MACH Technology
“MACH architecture is composable and modular, giving you the ability to experiment, scale, and rapidly react to changing market conditions by using best-of-need tools.”
The MACH Alliance defines composable infrastructure as a modern software architecture that is made up of loosely coupled, independent components that can be easily integrated and combined to create unique digital experiences. This approach enables businesses to rapidly innovate and respond to changing market demands.
Here’s a brief insight into the terms and acronyms used in the MACH world:
Microservices-based: Architecture based on small, independently deployable services, enhancing scalability and maintainability.
API-first: Focused on providing well-defined APIs, enabling interoperability and facilitating easy integration of various components.
Cloud-native SaaS: Utilizing cloud infrastructure to ensure reliability, scalability, and cost-efficiency.
Headless: Decoupling the front end (presentation layer) from the back end (business logic and databases), enabling flexibility and adaptability.
Frontend
The frontend of a composable infrastructure refers to the user-facing components such as websites, apps, IoT devices, kiosks, and call centres. These components are designed to provide a seamless and personalized experience for the end-user.
DXC
DXC is an acronym for Digital Experience Composer. This component of a composable infrastructure is responsible for composing and presenting the various frontend components in a unified and cohesive manner. The DXC provides a flexible and scalable way to manage and orchestrate the user experience.
API
APIs (Application Programming Interfaces) are used in composable infrastructure to connect and pull data from various sources. APIs provide a standard way for different components to communicate with each other and exchange information. This allows businesses to integrate new components and services as needed, without disrupting existing systems.
Roles
Roles are dedicated systems that perform specific functions within a composable infrastructure. These roles are selected based on the specific needs of the business and the best-of-breed solutions available in the market. By selecting the most appropriate role for a given function, businesses can optimize their infrastructure and reduce costs.
Data Layer
The data layer of a composable infrastructure is responsible for managing the read and write operations for data records. It provides a consistent and reliable way to store and retrieve data from different sources. The data layer is critical for ensuring the integrity and accuracy of the data used by the various components of the infrastructure.
Systems of Record
Systems of Record are the single source of truth for any data used in a composable infrastructure. These systems provide a reliable and secure way to store and manage critical data, such as customer information, transaction data, and inventory records. By using a centralized system of record, businesses can ensure that all components of the infrastructure have access to the most up-to-date and accurate data.
You can find out more about the MACH alliance on their website