List of Projects

The goal of Eclipse Graphene™ is to make AI and machine learning accessible to a wide audience by creating an extensible catalog of reusable solutions, sourced from a variety of AI toolkits and

The Eclipse Azimuth Sailing Analytics, formerly known as the "SAP Sailing Analytics," offers a solution for portraying and analyzing sailing regattas, supporting training scenarios, and powering the

The Eclipse Dataspace Protocol is used in the context of data spaces as described and defined in the subsequent sections with the purpose to support interoperability. In this context, the

Jakarta Validation is a specification which lets you express constraints on object models via annotations lets you write custom constraints in an extensible way provides the APIs to validate objects

The objective of this project is to propose a means to support the due diligence responsibilities of manufacturers who rely on F/OSS components in a way that, rather than burdening F/OSS maintainers

Eclipse Enclave provides secure, isolated execution environments for autonomous AI agents working on software projects. It lets developers, teams, and organizations run AI coding agents, and other agentic tools with broad, productive autonomy, while constraining their effect on the host system, the network, and other concurrent work. Eclipse Enclave is not an AI agent and not an IDE. It is the runtime, the isolation layer, and the management surface around agents. It treats agents as untrusted, replaceable workloads that should be observable, sandboxed, and auitable by default.

Eclipse QSOS (Qualification and Selection of Open Source Software) is a methodology and a collaborative tool that allows users to collaboratively define, evaluate, qualify and compare open source

Eclipse Quneiform offers support for analyzing C/C++, Java, and C# source code to identify internationalization (i18n) issues. Additionally, Eclipse Quneiform assists in reviewing and pseudo

Eclipse Dataspace Components (EDC) A dataspace is both a multi-organizational agreement and a supporting technical infrastructure that enables data sharing between two or more participants

Every hospital, clinic, and lab runs on a patchwork of software systems that were never designed to talk to each other. A patient's record might live in one application, their lab results in another

CORE-ETSP combines many-core RISC-V-based RTL with MRAM and thus creating a basis for the next generation ET Silicon Platform design. It can be deployed either in a traditional configuration with the

Industrial and academic projects requiring access to either 32- or 64-bit, embedded or application class cores. The CVA6 can be synthesized for both FPGA and ASIC targets.

Eclipse Coffee Builder for Jakarta EE is an open source tool that helps developers create and evolve Jakarta EE applications progressively. Eclipse Coffee Builder creates a small and understandable

Eclipse SCINTX (Supply Chain Intelligence Exchange) is a vendor-neutral open standard and reference implementation for package-security integration. It sits between package registries / CI systems and

The Eclipse DataGrid project delivers a high-performance, distributed, in-memory data processing layer for Java applications. Built upon the robust foundation of EclipseStore, Eclipse DataGrid extends

Eclipse Trace Compass™ is an open source application to solve performance and reliability issues by reading and analyzing logs or traces of a system. Its goal is to provide views, graphs, metrics, and

The Eclipse Handly™ project provides basic building blocks for handle-based models, with an emphasis on language-specific source code models of the underlying Eclipse workspace. It allows creating

Eclipse VOStack is an open source software stack for IoT virtualization and convergence with edge/cloud computing technologies. It is aligned with the W3C Web of Things Standard. The core of Eclipse

Eclipse Qrisp is a high-level programming language for working with quantum computers. Eclipse Qrisp is designed to enable programmers to write complex quantum algorithms with the ease of a modern day

OSGi® specifications enable the development, deployment and management of embedded, server-side, and cloud-native applications using software modularity to vastly improve the evolution, maintainability, and interoperability of applications and infrastructure.