VOGSY scales across the globe

We have designed VOGSY to be globally scalable.

To achieve global scalability, we adhere to 4 rules:

  1. Support business processes in a way that can be used everywhere in the world.

  2. Build an open, three-layered architecture based on APIs to connect rapidly to locally operating software services.

  3. Deploy software that can be used on any device with any internet connection.

  4. Use the most advanced worldwide infrastructure available to guarantee global availability.


1. Support global business processes

VOGSY has customers on all continents, and our customers deliver services around the globe.

Together with our customers, we have distilled the most successful best practices for international professional services firms and captured them in our software.

By combining our knowledge and continuously enhancing VOGSY to meet these international needs, we ensure that VOGSY can support the global business processes of our professional services customers.


2. Open architecture

VOGSY has an open, three-layered architecture, with APIs allowing communication between the business logic and presentation layers.

This architecture enables VOGSY to quickly establish a connection to locally operating software services. HR and payroll services, as well as financial solutions, need to follow local rules and regulations.

VOGSY connects all these data silos into one single source of truth.


3. Any device, any connection

You can use VOGY on any device, from small cell phones to large screens. VOGSY scales seamlessly between smaller and larger screens while offering the same features. That's why VOGSY is a responsive web app.

VOGSY requires a working internet connection. However, VOGSY works fine even on very slow connections. You can use VOGSY anywhere, with a live internet connection and on any device.


4. Global infrastructure

VOGSY runs on Google Cloud's global infrastructure. Google has an international ultra-fast, low-latency network that connects VOGSY to every continent in milliseconds.