Simplify workflows to accelerate growth
The Efficiency Factory combines innovative technologies, deep domain expertise, and proven methodologies to help your organization become more efficient, productive and competitive.

About the Efficiency Factory
We focus on automation, integration, modernization, data governance, AI adoption, technology skills, change management and rapid implementation.
Assessment & Strategy
Identifying automation opportunities, analyzing processes, and creating a roadmap.
Implementation
Designing and implementing workflow automation using low-code, high-code, and no-code platforms.
Support & Maintenance
Ensuring continuous operation and optimization of automated processes.
Change management & Onboarding
Leading the organization in the adoption of new technologies and processes.
Building blocks of automation
Our service delivery approach includes several layers: data analysis, automation, information management and security.
We use various technologies and tools, such as Microsoft Fabric for data warehousing and analysis, Mendix as a low-code platform for application development, and Robotic Process Automation (RPA) for automating repetitive tasks.
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Task automation
RPA is used to automate individual tasks. -
Process automation
We automate workflows using low-code, high-code or no-code platforms and integration with APIs. -
Digital business operations
We automate entire end-to-end processes using AI and machine learning.
3 ways to collaborate in the Efficiency Factory
IT Team extension
Project Delivery
Managed Services
The Efficiency Factory offers a wide range of solutions to address the challenges your organization faces in today's digital world.
What challenges does the Efficiency Factory tackle?
From manual tasks to RPA
Integrated and connected systems
Complexity vs flexibility
Technical debt and obsolete applications are major contributors to inefficiency in organizations. The Efficiency Factory focuses on continuous modernization and phased replacement of obsolete components.
Instead of an expensive and risky rip-and-replace approach, we implement an iterative methodology that focuses on identifying and resolving bottlenecks. By using low-code, high-code, and no-code implementation methods, we can flexibly respond to the complexity of each use case and incrementally modernize legacy systems.