Futurist Extrordinaire Jason Hope Shares Visions of Technology
“You can’t argue with success!”
That familiar adage may be well-applied to serially successful entrepreneur Jason Hope. An innovative thought leader and a person with wide-ranging interests, Hope has been noted for his contributions to everything from internet technology and research into anti-aging science.
Jason Hope began his career by earning a college degree in business finance. He went on to nail down an MBA from the W.P. Carey School of Business. After achieving considerable financial success as a young man, Hope involved himself in giving back to others by pursuing a variety of philanthropic endeavors.
Jason Hope has worked with several organizations, including Teach for America, Family Health International, Boys & Girls Club of Metropolitan Phoenix and the T Gen Foundation.

Media observers often refer to Hope as “a futurist.” That’s because he has an uncanny ability to recognize emerging technologies, both in the computer realm and biological sciences, and make accurate predictions about new developments in these key industries. For example, Jason Hope was among the first to recognize the enormous impact IoT (the Internet of Things) would have on business and life at large.
Hope acknowledges a keen interest in life sciences, especially leading-edge research in the field of anti-aging. That lane of medical research took on all-new meaning when stem cell technology emerged on the scene more than 20 years ago. Jason Hope understood that if the process of developing stem cells emerged to a greater level of practical application, it may hold the key to rebuilding or rejuvenating any aspect of the human body.
Someday, the leader finally comments, that may even include bolstering the neurons of the human brain, not to mention “regrowing” vital organs that tend to “wear out,” such as the heart, lungs, kidneys, liver and more. For Jason Hope, the future is bright because he believes humanity has the skill, the technology and the drive to solve our most difficult problems.