ActiveJ Java platform takes aim at Spring, Quarkus
ActiveJ Java platform takes aim at Spring, Quarkus
High-performance Java platform born in ad-tech is geared toward high-load web, cloud, networking, and microservices applications
Positioned as a replacement for multiple Java technologies, the ActiveJ platform is being put forward as a minimalistic, boilerplate-free, and fast technology stack for web, cloud, microservices, and high-load applications.
Consisting of loosely coupled components for asynchronous processing, I/O processing, high-performance web serving, and high-performance networking, ActiveJ, from the company of the same name, was built to replace Spring, Spark, Red Hat Quarkus, Micronaut, Vert.x, and other Java frameworks.
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Positioned as a replacement for multiple Java technologies, the ActiveJ platform is being put forward as a minimalistic, boilerplate-free, and fast technology stack for web, cloud, microservices, and high-load applications.
Consisting of loosely coupled components for asynchronous processing, I/O processing, high-performance web serving, and high-performance networking, ActiveJ, from the company of the same name, was built to replace Spring, Spark, Red Hat Quarkus, Micronaut, Vert.x, and other Java frameworks.
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The approach of the ActiveJ platform is to give priority to business logic instead of framework specifications. Open source ActiveJ was created as a high-load ecosystem for the AdKernel real-time ad bidding and ad serving platform, after developers found existing Java platforms and frameworks lacking. ActiveJ 3.0, available since November and accessible on Maven, has been used in in-house projects at AdKernel, processing billions of daily reques