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Intro to Composable Architecture
The Modern Enterprise Stack
The Rise of Composable Architecture
Key Parts of a Composable System
Microservices & Serverless Functions
How Microservices Work
Benefits of Microservices
Challenges of Microservices
Serverless Function Providers
The Backend: Databases & Headless CMS
Working with Composable Content
Types of Backend Services
Benefits of Decoupled Content
Common Challenges with Decoupled Content
Choosing the Right Backend Service
The Frontend: Web Frameworks
The New "Frontend"
Site Framework Considerations
Modern Frameworks for Enterprises
Content Editing in Composable Systems
Editing Experience in Monolithic Systems
Headless Editing Experiences
Visual Editing Services
Composable Content
Multi-channel Developer Challenges
Homegrown Content Meshing Solutions
Vendor-based Composable Systems
CI/CD: Building, Deploying, & Hosting
CI/CD for Monolithic Applications
The Build Pipeline
Build & Deployment Services
Common Website Features & Tooling
Authentication
Analytics
Personalization & A/B Testing
Form Submissions
Search
Common Enterprise Challenges
Technology Cost
Security
Traffic & Scalability
Page Speed Performance
Code Complexity
Continuous Integration & Delivery
Getting Started: Migration Strategies
Gradual Migration
Evaluating Tools & Services
Wrapping Up: Is Composable Worth It?

Benefits of Microservices

How Microservices WorkChallenges of Microservices
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Scalability
Developer efficiency
Fault isolation
Technology flexibility

There are a number of benefits to working with microservices, as outlined below.

Scalability

Microservices are able to be scaled independently, allowing for optimization of individual services as necessary. This allows for rapid and targeted scaling to support high-traffic areas of an application, without affecting the performance of other parts.

Developer efficiency

The small size and independence of microservices leads to faster development cycles. Developers can create, test, and deploy smaller pieces more quickly, which in turn enables continuous deployment and delivery.

Fault isolation

Problems occurring in one service can be localized and addressed without disruption to or downtime for the rest of the application. This helps maintain a stable user experience with minimal impact on overall system stability.

Technology flexibility

Each microservice is able to use different technology stacks optimized for its particular needs. This freedom in choice gives developers more options when selecting the best tooling for each job, leading to improved productivity and efficiency.