Serge Belamant: Inventor Of The First Blockchain Debit Card

The genesis of blockchain debit cards dates back to 1989 when Serge Belamant used the knowledge he gained through academia and hands-on experience to become the inventor and patent holder of this technology. Throughout his life, Belamant has demonstrated a level of ingenuity often associated with creators.

In 1953, Serge Belamant was born in Tulle, France and moved to South Africa with his family at a young age. At just 14 years old, his father started working as a tiler, which set a standard of independence for Serge that he carried well into his career.

Both athletic and intellectual, Serge Belamant played rugby and other sports, while maintaining diligence and focus as a student. As a matter of fact, he was chosen to serve as house captain for the science club while attending Highlands North High School for Boys in Johannesburg. Serge received acknowledgements for outstanding academic performance and was awarded Victor Ludorum.

Serge ranked sixth place in the 1972 Southern African Chess School Championship, despite tremendous competition. The critical thinking skills that he used to excel in game of chess were subsequently leveraged to excel later in his career. His advanced capabilities were evident early on when he entered the University of the Witwatersrand after graduating from high school ahead of his class.

Serge Belamant’s university studies included engineering, computer science and applied mathematics. After transferring to the University of South Africa during his junior year, he changed his major to information systems. Although he departed the university before earning a degree in order to launch his career at the age of 22, he learned quite a bit while in school.

Early in his career, Serge Belamant worked for Matrix, a civil engineering firm, within the BKSH division. He succeeded in developing software applications used to analyze water levels in dams across the United States and his worked included finite element analysis. Belamant went on to join the Council for Scientific and Industrial Research (CSIR) developing computer models.

Earning a promotion to the Pretoria, Witwatersrand and Vereeniging road planning project, Belamant enhanced road network analysis by developing graphic interfaces. He also worked as a consultant for Bancorp supporting risk management initiatives, where he designed a 10-step program to analyze business risk and optimize sustainability.

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To Brazilian Butt Lift or Not To Brazilian Butt Lift: The Dallas, Texas Way

Most people in society want to be rich. Some people want to feel loved. Other people just want a nice, firm butt. If you weren’t born with the best of genetics, then there is hope. Since only a very small percentage is born with great genetics, the majority of us has to work with what we have been given. On the other hand, there is a way to by-pass all of the intense pain and gain from working out like a madman. The Brazilian butt lift is the solution, and it is now a part of mainstream society. Nothing feels better than having the ability to feel-out your favorite articles of clothing and a Brazilian butt lift will surely give you the opportunity.


The Brazilian butt lift is the more popular style of butt lift. Unlike the older, more invasive traditional butt lift, this particular style is all about the removal and transferal process of fat. This is achieved by making small incisions into the buttocks. Liposuction is a key-component into making this a reality as it can remove fat from your back, remove fat from your thighs or remove fat from your hips. The fat gets put into motion by actual manual motion, by ultrasonic waves, by lasers, by bursts of air or by vibrations. Of course, these techniques are contingent upon which doctor is being used. Brazilian butt lifts generally take around two hours. Some patients have went on to have other procedures done during this time such as breast augmentation or abdominoplasty.


After about a month, you should be up and running on all cylinders. During the healing process, you should definitely take it easy, you should refrain from strenuous activities, and you should have painkillers on-hand. Like the old saying goes,”no pain, then no gain.”


Amicus Therapeutics is focussed on treating rare, orphan diseases

Amicus Therapeutics is a company that is globally recognized for its biotechnological advanced therapies that treat orphan diseases which are rare. The company was publicly declared in 2007. It operates under the NASDAQ symbol for trading. They have a wide variety of treatments for genetic diseases for human beings (GCReport). Amicus Therapeutics runs its operations from Cranbury in New Jersey.



Amicus Therapeutics has received grants from different Foundations to assist in their research. They have also managed to acquire various companies such as Callidus Biopharma and Scioderm which have taken them a step forward in getting therapy treatment.



Amicus Therapeutics focuses its operations on different programs that have been discussed below:



  • Fabry disease: This is caused by the GLA gene in the body mutating. It can cause serious and irreversible damages to body organs, such as the nervous and renal systems if the issue is not caught and treated early. Amicus Therapeutics has developed migalastat, which is the cure for this disease, to those patients who suffer and have amenable mutations. For the other patients who don’t have amenable mutations, Amicus is still developing the treatment which will be a combination of the migalastat and Enzyme replacement therapy, ERT.
  • Epidermolysis Bullosa: Also known as EB, is a chronic genetic disorder that affects the skin. It can appear in form of a blister or wear away of the skin. In other cases, it erodes the lining of other organs in the body. There is no known cure that has been approved for this disorder yet, however, Amicus Therapeutics is developing a topical therapy to treat the blisters and lesions that occur because of EB.
  • Pompe disease: This is an inherited disorder that occurs due to the lack of a particular enzyme in the body. This disorder brings about weak muscles and respiratory issues. Amicus Therapeutics has initiated a study to determine the safety and effectiveness of the proposed treatment for this disease.


Amicus Therapeutics also believe that the platforms they use will be able to offer opportunities for development of other drugs that can be used in the treatment of other Lysosomal Storage Disorders. This is one of the few companies that are using science to better the lives of people with rare diseases.

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Jason Hope has big Hopes for Technology

Broadly speaking, the interconnection of tiny everyday objects connected and communicating via the internet, is known as the Internet of things (IoT). According to Mr. Jason Hope, these concepts are no longer the stuff of science fiction, but increasingly a part of reality. Before long, for example, there will come a day when a Milk bottle informs our refrigerator that it is nearly empty; and our refrigerator would then communicate that to us. It is estimated by Gartner, Inc. that by 2020, 25 billion devices will be IoT devices.

Bluetooth beacon technology will be at the helm of making it possible for such devices to communicate with each other, and with people. Put simply, a beacon is a transmitting device that gathers information and then relays that data to other devices. Already, these sorts of IoT beacon technologies are having a broad impact on the airline industry. For instance, Virgin Atlantic’s Boeing 787s are about as connected and equipped with IoT devices as one one can imagine. From its nose to the rudder, every part of this airplane is connected to a wireless network. Customer Service, Baggage Handling, and Fuel Efficiency are other areas of the airline industry that are being impacted.You can also visit his Facebook Profile :

Mr. Jason Hope happens to be a futurist, philanthropist, investor and entrepreneur base in Scottsdale, Arizona. He has a passion for technology and its impact on our lives. Mr. hope has carved his reputation as being a skilled futurist with a passion for clearly understanding technology. He uses that knowledge to observe the industry and make predictions about where society is headed.Based on current technological trends, Mr. Hope believes IoT will be with us for a long time and have an important societal role. His insights help modern businesses seize important trends. As early as 2015, Mr. Hope was pointing to significant strides being made in the IoT sector. Consumer Electronic Shows like CES 2016, started carrying such themes heavily. Learn More.



The Fascinating Correlation between Tech and Fashion Industries

Throughout the years, we have seen massive growth in fashion and technology sectors. Both industries have undergone a series of transformations in the last few decades. What’s more interesting though is the way that these two industries have grown together in the past and the question is what’s next? Where is fashion and technology headed in the near future? From two-deck cassette radios to iPods and from the 1970s Macintosh computer to MacBook Pros, we have all seen changes in these industries that nobody could have predicted.

Tech as a Playground for Fashion Designers

The fact is, technology will continue to grow with fashion. The popularity of tech inventions will depend on what society perceives as fashionable. Currently, the use of technology grants fashion designers immense possibilities. This bolsters creativity and innovation in the fashion industry in a composite intertwining of technology and fashion designs. Technology presents a playground for fashion designers, and the subsequent list of possibilities is endless. The two mechanisms work hand in hand. Technology needs fashion in a big way; some brilliant inventions can’t succeed if they are not seen as fashionable. Interested parties could shy away from the technology due to fear of stigmatization.

So, what’s next?

The industry intermarriage between fashion and technology could become more complex in the future. There are individual projects, currently underway that could change the future of technology as we know it. Designers may find a way to create energy using our typical daily activities, for instance, clothes that could use kinetic energy to charge smart devices. We should also expect the recycling of past fashion trends as we have seen before and also, the use of recycled and waste materials to create great outfits. The future of both industries will depend on how well they can be integrated towards the creation of a beautiful world.

About Christopher Burch
Christopher Burch is the founder and Chief Executive Officer of Burch Creative Capital. His entrepreneurial values can be seen in the company’s investment philosophy and vision of imparting a lasting positive impact on clients’ lives. Burch Creative Capital’s portfolio includes Jawbone, Faena Hotel, and Universe most recently TRADEMARK, Poppin, Nihiwatu, Cocoon9 and ED by Ellen DeGeneres. Chris Burch has built himself a reputation for connecting innovation to impact by combining experience and understanding of human behavior.

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