Why Should Businesses Invest In Microservice Infrastructure Modernization?

What is microservices infrastructure? Before defining the term, let’s dig deeper to know its source. 

Turning back time, you will learn monolithic architecture was a customary approach to developing applications, including business software, typically as a single unit. But, because of the technical seachange, this traditional mode started fading. It laid down its arms as it could not match the steps of the digital revolution; thus, it ignited varied issues, like scalability, slow development cycles, modification challenges, increased risk of failure, etc. 

Thanks to a significant technical leap in the application development industry, the transition to a more agile and scalable alternative, microservices infrastructure, has become possible. This innovative approach effectively overcomes the limitations of monolithic apps, offering various benefits that businesses can confidently leverage. 

Microservices architecture, which gained traction in the mid-2000s, is an agile approach that offers scalable, flexible, and cost-optimized solutions, perfectly aligning with the dynamic needs of modern businesses. 

The anticipated growth in the market is a testament to its expansion in the coming years. By investing in microservices infrastructure modernization, you can independently deploy, scale, and update your systems, leading to segmented failures, improved resilience, and diminished downtime. This will make you more innovative and competitive, motivating you to take action and embrace this modernization. 

Need to be more convincing? 

This post will unveil why businesses should modernize their infrastructure, the benefits to know, technical refinements to witness, tips to modernize microservices infrastructure, and more. 

Let’s sail in to learn how you can maximize microservice infrastructure modernization. 

What Is Microservice Infrastructure?

Microservices are a software development technique that structures an application as a collection of loosely coupled services, each with a specific business function. These services can be developed, deployed, and scaled independently, allowing for greater flexibility and resilience in the application. Let’s dig deeper and comprehend what precisely microservice infrastructure is. 

Microservice infrastructure is also known as the cloud-native architectural approach. Using it, businesses can build applications as a batch of loosely coupled services that can be deployed independently. 

Each service/component:

• Has a specific technology stack, including data management models and databases. 
• Organized according to the business caliber.
• Communicate with each other over an amalgamation of event streaming, representational state transfer (REST) APIs, and message brokers. 

Business And Organization Benefits From Microservice Infrastructure:

• Easily update code appending new features or functionalities without disturbing the whole application. 
• Independently scaled services diminish waste and cost associated with scaling the entire application. 
• Teams can opt for different programming languages and distinctive stacks for every component. 

In the next section, we will elaborate on this part. 

How Modernizing Microservice Infrastructure Benefits Organizations – Reasons to Invest

Since the beginning, we have emphasized that organizations should opt for modernizing microservice architecture, but why? 

This section will discuss why businesses should invest in microservice infrastructure modernization. 

1. Improved Flexibility

Microservices allow organizations to utilize different technologies and frameworks for every component, which increases adaptability and flexibility. 

2. Enhanced Scalability

Microservices arrive with an independent scaling capability that allows you to allocate resources and respond to fluctuating demands efficiently. 

3. Optimized Costs

By leveraging cloud-based infrastructure and scaling microservices independently, businesses can quickly respond to dynamic market trends. 

4. Boosted Resilience

With microservice infrastructure, services are decoupled, setting apart failures. This reduces disruption impact and makes the system more reliable. 

5. Enhanced Team Structure

Microservices unlock the door to small and cross-functional teams, leading to better ownership and collaboration. 

6. Improved Security

Microservices lower the attack by improving security through isolated components. 

7. Faster Time-to-Market

Microservice infrastructure accelerates the development and deployment of new updates and features, allowing businesses to respond quickly to market changes. 

8. Improved Customer Experience

Through faster response times, Microservices allow organizations to witness enhanced performance and a better user experience. 

By investing in the modernization of microservices infrastructure, organizations can maximize their benefits and position themselves ahead of the curve with long-term success. 

Tech Essentials For Microservice Infrastructure Modernization Strategies

Let’s discuss some critical tools and technologies used in a microservice infrastructure. To attain successful modernization, you need to be well-prepared with these. 

1. API Gateways

API facilitates the communications between microservices. API gateways streamline direct communication between clients and services and are considered a helpful intermediary layer when several services grow over time in an application. 

All client requests to the microservice architecture come through an API gateway. Modernizing an API gateway can ease the request pathway, balance the load, and keep it secure, increasing the system’s reliability and performance overall. You can also implement API gateways using varied technologies, such as API management platforms. 

Through advanced features, like API versioning catching and rate limiting, you can seamlessly maintain a secure and efficient microservice, and the best part is that modern API gateways support these. 

Quick Recap of API Gateways Functionality in Microservice Modernization:

• Leads incoming requests to the right microservice depending on defined criteria. 
• Enforce access controls and validate user credentials to safeguard sensitive data. 
• Avoid unmanageable traffic and ensure unbiased resource allocation.
• Caches time-and-again accessed data to let microservices stay away from excess load and improve performance. 
• Explore and register microservices automatically and let the clients access them. 
• Ease transformation of requests and responses in different formats or protocols. 
• Ensures proper monitoring and logging by tracking API usage, addressing performance hurdles, and offering optimization insights. 

2. Event-Driven Architecture

It’s a software design pattern that aims to produce and consume events. Events can be anything from system notifications to user actions and trigger workflows or actions within an application. 

Event-driven architecture is a robust tool for building microservice-based applications. It offers a mechanism to decouple microservices, facilitating their asynchronous communication and response to events in real-time. 

By modernizing event-driven architecture, you can improve the scalability and responsiveness of your microservices. Decoupling services using events will reduce dependency between them, improve fault tolerance, and offer more flexible scaling possibilities. This architecture best suits apps that demand high availability and real-time processing. 

Quick Recap of Event-Driven Architecture Functionality in Microservice Modernization:

• Decouples the app’s components or services to make them more resilient and scalable. 
• Offers a more responsive user experience that enables real-time notifications and updates.
• Allow events to process asynchronously to catch up with non-blocked operations and enhance performance. 
• Scale easily to manage surging workloads by appending more event consumers. 
• Give a broader pathway to dynamic and flexible workflows to let them adapt to dynamic requirements. 
• Process large data volumes in real time to produce insights. 
• Use events to coordinate communication between microservices. 
• Automate workflows according to predefined rules and triggers. 

3. Containerization and Orchestration

Containerization is packaging application code with its dependencies and libraries in executable software units. These units let the code run in any computing environment, whether traditional IT, desktop, or cloud infrastructure. Containers isolate the apps, protecting them from conflicts and boosting security. 

The most popular containerization platform is docker. 

Orchestration automates and eases containerized apps’ provisioning, management, and deployment. By scheduling the containers, orchestration platforms let them run on varied hosts based on workload and resource availability. By distributing traffic across various instances, orchestration aims to improve performance and reliability. 

Kubernetes is the most favored open-source container orchestration platform, and Docker Swarm is an in-built orchestration tool for Docker. 

Together, both these offer the base for developing and managing microservices-based apps. 

Quick Recap of Containerization and Orchestration Functionality in Microservice Modernization:

• Containers are lightweight and start rapidly, diminishing overhead. 
• You can quickly move containers between distinctive environments, like development production or testing. 
• Containers isolate apps and let them stay secure with no conflicts. 
• Orchestration ensures the containers are successfully running and are in good condition, which boosts system reliability. 
• Such platforms automatically scale containers based on demand. 
• Orchestration tools automate varied manual jobs, diminishing comprehensive overhead. 

4. Service Mesh Integration

Service mesh integration provides an abstraction layer for communication between microservices, an essential aspect of microservice architecture. It has numerous features that improve microservice-based apps’ performance, security, and reliability. 

Integrating a service mesh can increase the microservice infrastructure’s security, observability, and reliability. It’s useful for complex systems where communication between services is challenging to manage. 

Quick Recap of Service Mesh Integration Functionality in Microservice Modernization:

• Manages load balancing, routing, and fault tolerance to facilitate reliable and efficient communication between microservices. 
• Enfireces security policies, like authorization, encryption, and authentication, to safeguard sensitive data. 
• Offer insights into the microservices’ performance and behavior, letting developers address issues. 
• Permit A/B testing of different versions of microservices to evaluate their influence on user experience and performance. 
• Imposes service-level agreements (SLAs) and relevant policies to witness compliance and consistent performance. 
• Isolate faulty microservices to avoid cascading failures. 
• Set the request rate limit for each microservice to avoid overloading. 
• Its capability of optimizing traffic management and load balancing reduces latency and improves performance. 

5. Automated CI/CD Pipelines

Acknowledged as essential for modernizing microservice infrastructure, Continuous Integration (CI) and Continuous Delivery (CD) pipelines automate microservices’ development, testing, and deployment. Thus, they ensure improved quality, rapid delivery, and reduced manual tasks. 

By modernizing CI/CD pipelines, businesses can improve efficiency and diminish deployment times by leveraging best practices and advanced tools. 

Quick Recap of Automated CI/CD Pipelines Functionality in Microservice Modernization:

• Automates the comprehensive delivery process, diminishing time-to-market for new updates and features. 
• Ease the development and deployment process, freeing up the resources from other jobs. 
• Identifying issues in the early stage of development through automated testing reduces the risk of production problems. 
• Automate repeated jobs, reducing human error and enhancing consistency. 
• Allow collaboration between testing, deployment, and operation teams. 
• Leverage a version control system to handle source code and track changes. 
• Implement automated testing at varied levels, like end-to-end tests and unit integration. 
• Package microservices or components into containers for seamless deployment. 
• Easily automate the deployment of microservices to various environments. 
• Seamlessly implement logging and monitoring tools to track the health and performance of microservices. 

You don’t have to be confused or worry about modernizing these tech essentials; you can hire a dedicated team from a trusted IT company delivering digital solutions worldwide. 

Quick Tips For Microservice Infrastructure Modernization

Here are the tips you can follow to implement microservice infrastructure seamlessly. 

• Start with a small subset of your app and steadily lead to microservices. 
• Choose the right technology to suit your specific business needs.
• Aim at domain-driven design.
• Prioritize security for your microservices and data by implementing robust security measures.
• Monitor performance and make required optimizations
• Ease communication and management considering service mesh.
• Pace up development and deployment using cloud-native platforms and services.
• Invest in team training and improving their skills for effective management.
• Consistently evaluate modernization impact and adjust accordingly. 

These are the tips to modernize your microservice infrastructure and book a competitive edge in the digital landscape. Or, hire a dedicated team that has domain knowledge and proficiency and can help your organization with a seamless journey to modernized microservice infrastructure. 

Moving from monolithic architecture to microservices, you will witness management complexity. You will see many services created by various teams and deployed in multiple places. 

Issues you can encounter:

• Problems in one place can create or be created by faults in other places. 
• Logging data you use to monitor and resolve issues significant in volume can clash across services. 
• New versions may lead to backward compatibility issues.
• Applications with more network connections can ignite connectivity and latency challenges.

Why Choose EmizenTech For Microservice Infrastructure Modernization?

Partnering with a reliable company for microservice infrastructure modernization can benefit you with deep knowledge of technologies, practices, and frameworks that ensure a successful project. 

But don’t you think it’s cumbersome to find a microservice infrastructure services company that can help you implement microservice infrastructure?

EmizenTech, a trusted digital technology partner, will help you here. With a dedicated team aiming to help you with your modernization project, the company will help you focus on your valuable business activities while their experts handle your technical aspects. 

Key Highlights for Choosing EmizenTech for Modernizing Microservice Architecture

• Proven Expertise and Experience
• Comprehensive Services
• Customized Solutions
• Client-Centric Approach
• Commitment to Quality
• Best Practices
• Focus on Core Business
• Cost-Effectiveness
• Risk Mitigation
• Reduced Time-to-Market
• Access to Specialized Tools

Connect with EmizenTech, a reputable company for microservice infrastructure modernization, to reduce risks and efficiently achieve your business goals. 

Ending Note

In this technical seachange landscape, technological innovation drives business success. Don’t let outdated, traditional infrastructure hold you back.

Investing in microservice infrastructure modernization is no longer a choice for organizations but a necessity. It secures their top position and allows them to stay ahead of the pack. 

Modernizing microservice architecture leads to improved performance, faster time to market, increased scalability, and other benefits you can’t ignore. 

By connecting with a digital partner for microservice infrastructure services, you can harness their expertise and progress to a successful modernization pathway. 

Frequently Asked Questions