A prolific open-source contributor who constantly starts new projects. Passionate about sharing software development insights to help developers improve their KPIs. Currently active in IDEs, graphics engines, and compiler technologies.
This article explores how AutoDev can be implemented as an MCP service and client, enabling any AI Agent tool—such as Cursor, Cline, or GitHub Copilot—to invoke IDE capabilities, integrate external tools like Git, Docker, and Kubernetes, and streamline the full software development lifecycle.
AutoDev Bridge combines large‑model reasoning, C4 architecture analysis, AST‑based business logic extraction, and IDE‑integrated tooling to automate the migration of legacy systems, reducing manual effort and migration risk while highlighting the unique advantages of modern AI agents.
This article analyzes the evolution of AI‑assisted coding tools toward a 2.0 generation, outlines key trends such as agent‑driven architecture, developer‑first experience, and automated validation, and details the design and implementation of the AutoDev Sketch prototype that integrates high‑quality context, prompt engineering, and IDE‑native plugins.
Over the past year the author examined AI‑assisted software engineering through research, product releases, and real‑world deployments, revealing modest efficiency gains, the importance of deterministic inputs, manual context injection, unified domain language, knowledge retrieval strategies, and the need for solid software‑engineering foundations before AI can add real value.
This article explains how ArchGuard’s Architecture Analyzer extracts domain and business knowledge from microservice codebases, integrates generative AI to produce structured documentation, and provides practical CLI usage, architecture models, and code‑review strategies for modern software engineering teams.
This article explores a hands‑on AI4SE prototype that leverages ArchGuard, Team AI, and Shire AI to digitize and automate architecture knowledge across the full SDLC of a Protobuf‑driven microservices system, detailing challenges, methods, and concrete tool integrations.
This article examines the capabilities and limits of generative AI coding assistants, outlines three interaction modes, proposes methods to cut verification costs, and suggests workflow redesigns that let developers boost productivity while maintaining code quality.
The article proposes a Streaming Backend‑for‑Frontend (BFF) layer to unify heterogeneous AI agents, handle Server‑Sent Events streams, and resolve interface inconsistencies, offering a practical architecture for generative‑AI‑native systems across IDEs, DevOps, and team‑AI scenarios.
This article introduces Shire, a domain‑specific language and framework that orchestrates AI agents across IDEs and DevOps toolchains, explaining its motivations, core features, practical code examples, and architectural components to boost software development efficiency.
This article examines the challenges of fully automated API creation, outlines a classic API lifecycle, and details a practical experiment that uses more than ten specialized AI agents in the Shire language to assist design, coding, testing, and documentation while highlighting the need for human oversight.
