In contrast to centralized systems, distributed software systems add an entire new layer of complexity to the already difficult problem of software design. In spite of that, for a variety of reasons, ...

Distributed computing and systems software form the critical backbone of modern digital infrastructures by enabling a network of autonomous computers to work collaboratively. This paradigm ...

In contrast to centralized systems, distributed software systems add a new layer of complexity to the already difficult problem of software design. In spite of that and for a variety of reasons, more ...

Using his expertise in distributed systems and cloud software, Birkaran continues to develop solutions that adapt to the ever-changing needs of businesses, enabling them to reach new heights of ...

Developers of complex distributed software systems have been using old-fashioned solutions like whiteboards and makeshift diagramming tools to visualize complicated and multi-layered systems. They ...

Advances in large-scale, distributed software systems are changing the game for software engineering. As an industry, we are quick to adopt practices that improve flexibility and improve feature ...

As modern software systems become more and more complex, gaining observability into how applications perform and what makes them fail is quickly climbing up the priority list.

Expect to hear more about Bitcoin and its blockchain architecture in 2016, as the manner in which they crypto-currency works is becoming a best practices for developing distributed systems.

Now, with the broad shift towards distributed software systems through microservices and containers, the old adage of not being able to manage what you can’t measure has never been more relevant.

This software monitors and manages the performance and availability of distributed applications and services across diverse and complex environments, including cloud, on-premises, and hybrid systems.