The Bitrise Runner is a new capability that allows you to use the machine of your choice within your own infrastructure, to run Bitrise builds, providing enhanced security, geolocation flexibility, and control over build environments.

Kong Mesh 2.7 is here! And with it come a slew of new features to make our simple and powerful enterprise service mesh even easier to use and more powerful for your particular needs. In this blog post, we'll cover the new features and show how Kong Mesh 2.7 can deliver a superior service mesh experience for your organization.

Ruby on Rails is the most popular web framework in the Ruby ecosystem and has a large user base, ranging from freelancers to large established companies. With an active user community and wide-ranging documentation, it can be used to build everything from simple applications to complex web platforms. That said, a new contestant is taking on Rails’ dominance for the full-stack Ruby framework title: Hanami.

Kong Insomnia 9.0 is now generally available for download. It ships with many new features and improvements — over one hundred improvements in total! This new version of Kong Insomnia also makes it much easier to migrate from other products with a more reliable “import” experience, while improving the speed of using the product and making it more customizable. Let’s dive into all the notable features.

We’re delighted to announce the release of WSO2 API Manager 4.3, a significant upgrade that enhances your API ecosystem's performance, security, and scalability. WSO2 API Manager, an industry-leading open source API management solution, offers a unified platform for creating, publishing, and overseeing APIs, enabling organizations to securely expose their services with both internal and external stakeholders.

We're excited to introduce WSO2 API Platform for Kubernetes (WSO2 APK) 1.1, a key update to our Kubernetes-native API management solution. This release leverages the strengths of Kubernetes to offer high-performance and cloud-scale API management, ensuring automation, reliability, and improved developer experiences. Traditional API management solutions aren't built for Kubernetes environments, leading to issues with performance, scalability, and manual configuration.

Erlang is renowned for its remarkable fault tolerance and high concurrency. Erlang's scheduler efficiently handles many lightweight processes. The scheduler plays a crucial role in managing processes, concurrency, and system resources, efficiently coordinating these elements to help Erlang maintain fault tolerance and support high levels of concurrency in its applications. This post will dissect some of the scheduler's key components and shed light on how it works internally. Let's get started!