Expertises

APP

Development of applications (APPs) for internal use of the company or open to the general public. FAST has been involved in the development of applications since the launch of the first technological platforms on the market and has kept itself updated to always use the most modern technologies.

WEB SYSTEM

Development of responsive web systems, ready to scale and with the robustness your business requires.

API

API development to interact with applications (Apps), web systems and other systems.

OTHER TYPES OF PROJECT

Due to its team of professionals with extensive knowledge of software engineering, FAST is also able to work on other types of projects: desktop systems, embedded systems, Device Drivers, Peer to Peer (P2P) systems, Shell Script, Portals, systems and Apps for POS.

How software development works in 3 cyclic steps

Conception

We dive into the problem to be solved together with customers and users to understand their needs and pains. Through a collaborative process, we design a user-friendly product that is productive in daily use. In many cases, the client can already obtain prototypes of the product at the end of this stage.

Development

We quickly turn prototypes and rules defined with the client into a functioning system. We use best programming practices as part of the process to ensure maximum product quality. At this stage, the client receives partial product deliveries continuously.

RELEASE AND MAINTENANCE

Finally, we implement the system and provide support in product operation. At this stage, FAST's agility in adjustments and necessary improvements ensures user satisfaction and realizes the return on investment for the client.

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Innovative methodologies to ensure productivity

Asset detail

We use current technologies to ensure efficiency and performance

DESIGN AND PROTOTYPING

The design phase encompasses everything from understanding the problem and business opportunity to creating a prototype of the system or app. Prototyping, in turn, allows for a rapid delivery of the main screens of the system or critical algorithms for validation by users and clients. The design and prototyping process aims, among other things, to create user-friendly and productive systems and apps.

Adobe XD

Sketch

Figma

BACKEND

The system's backend is the layer that runs on the servers, where most of the business rules and the connection to the database are typically located. This layer contains APIs, which enable interaction between different layers of the same system or between distinct systems. Backend development should design scalable and robust systems.

C#

Java

PHP

Python

FRONT-END

The front-end is the visual layer of the system, meaning it's where the screens, fields, graphics, maps, etc., are located. This layer is primarily responsible for user interaction with the system. Front-end developers bring screen prototypes to life, making them interactive for users and coding them to be understood and executed by computers.

Angular

Vue.js

React

Javascript

HTML

CSS

MOBILE

Mobile systems, also known as apps, have become very popular for enabling information consumption and storage from anywhere. Apps run on tablets, smartphones, TVs, among other devices, and typically use APIs for communication with backend systems and other users of the same app. It is important that apps are user-friendly, exchange information quickly with low internet consumption, and enhance user productivity.

Android

iOS

Flutter

DATABASE

The database layer is responsible for storing data in a structured manner. To ensure performance and robustness, it is necessary to consider in the design the types of data used in the system, their relationships, the frequency of data storage and access. This layer is also responsible for ensuring data security, integrity, and durability.

SQL Server

MySQL

PostgreSQL

INFRASTRUCTURE

The infrastructure is primarily responsible for executing the code, as well as storing and transferring data. Infrastructure can be set up in the cloud or on-premises. Among the various aspects related to infrastructure requirements, the importance of availability, scalability, security, computing capacity, and service availability that make development faster and standardized can be highlighted.

AWS

Azure

Docker

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