Microservices - why's and how's
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The document discusses the differences between layered architecture and hexagonal architecture (microservices). It highlights how a monolithic layered architecture complicates scaling and maintenance, while a hexagonal architecture supports loose coupling and seamless scaling of independent components. Additionally, it covers various components of microservices such as ports, adapters, and the role of service brokers in an agile development environment.
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AI at the Core
Our delivery model is infused with AI from workflow optimization to proactive risk management. We leverage GenAI, NLP, and ML to make your software smarter, faster, and more secure.
Impact in Numbers
500+ successful projects delivered
200+ web and mobile apps launched
42-month average client engagement
30+ active projects at any time
Industries We Serve
Fintech
Healthcare
Education (E-Learning)
Sustainability & Compliance
Real Estate
Energy
Customer Experience platforms
鏝 Flexible Engagement Models
Whether you're looking for dedicated teams, fixed-cost projects, or time-and-materials models, we deliver with agility and transparency.
Why Clients Choose Emvigo
AI-accelerated delivery
Strong focus on long-term partnerships
Highly rated on Clutch and Google Reviews
Proactive and adaptable to change
Fully GDPR-compliant and security-conscious
Visit: emvigotech.com
Contact: sales@emvigotech.com
Ready to scale your tech with confidence? Lets build the future, together.Emvigo Capability Deck 2025: Accelerating Innovation Through Intelligent Soft...
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Microservices - why's and how's
- 1. Introduction to Microservices A peek into Hexagonal Architecture vs. a layered one UI / Presentation Application Integration Persistence / Mock DB DB Test Agent A layered architecture: Architectural components stacked up and communicating over interfaces to form a monolith. Actual implementation details (threads, contexts) tend to leak across layers and make the architecture harder to scale and maintain for the inherent complexities. A hexagonal (Microservice) architecture: Loosely coupled contexts and independent architectural components communicating via ports, adapters and binding based dependencies only. Applications can be seamlessly scaled without bounds. Maintenances are simple and customizable to the NFR / business asks of each components. Application Port Adapter Adapter Port Port UI / Presentation Adapter Test Agent Integration Port Adapter Persistence / Mock DB DB Use case boundary
- 2. Anatomy of a typical microservice, architecture and development environment Application Application logs PortAdapter Adapter Security provider Network / Infrastructure Adapter Application con鍖g Environment con鍖g Port Auth Services Port Logging tools Security token Subscriptions Adapter Network con鍖gs Port The API accelerators AdapterPort Adapter Legend Con鍖gurations Accelerators - Code / API/ Frameworks / Scaffolding generation Development efforts Proprietary / 3rd Party Systems API Proxy / Gateway Adapter Adapter Sidecar Kubernetes Pods SERVICE BROKER Agile Feature / Component Teams Feature team 1 Feature team 2 Component team Adapter Marketplace Services Service registry DB services Log analytics services API metrics services Big Data adapters Autoscaling services Message queue services Cloud Broker Services Kubernetes Pods Mesh of Microservice aggregates Sidecar