# Launching Kuiver: A Compose Multiplatform Directed Graph Library Interactive graph visualization tool reaches beta stage for cross-platform Compose developers. - **Source:** [Developing Android Apps](https://brifing.si/source/aa76b6c1-28c1-49f8-967e-b6a0eeadfa86) - **Published:** 2026-10-28 - **Topic:** [Software & Engineering](https://brifing.si/c/engineering) - **Original article:** - **On Brifing:** https://brifing.si/s/5923639f-f1de-4d13-9d58-072a094af870 ## Kuiver Library Beta Launch The developer justdeko has officially transitioned the Kuiver library into its beta phase after months of active development. This tool is designed specifically for Compose Multiplatform, enabling developers to integrate interactive directed graphs into their applications. The project is currently hosted on GitHub, inviting community feedback and potential contributions for future refinement. ## Core Visualization Features Kuiver treats nodes and edges as standard composables, ensuring seamless integration within the Compose ecosystem. The library includes built-in layout algorithms that handle complex graph structures automatically. Users can perform essential interactions such as zooming, panning, selecting, and dragging elements, which are fundamental requirements for any robust graph-based user interface implementation. ## Animation and Layout Dynamics A standout feature of Kuiver is its support for animated relayouts, providing fluid transitions when the graph structure changes. This capability ensures that visual updates remain intuitive for end-users during data manipulation. By leveraging native Compose animations, the library maintains high performance while managing the complex state transitions inherent in dynamic directed graph visualizations. ## Minimalist Dependency Architecture The library maintains a lean footprint by avoiding external dependencies beyond core Compose libraries. This design choice simplifies the integration process for developers, reducing potential version conflicts and build overhead. By relying strictly on standard Compose primitives, the project ensures long-term stability and compatibility across different platforms supported by the Compose Multiplatform framework. ## Strategic Development Roadmap The transition to beta status reflects a deliberate shift in the development pace. The creator notes that no major large-scale architectural changes are currently planned, suggesting the library has reached a stable feature set. This phase focuses on refinement and bug fixes rather than introducing disruptive new features that could compromise existing implementations. ## Cross-Platform Technical Context Compose Multiplatform allows developers to share UI code across Android, iOS, desktop, and web platforms. Building a graph library within this ecosystem requires careful handling of touch events and coordinate systems across diverse input methods. Kuiver addresses these challenges by abstracting the interaction logic into reusable composables, consistent with modern declarative UI patterns. ## Developer Interaction Model The project is actively seeking community input to identify edge cases or missing functionality. By opening the repository to public feedback, the maintainer aims to validate the library against real-world use cases. Interested developers can access the source code on GitHub to explore the implementation details and contribute to the ongoing beta testing. ## Impact on Graph Implementation Kuiver provides a specialized solution for developers needing to visualize hierarchical or relational data structures without building custom engines from scratch. Its focus on composability and native performance makes it a viable candidate for data-heavy applications. As it matures, the library could become a standard utility for Compose-based graph visualization tasks. ## Sources covering this story - https://www.reddit.com/r/androiddev/comments/1xht8bf/i_built_a_compose_multiplatform_library_for/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._