posted

October 12, 2020

Examining How Brain Computer Interfaces Will Shape the Future

by

We are not strangers to the unprecedented ways that new technological devices can reshape society. In the last decade, we have witnessed how things like smart phones and social media have dramatically altered how we, as humans, interact.

One of the major technological advances that will likely continue to shape our human interactions is brain computer interface (BCI) technology. In this post, I am going to delve into the history of the BCI and look at some of the current developments happening in the realm of BCI technology.

read on

posted

October 5, 2020

Textiles and Tech Styles – How Textiles Influence High Tech

by

It may seem strange to bring up textiles when discussing computer programming. However, my interest in the correlation between the two was piqued last week when my friend sent me a question currently circulating on the internet: Is it possible to knit DOOM? Thinking about this question led me to consider the immense influence that the textile industry has had on computer science and modern technology. 

read on

posted

September 30, 2020

Using Intents to Create Transitions in Android Applications

by

Creating a successful application isn’t just about ensuring that all of the components work; the layout and design of the application are also crucial. The design must be professional and engaging, and the layout should be easy for users to navigate. Design components, such as animations and navigation transitions, can also enhance the usability of the application.

read on

posted

September 21, 2020

An Introduction to GPT-3

by

When you think about the future of artificial intelligence (AI) technology, it’s likely that you don’t think of auto-completion. However, you probably should. In July 2020, OpenAI released a beta testing version of GPT-3, a new auto-completion program that could very likely define the next decade of AI programming. 

read on

posted

September 14, 2020

Defining Talent in UX Design

by

There have been countless books written on talent, we know talent when we see it, and we can sense talent in people around us. While most of us have a fundamental understanding of what the word “talent” means, most of us would have a hard time clearly defining it.

read on

posted

August 31, 2020

Optimizing User Flow Test Automation with QA IDs

by

User flow testing, also known as workflow testing, analyzes how an application is performing from the standpoint of the user. In this post, I am going to talk about some of the challenges with automating these types of tests and how we’ve addressed these challenges on several recent projects. 

read on

posted

August 24, 2020

Understanding PDF Generation with Headless Chrome

by

Headless browsers are currently gaining popularity as an efficient way to test web applications because they do not affect the user interface. In this post, I am going to discuss the benefits of Headless Chrome and two approaches for using Headless Chrome to automatically create PDF reports. 

read on

posted

August 17, 2020

The Uncertain Future of Moore’s Law

by

In 1965, Gordon Moore, CEO and co-founder of Intel, made a prediction that the number of transistors on an integrated circuit (the main component on a computer chip) would double every two years for at least the next decade. This prediction, known today as Moore’s Law, has continued to be fulfilled since 1965. While it is known as Moore’s Law, Gordon Moore’s prediction is not truly a law; rather, it is a trend that chipmakers around the world have been encouraged to match via technological advancements, research, and development. 

read on

posted

August 10, 2020

Concurrency on Android with Kotlin Coroutines

by

Concurrency is not something that most people think about on a daily basis; however, it benefits most of us throughout our day. Whenever we ask our technological devices to perform multiple tasks, either within one application or across multiple applications, our device is using concurrency to make it happen. Thanks to concurrent programming, our devices are able to multitask at the same rate that we do.  

read on