M icroservices architecture inherently introduces network complexity. As services fragment, the mesh of point-to-point communication becomes unmanag…

M onoliths allowed us to treat systems as black boxes where checking a single log file often revealed the root cause of an error. However, the tran…

マ イクロサービスアーキテクチャへの移行が進むにつれ、開発者は一つの残酷な事実に直面します。それは「ダッシュボード上のCPUやメモリ使用率は正常値を示しているのに、特定のユーザーからレイテンシー悪化や500エラーの報告が絶えない」という状況です。サービス間通信が複雑化した現在、単一のノードの状態監視だけでは、システム全体の健全性を担保することは不可能です。本稿では、従来のモニタリングとオブザー…

M icroservices solve the monolithic scalability problem but introduce a new set of challenges centered around the network. As the number of service…

L egacy monolithic systems often reach a tipping point where vertical scaling becomes cost-prohibitive and feature velocity degrades due to tight c…

Microservices Architecture (MSA) solves the scalability issues of monolithic applications but introduces the complexity of inter-service communicat…

The shift toward Cloud Native development has fundamentally altered how we deploy software. While containerization encapsulated dependencies, solving the "it works on my machine" dilemma…

As a full-stack developer deeply involved in building and scaling distributed systems, I've spent countless hours optimizing the communication l…

In the world of modern software development, the shift from monolithic architectures to Microservices Architecture ( MSA ) has been nothing short …