...It is capable of monitoring, tracing and diagnosing distributed systems in cloud native architectures.
Apache Skywalking supports the collection of telemetry data from a number of different sources and in different formats, such as Java, .NETCore, PHP, LUA agent and more. It also offers a solid core features set, which includes root cause analysis, service topology map analysis, performance optimization, and many more.
SkyWalking-Java: The Java Agent for Apache SkyWalking, which provides native tracing/metrics/logging abilities for Java projects. SkyWalking: an APM(application performance monitor) system, specially designed for microservices, cloud-native and container-based (Docker and Kubernetes) architectures.
.NET implementation of Sikuli, utilizing an embedded jetty server.
Using an embedded jetty server, this project exposes the core functionality of Sikuli for use within .NET projects. The nuGet package can be installed with the following command entered in the package manager:
Install-Package Sikuli4Net
Requires a working installation of the latest version of Sikuli.
Additional setup required: See screenshots for examples of how to implement this tool.
A comprehensive business framework to enable sophisticated enterprise workflows. Define, simulate and deploy cross-platform workflows while being able to enrich and customize the core services on demand.
Deploy in 115+ regions with the modern database for every enterprise.
MongoDB Atlas gives you the freedom to build and run modern applications anywhere—across AWS, Azure, and Google Cloud. With global availability in over 115 regions, Atlas lets you deploy close to your users, meet compliance needs, and scale with confidence across any geography.
Joone is a neural net framework written in Java(tm). It's composed by a core engine, a GUI editor and a distributed training environment and can be extended by writing new modules to implement new algorithms or architectures starting from base component
A .Net Library that lets you make full use of multi-core and multiprocessor computers. It is very efficient, and easily integrated into existing applications. It is modeled after the Parallel FX usage model, and is faster than the PFX too.