Digital currencies have been the hottest investment over the last year. In 2017, Bitcoin rose from $1,000 to just under $20K. The same is true for other digital currencies as well. What's all this fuss about? To put it simply, digital currency is a form of money that is made up of bits and bytes stored on a computer system and used as a medium of exchange. If you want to invest in cryptocurrency but don't know where to start, here's what you need to know: - What are cryptocurrencies? How do they work and what makes them different from traditional currency? Should I invest in cryptocurrency?

Bitcoin was the first cryptocurrency to be created in 2009, and it has since grown into a multi-billion dollar market. Bitcoin is unregulated, decentralized, and global which means that transactions are fast and cheap. Bitcoin's technology is also very robust - it's estimated that one bitcoin transaction can process up to 20000 other transactions. With increasing numbers of gamers seeking out cryptocurrencies for their digital purchases, developers are starting to pay attention. So what does this mean for gamers? Link your credit card or PayPal account to your Steam wallet. Steam is now accepting Bitcoin as payment through BitPay.

Virtual reality therapy has been on the rise in popularity among mental healthcare professionals. A recent study from the American Psychological Association found that VR therapy is being used to treat a variety of conditions including PTSD, anxiety, and addiction. In just a few decades, virtual reality has expanded from strictly an entertainment device into one that can offer therapeutic relief for many people. What's more, it's a more affordable option for those with low-incomes or without access to insurance coverage. The move towards virtual reality therapy is the latest example of the way technology is changing mental health care. Doctors are taking advantage of video chat services like Skype to offer remote therapy sessions at a reduced cost. These services are more accessible than ever before and allow people to get treatment when they need it most, instead of waiting for an appointment or struggling to find an in-person therapist in their area.

Artificial Intelligence is the process of converting raw data into information that leverages computers to mimic the problem-solving and decision-making capabilities of a human mind. This obviously leads us to the ultimate question - will machines replace us (at least in the job market)?

The purpose of Computer Vision in the field of Law Enforcement enables officers with a powerful tool that helps detect, analyze and produce information that results in reduced response time, increased efficiency and will eventually lead to safer neighborhoods.

Virtual Reality experiences and simulations are progressing at an exponential scale. VR simulations enable users to engage in various activities in a safe and controlled environment.

The current process to maintain road assets is a time-consuming, manual labor-intensive process, error-prone and costly. Computer Vision will eliminate the limitations of the traditional survey process & deliver efficiency across the value chain. This will result in better response time to fix road asset issues, making roads and highways safer.

Machine Learning is the study of computer algorithms that has the capability of automatically improving itself by constantly processing data that are fed to it.

Artificial Intelligence stands at the forefront of technological innovations, leading to a more efficient, fast-paced and progressive way of life.

Computer Vision (CV), your everyday term for some of the most cutting-edge technologies, is set to turn into your second-in-command (and may eventually get to be the first). The term applies to any tech-innovation that can enable computers to see (visualize) and interpret digital content, such as, images and videos. The concept straddles between the ever-evolving fields of AI (artificial intelligence) and machine learning. Today, computer vision successfully dominates major global sectors, starting from healthcare and finance to emergency and automotive industries. In fact, it is the latter where this phenomenon appears to be leaving its most noticeable mark. With much progress having already been made, experts are looking to optimize the role of computer vision in assisting both drivers and road-safety projects in the near future.