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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?

Challenges of Microservices

Benefits of MicroservicesServerless Function Providers
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Service management & complexity
Inter-service communication
System-level testing

There are always tradeoffs when making an architectural migration. Although the benefits of microservices outweigh the challenges, it’s still important to consider expected challenges.

Service management & complexity

Utilizing microservices means more moving pieces in the system, all of which may be disconnected. This requires implementation of sophisticated strategies such as service discovery, orchestration, and other management necessities.

Inter-service communication

Services communicating with each other can bring about issues with latency, message formats, network reliability, and more. These must be accounted for through the use of APIs and well-designed networking configurations, so as to guarantee good performance and reliability.

System-level testing

Unit-testing each service independently is significantly easier with microservices. However, testing integration of multiple services requires additional orchestration that you could likely avoid with monolithic applications.