Process engineering
and Software development

We streamline your production using data-driven process mapping, optimization, and custom software.

Black Belt Certified

NEVRA has successfully completed the requirements and demonstrated proficiency in the curriculum established by Six Sigma Global Institute to be awarded with the title of Lean Six Sigma Black Belt and Green Belt Professional

A case study

Streamlining Quality Reporting for an Automotive Manufacturer

The Challenge
A large automotive factory struggled with inefficient quality reporting. Data was tracked manually in Excel, making it difficult to analyze and slow to act on.

The Analysis
Nevra conducted a full process analysis, identifying bottlenecks and gaps in how quality data was captured, processed, and used.

The Solution
We developed a custom full-stack desktop application in .NET/WPF. It connected directly to production equipment via serial interfaces and pulled real-time data from RFID readers. The system visualized deviations and automatically generated quality reports.

The Results
• Reduction in reporting time
• Real-time access to data for both operators and management
• Better decision-making through trend monitoring

Technologies Used for this Specific Case Study
– C# / .NET (WPF)
– Power Fx
– Machine Learning
– RS-232 communication with factory equipment
– Power BI for data visualization
– SharePoint integration for document management

Data-Driven Tool Management in Production

A data-driven approach turned guesswork into precision. By combining smart analysis and automation, we helped the client gain full control over their tool usage, reduce costs, and optimize machine performance.

Outdated tools slowing down your production?
We’ll help you modernize and future-proof it—seamlessly.

Start your process analysis

Our Services

We begin with an opportunity: to enhance throughput, reduce waste, or improve control of your production flow.
Using a mix of data analysis and on-site observation, we map current-state processes to identify bottlenecks, inefficiencies, and untapped potential.
Tools used: Value Stream Mapping, time studies, flow charts. Example: Mapping the full cycle from material intake to delivery revealed time loss at changeover points.
With a clear understanding of the current state, we co-develop a leaner and more effective future state. We apply structured improvement frameworks — such as DMAIC, Kaizen, or 5S — to implement measurable, sustainable changes.
Example: Reorganizing a workstation layout and introducing real-time tracking reduced cycle time by 20%.
We build custom applications that support and evolve with your production — from desktop tools to cloud-integrated systems.
Our solutions are built for your environment and connect directly to machines, sensors, and MES/ERP systems.
Tech stack: .NET (WPF/C#), Power Apps, SharePoint, Power BI, SQL Server.
Example: A WPF application reads RS-232 signals from production devices and visualizes performance live.
No two factories are the same — that's why we tailor every solution to your processes, not the other way around.
From rapid prototyping to full deployment, we ensure seamless integration into your workflows and teams.
Example: A custom Power App for daily defect logging integrated with cloud-based reporting and KPI dashboards.

About NEVRA

From insight to optimization

We are a small and powerful team with roots in the automotive industry, working with some of the world’s largest production facilities.

We define, meassure, analyze and improve industrial processes by collecting, storing, and visualizing data — using custom-built software or Microsoft-based tools like Power Apps, Power BI, and SharePoint, when they’re the right fit.

We support both factory staff and management in areas such as Quality, Delivery, and Sustainability — often using structured problem-solving techniques like DMAIC and KAIZEN.

We also design and develop full-stack desktop applications in .NET (WPF/C#), capable of communicating with industrial devices via serial protocols (RS-232/485/422), and extracting and analyzing data from LF/HF RFID tags.

Trust is good, but control is better — and we build systems that deliver both.