Purpose-built developer utilities, stream orchestration tools, and enterprise cloud-native patterns developed by infosmid.com and shared openly with the software community.
Focused tools addressing concrete architectural, deployment, and operational requirements without unnecessary friction.
Built for JVM ecosystems, Spring Cloud Data Flow, streaming architectures, and containerized cloud platforms.
Distributed under liberal open-source licenses (such as Apache 2.0) to encourage broad adoption, integration, and reuse.
Explore our publicly hosted repositories, utilities, and libraries designed to support high-throughput event processing and continuous delivery.
Automated deployment, configuration, and lifecycle orchestration tool for Spring Cloud Data Flow streams. Simplifies complex data streaming pipelines with programmatic verification, configuration management, and robust deployment automation.
KFSM is a Kotlin Multiplatform Library that provides a DSL for defining Finite State Machines and executing using an immutable configuration.
KFSM-VIZ is a Kotlin Library for generating PlantUML and/or Mermaid diagrams from KFSM definitions as well as Asciidoctor file with State Table from KFSM DSL.
This is a Gradle plugin that will generate PlantUML and/or Mermaid diagrams from KFSM definitions as well as Asciidoctor file with State Table.
Additional architectural patterns, test helpers, and streaming connectors derived from real-world consulting engagements at infosmid.com are continuously evaluated and packaged for public release.
infosmid.org serves as the public open-source home for software created, maintained, and sponsored by infosmid.com.
Led by Corneil du Plessis, infosmid.com specializes in software architecture, enterprise application modernization, distributed event processing, and pragmatic engineering leadership. Tools created in the course of solving complex client architecture and delivery challenges are refined, documented, and released here under open licenses.
By publishing these solutions as open-source software, we maximize collective utility across the software engineering community — eliminating redundant effort and fostering reliable, reusable software components.
