In a world where innovation is key to staying competitive, financial organizations face the constant challenge of developing and launching new technological solutions. But how can you take that brilliant idea for a new payment app or investment platform from the conceptual phase to a successful launch? This is where Quick Fintech comes into play.

The SIB 2.0 represents a significant evolution of the Biometric Identification Service (SIB) of the Tribunal Electoral. This extension goes beyond simple citizen verification, offering additional information through biometric techniques. Not only does it enrich the user experience, but it also strengthens security and interaction with the biometric platform by providing complementary data.

In an increasingly competitive business world, operational efficiency is key to success. It is in this context that "low-code" solutions emerge as a powerful response, allowing the development and optimization of operational process flows in record time.

Introducing our latest creation in the digital world: the first issue of TheHub Magazine, a digital magazine. Within its pages, you'll discover the magical formula for transforming your ideas into innovative solutions capable of driving progress.

The selfie was introduced into the English language on September 13, 2002, and in 2013 it was chosen as the word of the year by the Oxford dictionaries, marking a significant journey for an action that was previously known as a self-portrait. Nowadays, an average of 93 million selfies are taken worldwide every day. And now, financial and governmental institutions are joining in, requesting a self-portrait to validate your identity by comparing and recording your facial biometric parameters.

In the previous article, I discussed the general aspects of Kubernetes, why adopting microservices as a development standard is beneficial, and how Kubernetes facilitates this process. In this article, we will go a bit beyond the basics and address everything surrounding an application deployed in Kubernetes. That is, since we have already defined how the cluster works at a physical level, it is necessary to understand what the internal moving parts are that the nodes interact with.

This article is part of a series where we will explain Kubernetes, from the basics to the most advanced topics: deploying an application in a production cluster. Before diving into dense material, it’s necessary to understand why Kubernetes is needed. Years ago, most applications were huge monolithic codebases that had a very slow update cycle due to this very architecture.

The definition of prototype comes from the Greek πρωτότυπος prōtótypos: From the prefix “Protos”, which can be translated as “first” and the suffix “typos”, meaning “model”. In the creation and development of digital products, a prototype is a medium-high fidelity representation that includes interface interaction for user experience testing.

We have all heard the term innovation for several years now, however, recently many organizations - regardless of their size or industry - have found themselves compelled to rethink their operations to remain competitive and not perish in the attempt; but do we really know what innovation means?

Customer service is one of the most crucial aspects for companies of all kinds, especially those providing mass-market products or services with a large customer base that requires support for various reasons. Viewing this issue from an innovation standpoint, where we establish that the minimum requirement for a company is the standard, we can assert that any organization offering a service or product on a large scale should have remote customer service methods in place to maximize customer satisfaction.