Last updated on Jul 12, 2024

Here's how you can utilize system architecture to solve problems for web applications.

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Web applications are complex by nature, requiring a robust system architecture to run efficiently. When you face challenges with your web app, it's often the underlying architecture that holds the key to a solution. By understanding and tweaking this framework, you can address issues ranging from performance bottlenecks to scalability concerns. This article will guide you through the ways in which system architecture can be your ally in resolving common web application problems.

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Girish G H

Senior Technical Architect at OBS Financial Solutions Pte Ltd

1 Layered Logic

To tackle complexity, start by organizing your web application into distinct layers, such as presentation, business logic, and data access. This separation of concerns makes it easier to isolate and address issues within each layer. For example, if your application is slow, you might find that the problem lies in redundant database queries within the data access layer. By optimizing these queries or implementing caching strategies, you can significantly improve performance without affecting other parts of the application.

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Girish G H

Senior Technical Architect at OBS Financial Solutions Pte Ltd
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There can be cases to interact with external/third party systems. In such cases make sure to add an additional middleware layer which abstract the application data structure from external system formats. With this approach application core layers will be decoupled from external system changes.

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2 Scalable Systems

Scalability is a critical aspect of web applications, especially as user numbers grow. To ensure your application can handle increased load, adopt a scalable system architecture. This might involve using load balancers to distribute traffic across multiple servers or implementing microservices to break down your application into smaller, more manageable pieces. By doing so, you can add resources where needed without overhauling the entire system.

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3 Robust Recovery

Reliability is non-negotiable for web applications. To build a resilient system, design your architecture with redundancy and failover mechanisms. This means having backup systems that can take over in case of a failure. If a server crashes, a duplicate can seamlessly continue service, minimizing downtime. Such an architecture ensures that your web application remains available to users even when things go wrong.

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4 Security Strategies

Security breaches can be devastating. To protect your web application, embed security considerations into your system architecture from the outset. This involves using firewalls to guard against external threats, encrypting sensitive data, and implementing proper authentication and authorization mechanisms. By addressing security at the architectural level, you can create a robust defense against potential attacks.

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Girish G H

Senior Technical Architect at OBS Financial Solutions Pte Ltd
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Can use secured gateways and proxy servers also to control and minimise direct server exposures. Make sure to propagate and validate authentications end-to-end.

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5 Data Decisions

Data management is at the heart of most web application issues. An effective system architecture ensures that data flows smoothly and is accessible when and where it's needed. This may involve using database management systems optimized for the type of data you're handling or implementing APIs that allow for efficient data retrieval and manipulation. With a well-thought-out approach to data, you can solve a myriad of problems related to performance, scalability, and user experience.

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6 Continuous Checkups

Finally, regular monitoring and maintenance of your system architecture can preempt many problems. Use tools to track performance metrics and logs to identify patterns that could indicate underlying issues. By continuously evaluating your architecture, you can make incremental improvements, ensuring that your web application evolves to meet changing demands and technologies.

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James McKernan

Principle Cloud Security Architect at Steampunk supporting DHS and ICE
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Instrumenting the application (and I assume app server) to provide status metricz through workflow can help in test and even prod when there are problems requiring app state introspection in troubleshooting. Just restarting the app or app server isn’t troubleshooting its procrastination. I am not talking about debugging per se, more like “This works, what conditions changed, when, how.”

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7 Here’s what else to consider

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Here's how you can utilize system architecture to solve problems for web applications.

1

2

3

4

5

6

7

1 Layered Logic

2 Scalable Systems

3 Robust Recovery

4 Security Strategies

5 Data Decisions

6 Continuous Checkups

7 Here’s what else to consider

Web Applications

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Here's how you can utilize system architecture to solve problems for web applications.

1

2

3

4

5

6

7

1 Layered Logic

2 Scalable Systems

3 Robust Recovery

4 Security Strategies

5 Data Decisions

6 Continuous Checkups

7 Here’s what else to consider

Web Applications

Bewerten Sie diesen Artikel

Danke für Ihr Feedback

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