one automotive paint supplier managing a changing schedule for parts that required different colors. The operation used spreadsheets and paper schedules, which contributed to miscommunication, delays and downtime. Ujigami introduced a digital workflow that shared updates across the plant with rack load drivers, paint system operators, robots and programmable logic controllers. The workflow later extended to the paint kitchen and paint pumps, bringing supply handling into the same coordinated process. The example shows how Digital Manufacturing Solutions can connect related tasks instead of digitizing one workstation in isolation.

Q6

What Should Organizations Assess When Choosing Digital Manufacturing Solutions?

Organizations should check whether a platform works with current machines, how easily teams can configure workflows and how quickly updates reach the people who need them. Clear operator instructions, visibility into production activity and useful reporting also matter when issues need follow-up. Implementation demands, staff training and the ability to adapt workflows as processes change deserve attention. The right fit should address actual production problems without adding unnecessary complexity.