#software_architecture

[phonemantra-blog]

The first among Russian banks VTB board member Svyatoslav Ostrovsky said on the sidelines of the Finopolis-2023 financial forum that VTB was the first among Russian banks to develop a banking application for the domestic Aurora operating system. Let us remind you that the first devices running the Aurora OS – a secure smartphone and tablet – went on retail sale the other day . [caption id="attachment_80871" align="aligncenter" width="780"] Aurora OS[/caption] VTB launches a banking application for the Aurora OS The prototype of the VTB Online application, created for the Aurora operating system, supports all the basic services that are in demand among users: transfers and payments, payment by camera using a QR code, quick search for ATMs and branches using geolocation, updating profile data via Government services, etc. Testing of the service will take place from November 2023 to June 2024, notes the bank’s press service. VTB pays increased attention to the development of digital channels and the introduction of its financial services to new platforms. In the near future, we will be the first among Russian banks to become accessible through Aurora, a secure domestic operating system with all the necessary set of certificates for uninterrupted operation.

[devsnews]

The move from a distributed microservices architecture to a monolith application helped achieve higher scale, resilience, and reduce costs.

[ankaapmo]

You Had Me at Microservices! Oh, No... - #Ankaa

You Had Me at Microservices! Oh, No... "Microservices," the way it stands, is becoming a must-have for a lot of enterprises. It is being touted as the main component if you are leading a digital transformation journey. System integrators are having a field day calling themselves microservices experts. At the end of the... https://ankaa-pmo.com/you-had-me-at-microservices-oh-no/ #Cx #Microservices #Reactive_Architecture #Scalability #Scaling #Software_Architecture

[lazyajju]

Worldwide Software Architecture Summit 2022

Click on link to buy ticket and read more detail:

https://events.geekle.us/software_architecture/

[phonemantra-blog]

But in reality, there may be even more devices for which the new OS will be released. The day before yesterday, Xiaomi officially announced its new mobile operating system HyperOS, yesterday screenshots appeared demonstrating the interface of the new product, and today the Gizmochina resource published a list of Xiaomi, Redmi, and Poco smartphones that will receive an update to HyperOS. [caption id="attachment_71945" align="aligncenter" width="780"] HyperOS[/caption] It should be noted right away that the list is unofficial, but it is similar to the list of smartphones that were supposed to receive MIUI 15. That is, the list below shows models that are subject to updating to the new version of the interface, only instead of MIUI 15 there will be HyperOS. The new version of the list includes new products that have not yet been released in the form of Xiaomi 14, Xiaomi 14 Pro, and Redmi 13C. 123 Xiaomi, Redmi, and Poco smartphones will receive an update to HyperOS The list looks like this: Xiaomi: Xiaomi 14; Xiaomi 14 Pro; Xiaomi 13T Pro; Xiaomi 13T; Xiaomi 13 Ultra; Xiaomi 13 Pro; Xiaomi 13; Xiaomi 13 Lite; Xiaomi 12T Pro; Xiaomi 12T; Xiaomi 12 Lite 5G; Xiaomi 12S Ultra; Xiaomi 12S Pro; Xiaomi 12S; Xiaomi 12 Pro Dimensity; Xiaomi 12 Pro; Xiaomi 12; Xiaomi 12X; Xiaomi 11T Pro; Xiaomi 11T; Xiaomi 11 Ultra; Xiaomi 11 Pro; Xiaomi 11; Xiaomi Mi 11X; Xiaomi Mi 11X Pro; Xiaomi Mi 11i; Xiaomi 11i; Xiaomi 11i Hypercharge; Xiaomi 11 Lite 4G; Xiaomi 11 Lite 5G NE; Xiaomi 11 Lite 5G; Xiaomi 10S; Xiaomi Mix Fold; Xiaomi Mix Fold 2; Xiaomi Mix Fold 3; Xiaomi Mix 4; Xiaomi Civic; Xiaomi Civi 1S; Xiaomi Civi 2; Xiaomi Civi 3. Poco: Poco F5 Pro; Poco F5; Poco F4 GT; Poco F4; Poco F3; Poco F3 GT; Poco X6 Pro 5G; Poco X6 5G; Poco X5 Pro 5G; Poco X5 5G; Poco X4 GT; Poco X4 Pro 5G; Poco M6 Pro 5G; Poco M5s; Poco M5; Poco M4 Pro 5G; Poco M4 Pro 4G; Poco M4 5G; Poco M3 Pro 5G; Poco C55. Redmi: Redmi K40; Redmi K40S; Redmi K40 Pro; Redmi K40 Pro+; Redmi K40 Gaming; Redmi K50; Redmi K50i; Redmi K50i Pro; Redmi K50 Pro; Redmi K50 Gaming; Redmi K50 Ultra; Redmi K60E; Redmi K60; Redmi K60 Pro; Redmi K60 Ultra; Redmi Note 10 5G; Redmi Note 11SE; Redmi Note 10T 5G; Redmi Note 10 Pro 5G; Redmi Note 10T; Redmi Note 10S; Redmi Note 11SE (for India); Redmi Note 10 Pro; Redmi 10; Redmi 10 2022; Redmi 10 Prime; Redmi Note 11 4G; Redmi Note 11E; Redmi 10 5G; Redmi 11 Prime 5G; Redmi Note 11R; Redmi 10C; Redmi 10 Power; Redmi 11 Prime 4G; Redmi Note 11 4G/11 NFC 4G; Redmi Note 11 5G; Redmi Note 11T 5G; Redmi Note 11S; Redmi Note 11S 5G; Redmi Note 11 Pro 4G; Redmi Note 11 Pro 5G; Redmi Note 11E Pro; Redmi Note 11 Pro+ 5G; Redmi Note 11T Pro; Redmi Note 11T Pro+; Redmi Note 12 4G/4G NFC; Redmi 12C; Redmi 12; Redmi Note 12 Turbo; Redmi Note 12T Pro; Redmi Note 12 Pro Speed; Redmi Note 12 Pro 5G; Redmi Note 12 Pro+ 5G/Discovery; Redmi Note 12S; Redmi Note 12R; Redmi 12 5G; Redmi Note 12 5G; Note 12R Pro; Redmi Note 13 4G/4G NFC; Redmi Note 13 Pro 5G; Redmi Note 13 Pro+ 5G; Redmi Note 13R Pro; Redmi 13C. HyperOS should also be released for the Xiaomi Pad 6, Pad 6 Pro, Pad 6 Max, Xiaomi Pad 5, Pad 5 Pro 5G, and Pad 5 Pro WiFi tablets. Earlier, Xiaomi CEO Lei Zunz said that HyperOS will gradually supplant MIUI. This means that in reality there may be more devices that will be updated to HyperOS.  

[devsnews]

Robust distributed systems embrace eventual consistency to share data between their services. This article will tell us how to implement this feature.

[devsnews]

Most applications used to be built using Monolithic Architecture, in which all aspects of the application are built and deployed as a single unit. Microservices architecture enables large teams to build scalable applications composed of many loosely coupled services. This allows for more flexibility and scalability, as each microservice can be modified or replaced without affecting the rest of the application. Over time, several issues began with the microservices architecture. To solve these problems, so many solutions have been put in place. These solutions pertain to various patterns currently considered today’s best practices for constructing a scalable microservices architecture. This article has pointed out some of these patterns.

[devsnews]

A modern monolith is not necessarily an application that follows a traditional monolithic architecture, where all the logic and data access are centralized within one application. Instead, a modern monolith is an application that becomes a critical dependency for many other applications that rely on it for data access and business process execution. Therefore, this article will describe deeply about Monolith.

[devsnews]

The terms 'event-driven' and 'event-based' are often used with serverless architectures. See what they are, how they differ, and what it means for your application. Read this article to learn more about them.

[devsnews]

Software architectural patterns are reusable solutions to common software design problems that can be applied to software architecture. These patterns provide structure and organization to software, making it easier to understand and maintain. They also help ensure that the software is secure, reliable, and efficient. Examples of software architectural patterns include Model-View-Controller (MVC), Microservices, and Event-driven architectures. Read this article to learn more about this vital concept.

[devsnews]

Microservice architecture is becoming increasingly popular because it is a way to break down a large application into smaller, more manageable components. Microservices are easier to develop, test, deploy, and maintain than larger, monolithic applications. This allows developers to focus on specific components without worrying about the entire application. On the other hand, Node.js is very popular among JavaScript developers, allowing them to develop backend applications using JavaScript and Node.js. The conjunction between Microservice Architecture and Node.js will be very interesting. This series of articles will show us about implementing Microservice Architecture using Node.js.

[devsnews]

A modular monolith is an architectural approach to software development that combines the scalability and flexibility of a microservices architecture with the maintainability and simplicity of a traditional monolithic architecture. It involves breaking down a single, monolithic application into a set of separate but interconnected modules that can be independently developed, tested, and maintained while maintaining the application as a cohesive whole. In this article, the writer criticizes microservices architecture and introduces Modulith (the modular monolith) concept to us.

[devsnews]

Event-driven architecture (EDA) is a software design pattern that allows software components to interact with one another asynchronously. It allows applications to react to events as they occur rather than waiting for a response from a request. EDA uses events, messages sent between components whenever something of interest happens. These events can be anything from a user action to a system notification. The components of the system can then react to the events and take appropriate action. This architecture is often used in distributed systems and is becoming increasingly popular in implementing microservices. This article will show us how to implement Event-driven architecture in AWS and the facilities provided by AWS to implement Event-driven architecture.

[devsnews]

Jamstack is an architecture for building web applications using JavaScript, APIs, and Markup. It is a modern web development architecture that focuses on performance, scalability, and security by separating an application's frontend and backend components. This allows developers to build faster, more secure, and more resilient applications. This page can answer all of your questions about the Jamstack.

[devsnews]

Multitenancy is a concept in software architecture where a single instance of the software can be used by multiple customers or "tenants". This is important because it allows multiple customers to share the same infrastructure, reducing costs and allowing for scalability. It also allows for a single codebase to be used across multiple customers, simplifying updates and maintenance. The writer of this article believes that many developers don't know about this powerful concept in software architecture.