Modernising Manufacturing Operations

The challenge: disconnected systems on the factory floor

Over time, manufacturing organisations have accumulated a complex landscape of systems. ERP platforms manage production and finance. MES systems control machinery. Quality teams track investigations in separate tools. Maintenance teams use different ticketing platforms.

Individually these systems serve a purpose. But together they often fail to provide a single view of operational reality. Employees on the shop floor may need to log into multiple systems just to complete a single task. Quality investigations are difficult to track end-to-end. Operational issues are reported inconsistently. The cost of this fragmentation is significant. Unplanned downtime alone costs the world's 500 largest companies $1.4 trillion annually - equivalent to 11% of total revenues (Siemens, True Cost of Downtime 2024).

According to research cited by Appian, disconnected systems slow employees down, increase the likelihood of errors, and make it harder for organisations to identify and resolve operational issues quickly.

What manufacturers need is not necessarily another system. They need a layer that connects systems, orchestrates processes, and brings work into one place. This is exactly where low-code platforms like Appian play a powerful role.

A connected operational layer for manufacturing

Appian enables organisations to rapidly build applications that integrate existing systems and orchestrate complex processes across teams and departments. Instead of replacing ERP, MES, or other core systems, Appian acts as a process and orchestration layer, connecting data and workflows across the enterprise.

This allows manufacturers to:

• Automate operational workflows
• Improve visibility across production and quality processes
• Standardise procedures across plants
• Introduce mobile tools for shop-floor workers
• Capture operational data in real time

Low-code development accelerates this transformation significantly. Applications can be delivered far faster than traditional development approaches, allowing manufacturers to modernise operations incrementally rather than through large, risky system replacements. The market reflects this momentum: the digital transformation in manufacturing market is expected to reach $440 billion in 2025, growing at a CAGR of 19.4% (Mordor Intelligence). Meanwhile, 80% of manufacturing executives plan to invest 20% or more of their improvement budgets in smart manufacturing initiatives in 2026(Deloitte).

Real-world examples: modernising manufacturing operations

At Yexle, we are currently working with manufacturing organisations to transform several critical operational processes using Appian. These are not theoretical examples they represent real operational improvements on the shop floor.

1. Manufacturing help desk and CAPA management

In many factories, operational issues are still reported through informal channels emails, paper forms, spreadsheets, or verbal communication.

We helped one manufacturer introduce a digital manufacturing help desk built on Appian. Any employee on the shop floor can raise a case directly through a simple interface. This could be a maintenance request, facilities issue, quality concern, or production problem. Once submitted, Appian automatically routes the case through investigation and root-cause analysis workflows. If required, the platform triggers a Corrective and Preventive Action (CAPA) process, ensuring both the immediate issue is resolved and preventative steps are taken to stop recurrence.

The solution has evolved further to include:

• Defect tracking
• Quality management workflows
• Audit scheduling and execution
• Non-conformance management
• Tracking of corrective actions

Instead of fragmented processes, the manufacturer now has a single digital system for operational issues and quality management.

2. Accident and incident reporting

Safety is a critical priority in manufacturing environments, yet incident reporting processes are often inconsistent. We implemented an incident management application that allows employees to quickly report hazards or near-miss events.

Examples include:

• Blocked emergency exits
• Equipment hazards
• Potential safety risks identified on the shop floor

Employees can raise incidents instantly through a mobile or desktop interface. Appian then orchestrates the full workflow:

• Investigation
• Triage and classification
• Corrective actions
• Tracking and resolution

This creates a structured safety process and ensures potential hazards are addressed before they become serious incidents.

3. Material Review Board and Rework Management

Another area where we frequently see operational inefficiencies is the Material Review Board (MRB) process. When a non-conformance occurs, manufacturers must determine whether a part should be scrapped, reworked, or accepted with deviation.

In many organisations this process is still managed through manual approvals and disconnected systems. Using Appian, we implemented a workflow where a Non-Conformance Request triggers a structured MRB process. The platform helps teams:

• Assess the issue and determine root cause
• Decide whether rework is required
• Generate the correct rework route based on product, customer, and issue type
• Obtain approvals internally and from the customer
• Issue work instructions for rework
• Track parts through the rework lifecycle

Previously the manufacturer had little visibility into where parts were within the rework process. Now they have full traceability from defect detection through to final approval and return to work-in-progress.

The strategic value: visibility and continuous improvement

What makes these solutions powerful is not simply automation. It is the data and visibility they create. When operational processes are digitised and connected, manufacturers gain the ability to:

• Identify recurring quality issues
• Analyse root causes across plants
• Track operational KPIs in real time
• Improve safety performance
• Reduce production delays
• Continuously optimise processes

Connected systems create a feedback loop across the manufacturing lifecycle linking production, quality, delivery, and service processes to drive continuous improvement.

The future of connected manufacturing

Manufacturing is entering a new phase of digital transformation. The next wave will not be driven solely by new machines or sensors, but by how organisations connect people, systems, and processes.

Low-code platforms provide a powerful way to modernise operations without replacing existing investments. By connecting systems, automating workflows, and giving employees better tools, manufacturers can improve efficiency, increase resilience, and respond faster to changing market demands.

At Yexle, we believe the manufacturers that succeed in the coming years will be those that embrace connected, workflow-driven operations. The technology now exists to make that vision a reality.