T1

The JDK Desktop Client in 2026: Maintenance, Modernization, and Delivery on a Thirty-Year Stack

The Java platform and post-quantum cryptography: from threat models through standards naming, JCA APIs, protocol rollout, and operations—with JDK version gates aligned to JEPs.

Spring for Apache Kafka 4: migration from 3.x, KIP-932 Share Groups, KIP-848 consumer rebalance, OpenRewrite, Jackson 3, and KRaft testing.

Shipping Java kernels to the GPU with code reflection: an engineering slice of HAT and Project Babylon.

Production-Ready GenAI with Open Models: LangChain4j Integration Path for Java Teams

Post-Mortem JVM Crash Analysis: Read Cores with jcmd, Not a Second Toolchain

JVM and Spring Boot Observability: How the Three Signals Actually Connect

JavaFX 26: Engineering Baseline and Selection Boundaries for Desktop UI

Hyperscale Java Platform: From Federated GraphQL to JVM Defaults

How generic code speeds up on the JVM: erasure, profiling, and climbing back after the performance cliff.

Getting Back to Java in 2026: A Modernization Path for Experienced Engineers

From REST to GraphQL: Contracts, Resolvers, and Real-Time Push on the Spring Stack

From JDK 8 to 25: Treating a Seventeen-Version Upgrade as Platform Engineering

Use domain modeling to move Java AI agents from ‘it runs’ to ‘it’s controlled’—orchestration, contracts, and type-safe pipelines with Koog.

Escape the Multi-Stack Trap: Modernize Desktop UIs in Java Without a Full React Rewrite

Embedding Copilot in the Java toolchain: from the terminal CLI to the SDK and IDE plugins.

Demystifying Spring Boot with Spring Debugger: The Real Chain of Properties, Beans, and Transactions

Agentic AI in the Java Ecosystem: How Three Frameworks Clarify Orchestration Differences Through One Use Case

Agent-agnostic Java quality guardrails: use AGENTS.md and static analysis to encode standards in the repository.