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Frontend

Frontend: interface modules of the digital spacecraft

Next.js

Next.js

This is a modern React framework for building high-performance web applications with server-side rendering, static generation, and built-in routing.

0 PROJ
React

React

JavaScript library for creating interfaces based on a component architecture. It allows you to create dynamic user modules, manage state, and efficiently update data without reloading pages.

5 PROJ
Socket.io

Socket.io

Socket.IO is a technology that provides reliable real-time communication between the client and the server. It works on top of WebSocket, automatically reconnects, transmits events with minimal latency, and is perfect for chats, games, data streaming, and monitoring.

0 PROJ

The frontend is the external shell of a digital system through which the user interacts with the platform's functional modules. In a space analogy, it serves as the control panel of the ship: displaying data, receiving commands, and providing clear access to the system's capabilities.

Client architecture as a visual control panel

The frontend shapes the structure of the interface, the way components are displayed, and the logic for responding to user actions. Modern frameworks and tools are used: React, Next.js, Vue, modern CSS standards, flexible components, and rendering mechanisms. The architecture can be modular, component-based, or hybrid, depending on the platform's tasks.

Interaction with server modules

The client side exchanges data with the backend, sending requests and displaying results. This connection works like a telemetry transmission system: the interface receives data, processes it, and reflects the current state of the platform. REST and GraphQL APIs, caching technologies, query optimization, and routing are applied.

Interface components - functional navigation panels

Frontend components can be viewed as separate interface blocks of the onboard module.

They are responsible for:

  • displaying data;

  • managing application state;

  • visual animations;

  • interactive elements.

The component-based approach simplifies scaling, reuse, and extension of the interface.

Performance and stability of rendering

The client side must remain stable under high loads and complex visual scenarios. For this, rendering optimizations, dynamic module imports, state management (Redux, Zustand, Signals), SSR/SSG approaches, and preloading mechanisms are applied.

Evolution of interface technologies

The frontend evolves in parallel with the rest of the digital ecosystem. New browser standards, improved build systems, enhanced CSS capabilities, and advanced API interaction tools are emerging. These changes allow projects to expand functionality and improve user scenarios across various usage

AIMA Mission