Deliver Content at Lightning Speed from Anywhere in the World

Perhaps you've noticed that users in different geographic regions experience varying load times, with those farther from your servers waiting longer for content. Traditional architectures that rely on centralized hosting struggle to provide consistent performance globally, and scaling to handle traffic spikes can be both complex and costly.

Your current infrastructure might require significant server management effort, from patching systems to handling deployment complexity. The operational overhead of maintaining servers can detract from development time, while costs scale linearly with traffic rather than efficiently. These challenges become more pronounced as your user base grows or becomes more geographically distributed.

The JAMstack approach and edge computing offer solutions to these problems, but the architectural patterns differ significantly from traditional development. Understanding how to structure applications for static generation while maintaining dynamic capabilities, or knowing when to execute logic at the edge versus the origin, requires knowledge that extends beyond framework documentation. Making informed decisions about these tradeoffs affects both user experience and operational costs.

The program combines architectural concepts with hands-on implementation. Sessions progress from basic static generation through edge computing patterns and complex deployment scenarios. You'll work with actual static site generators, deploy to real CDN platforms, and implement edge functions that execute globally. Each topic includes both conceptual understanding and practical application.

Our instructors bring production experience with JAMstack and edge computing at scale. They share insights about architectural decisions that affect both performance and costs, debugging strategies for distributed systems, and optimization techniques that make meaningful differences in real applications. This practical perspective helps you understand not just how things work but why certain approaches make sense in different contexts.

You'll build several complete applications throughout the training. These include a blog platform with headless CMS integration and incremental regeneration, an e-commerce site with edge-side personalization and serverless payment processing, and a real-time feature implementation using edge workers. Each project demonstrates different aspects of distributed architecture and becomes part of your portfolio.

Class sizes remain small enough for individual attention during implementation. When you encounter challenges with build configuration, deployment issues, or performance problems, there's support available to work through them. This guidance helps you develop troubleshooting skills alongside technical knowledge.

Learning distributed architecture requires understanding both the technical implementation and the reasoning behind architectural decisions. The training progresses from static generation basics through edge computing and advanced deployment patterns. This layered approach ensures you understand fundamental concepts before tackling more complex scenarios.

Each week combines instructional content with hands-on development. You'll start by implementing static sites with modern generators, then add headless CMS integration, edge functions, and finally real-time features. Early projects focus on build optimization and content delivery. Later projects incorporate edge computing and complex deployment scenarios that demonstrate the full capabilities of these architectures.

Your progress shows in working applications that leverage distributed infrastructure effectively. The blog platform you build handles content updates efficiently through incremental regeneration. The e-commerce site demonstrates personalization at the edge while maintaining performance. The real-time feature implementation shows how to combine static benefits with dynamic capabilities. These tangible results demonstrate your growing architectural capabilities.

The timeline typically spans several weeks, structured for working developers. Sessions build on previous content, making consistent participation valuable. The pacing allows time to digest architectural concepts between sessions and experiment with deployment strategies. Developers who explore the technologies between classes often develop better intuition for architectural tradeoffs.

If distributed web architecture aligns with where you want to develop your skills, the next step is connecting with us about your background and goals. Understanding your current experience with web development, deployment, and the types of applications you build helps us ensure this program fits your needs.

We'll respond with details about upcoming sessions, including the schedule and our Tokyo location. The program runs over several weeks with sessions that build on each other progressively. We'll also answer any specific questions about prerequisites, the technologies covered, or practical details about the development environments you'll use.

Before the first session, we'll provide setup instructions for the development tools and accounts needed for deployment platforms. Having these configured beforehand means you can focus on learning during class rather than troubleshooting setup issues. We're available to help if you encounter configuration challenges.

The learning community extends beyond the formal training. As you implement these architectures in your projects, questions often arise about specific deployment scenarios or optimization strategies. We're happy to provide ongoing guidance as you apply these patterns in practice. The training provides the foundation; your continued application of these technologies is where the real value develops.