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How can serverless computing improve your system architecture reviews?

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If you are a system architect, you know how important it is to review your system architecture regularly and ensure that it meets the functional and non-functional requirements of your project. However, you may also face some challenges, such as complexity, scalability, cost, and security, that can affect the quality and efficiency of your system architecture reviews. In this article, you will learn how serverless computing can help you overcome these challenges and improve your system architecture reviews.

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Giuseppe Sanero

?Independent IT Consultant & IT Architect | ??50+ Top Voice in Computer Science | ??Mycologist no. 3359 of the Italian…
Ravindra Pai

Infrastructure Engineer || Risk Assessor || Product & Release Management

1 What is serverless computing?

Serverless computing is a cloud-based model that allows you to run your code without provisioning, managing, or scaling servers. Instead, you pay only for the resources that you consume when your code is executed in response to events, such as HTTP requests, database changes, or message queues. Serverless computing abstracts away the infrastructure layer and lets you focus on the business logic and the user experience of your system.

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Ravindra Pai

Infrastructure Engineer || Risk Assessor || Product & Release Management
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Serverless computing can help with flexibility & agility like experimenting with new ideas, Scalability, Reduced operational costs & Focus on core product. This will help improve the quality and efficiency of system architecture reviews.

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Mario A. Mendez

Jefe de área Business Intelligence en Importante Compa?ía Financiera y de Créditos
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Desde inicios de este siglo surgió de la mano de proveedores informáticos la modalidad de software como servicio (SAAS) que rápidamente derivó en la prestación de plataformas como servicio (PAAS), brindando no solo soluciones sino infraestructura integral dentro del ámbito de la nube. La principal ventaja no solo es la reducción de costos al no tener infraestructura propia de cada organización, sino que además se minimizó la capacidad ociosa y sobredimensionamientos propios de instalaciones en ámbito particulares.

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2 How can serverless computing simplify your system architecture?

One of the benefits of serverless computing is that it can simplify your system architecture by reducing the number of components and dependencies that you need to design, implement, and maintain. For example, you can use serverless functions to implement microservices, which are small, independent, and loosely coupled units of functionality that communicate through APIs. You can also use serverless services, such as authentication, storage, database, messaging, or analytics, to integrate with your system without managing the underlying infrastructure.

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Mario A. Mendez

Jefe de área Business Intelligence en Importante Compa?ía Financiera y de Créditos
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La infraestructura en la nube hace todo lo contrario a simplificar la arquitectura, y eso es una ventaja. Al independizarse de los costos de infraestructura física permite adoptar la mejor opción entre un número cada vez mayor de servicios, usando la mejor herramienta disponible para cada necesidad de solución. Las arquitecturas entonces serán ricas en servicios orquestados, creando constelaciones asociadas por cada solución haciéndose más complejas, pero aprovechando la simplificación de mantenimiento y escalamiento que las hace sencillas de adoptar.

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Sridhar Reddy B.

Senior Principal Architect @ Discover - Machine Learning, GenAI Platform | Ex-Microsoft
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Serverless computing simplifies system architecture reviews by abstracting infrastructure management, reducing operational overhead, enabling auto-scaling, promoting event-driven architecture, and offering a pay-per-use pricing model. This streamlines architectures, making them more efficient and cost-effective to review and maintain.

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3 How can serverless computing scale your system architecture?

Another benefit of serverless computing is that it can scale your system architecture automatically and elastically according to the demand and the workload of your system. You do not need to worry about provisioning, configuring, or scaling servers manually or using complex algorithms. Serverless computing handles the scaling for you and ensures that your system can handle peak traffic, sudden spikes, or unpredictable patterns. You can also use serverless computing to implement event-driven architectures, which are reactive, resilient, and responsive to changes in the environment.

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Giuseppe Sanero

?Independent IT Consultant & IT Architect | ??50+ Top Voice in Computer Science | ??Mycologist no. 3359 of the Italian Register | ??Bureaucrat of Wikipedia in Piedmontese
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Serverless computing can improve system architecture revisions in several ways. Serverless computing is characterized by automatic scaling. Serverless platforms automatically manage resource provisioning based on workload demands. This means that applications can automatically scale in response to traffic spikes without any manual action from developers. Architecture reviews can be directed to further optimize this automatic scaling. In summary, serverless computing can improve system architecture revisions by enabling automatic scaling.

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4 How can serverless computing reduce the cost of your system architecture?

A third benefit of serverless computing is that it can reduce the cost of your system architecture by optimizing the resource utilization and the billing model of your system. You do not need to pay for idle or underutilized servers or for the overhead of managing and maintaining them. You only pay for the actual execution time and the memory usage of your code when it is triggered by events. You can also leverage the pay-as-you-go model of serverless computing to adjust your budget and your system performance according to your needs and preferences.

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Mario A. Mendez

Jefe de área Business Intelligence en Importante Compa?ía Financiera y de Créditos
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Los servicios de SaaS y PaaS vienen a cubrir el problema del sobredimensionamiento de recursos físicos asociados a instalaciones físicas, de un rendimiento mínimo desde el punto de vista de beneficios netos por unidad de costo. La capacidad ociosa también se vuelve inexistente, dado que solo se factura servicio por consumo. Aunque existen ofertas de proveedores para arrendar capacidad fija por dos o hasta tres a?os, en un entorno de crecimiento puede hacer que se necesite dinamizar la capacidad, siempre es mejor alternativa pagar un consumo real por a?o que desperdiciar una capacidad inicial sobredimensionada para prever el escenario del último periodo.

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Sridhar Reddy B.

Senior Principal Architect @ Discover - Machine Learning, GenAI Platform | Ex-Microsoft
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Serverless computing improves system architecture reviews by simplifying infrastructure management, enhancing scalability, enabling event-driven architecture, and providing pay-per-use pricing. This streamlines reviews by reducing complexity and operational overhead. Additionally, serverless architectures can reduce costs by eliminating the need for provisioning and managing servers, optimizing resource utilization, and scaling automatically based on demand, resulting in lower infrastructure expenses.

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5 How can serverless computing secure your system architecture?

A fourth benefit of serverless computing is that it can secure your system architecture by leveraging the security features and best practices of the cloud provider. You do not need to deal with the security risks and vulnerabilities of the servers or the network. You can rely on the cloud provider to handle the encryption, authentication, authorization, monitoring, and auditing of your system. You can also use serverless computing to implement security policies and controls, such as access management, role-based permissions, or encryption keys, to protect your data and your code.

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Sridhar Reddy B.

Senior Principal Architect @ Discover - Machine Learning, GenAI Platform | Ex-Microsoft
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Serverless computing can enhance system architecture reviews by simplifying deployment, facilitating scalability, promoting modular design, and enabling rapid iteration. It streamlines reviews by minimizing infrastructure concerns and allowing architects to focus on application logic and functionality. Additionally, serverless platforms often include built-in security features such as authentication, authorization, and encryption, which can help secure system architecture. By leveraging these features, architects can ensure that their serverless applications are protected against common security threats and vulnerabilities, thus enhancing overall system security.

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6 How can serverless computing improve your system architecture reviews?

As you can see, serverless computing can offer you many advantages that can improve your system architecture reviews. You can use serverless computing to simplify, scale, reduce, and secure your system architecture and to enhance the quality and the efficiency of your system architecture reviews. You can also use serverless computing to experiment with new ideas, test new features, or prototype new solutions without compromising your system architecture or your budget. Serverless computing can help you design and review your system architecture with more flexibility, agility, and innovation.

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Sridhar Reddy B.

Senior Principal Architect @ Discover - Machine Learning, GenAI Platform | Ex-Microsoft
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Serverless computing enhances system architecture reviews by simplifying deployment, promoting scalability and modularity, and enabling rapid iteration. It streamlines the review process by minimizing infrastructure concerns and facilitating easier assessment of individual components, leading to more efficient and effective architecture evaluations.

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7 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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How can serverless computing improve your system architecture reviews?

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1 What is serverless computing?

2 How can serverless computing simplify your system architecture?

3 How can serverless computing scale your system architecture?

4 How can serverless computing reduce the cost of your system architecture?

5 How can serverless computing secure your system architecture?

6 How can serverless computing improve your system architecture reviews?

7 Here’s what else to consider

System Architecture

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How can serverless computing improve your system architecture reviews?

1

2

3

4

5

6

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1 What is serverless computing?

2 How can serverless computing simplify your system architecture?

3 How can serverless computing scale your system architecture?

4 How can serverless computing reduce the cost of your system architecture?

5 How can serverless computing secure your system architecture?

6 How can serverless computing improve your system architecture reviews?

7 Here’s what else to consider

System Architecture

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