FOSS Project Spotlight: Pydio Cells, an Enterprise-Focused File-Sharing Solution

Pydio Cells is a brand-new product focused on the needs of enterprises and large organizations, brought to you from the people who launched the concept of the open-source file sharing and synchronization solution in 2008. The concept behind Pydio Cells is challenging: to be to file sharing what Slack has been to chats—that is, a revolution in terms of the number of features, power and ease of use.

In order to reach this objective, Pydio's development team has switched from the old-school development stack (Apache and PHP) to Google's Go language to overcome the bottleneck represented by legacy technologies. Today, Pydio Cells offers a faster, more scalable microservice architecture that is in tune with dynamic modern enterprise environments.

In fact, Pydio's new "Cells" concept delivers file sharing as a modern collaborative app. Users are free to create flexible group spaces for sharing based on their own ways of working with dedicated in-app messaging for improved collaboration.

In addition, the enterprise data management functionality gives both companies and administrators reassurance, with controls and reporting that directly answer corporate requirements around the General Data Protection Regulation (GDPR) and other tightening data protection regulations.

Pydio Loves DevOps

In tune with modern enterprise DevOps environments, Pydio Cells now runs as its own application server (offering a dependency-free binary, with no need for external libraries or runtime environments). The application is available as a Docker image, and it offers out-of-the-box connectors for containerized application orchestrators, such as Kubernetes.

Also, the application has been broken up into a series of logical microservices. Within this new architecture, each service is allocated its own storage and persistence, and can be scaled independently. This enables you to manage and scale Pydio more efficiently, allocating resources to each specific service.

The move to Golang has delivered a ten-fold improvement in performance. At the same time, by breaking the application into logical microservices, larger users can scale the application by targeting greater resources only to the services that require it, rather than inefficiently scaling the entire solution.

Built on Standards

The new Pydio Cells architecture has been built with a renewed focus on the most popular modern open standards: