Browse Category: Tech

The Many Endeavors Of Jason Hope

Have you ever noticed that the people who do great things in society, never really receive the credit that’s due. It seems like professional athletes and entertainers get most of the credit even though the majority have never done much to better man-kind. Unfortunately this is the world we live in, but just know that there are many talented individuals out there and a guy named Jason Hope is the topic of this discussion.

Jason Hope is literally a brilliant minded individual whom uses his intellect to better man-kind. This guy is known as an entrepreneur, investor, and futurist. His heart belongs to technology and the use of it, which has led Jason Hope on a successful path in life. Mobile Communications was and it still is big as he started out by selling premium text messages. This small untapped niche was a gold mine and Hope made a nice living from doing so.

The guy has a Finance Degree as well as an MBA from Arizona State University. This is where is learned much of his successful business sense, but being an entrepreneur, Hope understands that taking risks is all a part of the game. Jason Hope built his career off of one customer when he was working for an advertising and marketing company. Being extremely lucky, that one referral changed his whole life for the better and he hasn’t looked back since. Besides having such success in the business world, Hope has always had a big heart. His philanthropic nature has caused him to invest his time and money into healthcare. The SENS Foundation is where he’s put a lot of focus as it is focused on finding cures for many of today’s illnesses.

Jason Hope is a product of his own environment. Having this much success and knowledge and allowed him to do some very unique things and it’s the blueprint of his success.

Learn more about Jason Hope at https://www.investing.com/analysis/the-reason-behind-netgear’s-30-stock-increase-200173084

The exceptional prison phone services by Securus Technologies

Securus Technologies is a company that has been offering prison communication for many years. Other services that they offer to make prison a better place include; investigation, biometric analysis, communication, information management and product supplies. The company is located in the city of Dallas in Texas. The figures of customers who use this company to keep in touch with their families through telephones have revealed it is among the top communication company in this business.

The recent figures indicate that the company serves 3,450 correction facilities in the state. The estimated numbers of inmates who use these services are about 1.2 million. The consistency in providing quality and reliable communication system has earned the company an excellent reputation and relation with prisons commissions. The same has happened to families, inmates, and lawyers who want to communicate in the uninterrupted network. The company has installed reliable and permanent lines that are regularly maintained.

Many prisoners have opted for this company as their service provider since it has a unique understanding of call privacy. All conversations between inmates and families or attorneys are recorded. The audio sounds and conversations are saved in a well-protected database that cannot be accessed. Prisoners can, therefore, communicate freely without the fear of some sensitive information can could alter the investigations could be exposed. The only time when the database can be accessed is through a federal order in some cases.

The telephone charges are quite high compared to some competitive prices in other communication firms. Nevertheless, the prisoners get call refunds frequently. This gives one more call time to complete their conversation. The payment methods that are used to pay for telephone fee are very flexible and accessible to many people. The user can also request balance statement on their number to monitor the usage over time.

Securus Video Visitation Overview Video from Securus Technologies on Vimeo.

How Image Recognition Technology Is Changing Our Lives

Technology in today’s world is a very curious beast. There are many people who are confounded and do not understand how it works and even have trouble operating a smart phone. Computers have been on a steady incline of advancement since the 80’s and are only going to grow more and more complex as the years go on. The technology that they employ finds a way to seep into the fabric of our daily lives for better or for worse. However, the benefits to having stronger technology are stronger security, safety and interaction.

With the rise of apps, many people are taking to their phones to use software that can perform useful operations. Even on desktop computers, software has become so advanced that we can now use webcams and image capturing software to alter and interact. This advanced technology has given rise to image recognition. Image recognition is software that can detect faces, logos, words, objects and people. This software is often present on devices such as computers, phones, and cameras. An optical device to scan the area in or around a person is often required.

Image recognition falls into a field of artificial intelligence where the software detects certain patterns through the lens of the camera and then uses that information to perform certain operations. One example of this is seen in photographic cameras as facial recognition, where when taking a picture of someone, a box forms around their face in order to focus the lens and create a clearer picture. Image recognition software has many different practical uses and one of the most recent is using a camera lens on, say, a smartphone to detect telephone numbers on paper or other mediums and having it transfer over to the phone itself to be used to call, text or store.

Other practical applications that are gaining steam concerning image recognition software are security and safety. Many car companies are using image recognition software in their cars as a means of preventing accidents. An example this is when backing a car up, a camera in the back of the car may alert the driver when they get dangerously close to bumping something. While driving, image recognition software may be used to help alert the driver when they are falling asleep, to prevent an accident. In order to do this, the camera inside the car, focused on the driver’s face, detects if the eyes of the person driving are closing and then emits a piercing buzzing noise to jolt the driver awake.

Another great application for image recognition is security. Many high-tech companies and top-secret facilities are using facial recognition to help protect their buildings from intruders. The computers inside the building keep a database of faces of the employees that work there and before entering, people must look to the camera and if their face is a match, they are admitted.

One of the leading companies in the field of image recognition technology, Slyce, has made significant strides in perfecting the use of image recognition in many different mediums. Slyce launched its visual recognition platform in February of 2013 and is headquartered in Toronto, Canada. With many different uses for image recognition technology, you can be sure that with companies like Slyce and bright minds in the rapidly growing field, the future is going to be way more interesting.

YouTube Starts Playing at Higher Resolution than Computers can Bear

Do you sit in front of your modern TV set or laptop and get angry at those videos shot in low quality? You might experience it the other way around when you see that YouTube has released the 1440p (2560-by-1440) and 2160p (3840-by-2160) resolution.

According to Jason Halpern many viewers do not have the tech it takes to play in this resolution yet, so they can only imagine how good the 4K Ultra HD resolution recently adopted by TV manufacturers looks like and only watch what looks more like a slide-show of HD pictures. Namely, the computers that we have right now can’t load the 2160p and only jump from image to image, instead of playing the video smoothly. Only 6 videos on YouTube currently have the new HD frame, and if you want to check how far your laptop or TV set can go, try playing them. The new 2160p (3840-by-2160) is good for a very limited number of people right now, but it is good to be ahead of the time.

The tech advances so quickly, that we might soon not only enjoy looking at the high-quality, but have the right cameras to shoot and upload the same quality videos. To experiment with the resolution, you should try to start the video and then switch between the available possibilities in the ‘settings’, right corner bottom.

AVG Creates Privacy Glasses To Prevent Auto-Tagging

One of the features that has popped up on social media over the years is the concept of tagging photographs. In fact, some sites offer up automatic tagging features that use facial recognition to identify anyone in a photograph. While users have the ability to turn off the tag, many simply do not know about the feature or have no idea when they are accidentally being photographed. One company has found a solution that just might catch on.

According to Tech Times, AVG has developed a pair of glasses that use infrared light around the rims to conceal the identity of the wearer. While the lights are invisible to the human eye, to all those smartphones and digital cameras present at an event the glasses appear like a cartoon animated pair of glasses. The image is distorted around the eyes and nose area, which is where most facial recognition programs concentrate. BNY Mellon has said the user appears to be wearing glasses in the photo, but in real life it looks like a normal pair of eyewear.

Whether or not the technology will be implemented into some sort of widely available solution remains to be seen, but the fact that at least one company has made significant strides in keeping unwanted photographs from instantly recognizing everyone involved is a major win for privacy advocates said Zeca Oliviera. The downside is that the picture remains on the internet, but that represents another problem altogether.