In this panel at the Malta A.I. & Blockchain Summit, token economics is discussed. The panelists are: Sebastian Markowsky – GP Bullhound; Godwin Schembri – KnowMeNow; Wei Zhou – Binance; Sarah Olsen – Gemini; moderated by Olga Finkel – WH Partners;
Olsen discusses the importance of a stable coin and the challenge of regulation.
Schembri talks about security tokens.
Markowsky talks about what type of tokenization is attractive to investors and getting the incentives right. He advocates an interlinked multi-token model for the purpose of utility and security/investment.
Zhou talks about the “Binance Effect,” which he describes as contributing to the perception that a token is premium, since Binance only lists 3% of the tokens that apply. He emphasizes the need for clarity in regulation.
This discussion was part of the Tokenomics & Crypto Conference.
Peer-to-peer networked forms of social organization have always been there from the earliest days, however, previously they have remained the domain of the local and the personal as they do not scale well without supporting communications technology.
Throughout the modern era, formal hierarchical social structures came to replace informal communities as the dominant organizational paradigm. It is only in the past decades that we have seen the emergence of a new form of social structure that reverses this process, the social network. With the advent of blockchain technologies, these forms of distributed organization are presented with an opportunity to sustain more and more areas of social life, establishing themselves as a core pillar of a world where peer-to-peer is the way forward.
The application of blockchain to the environment is rarely talked about, but we will try to illustrate in this video how this could turn out to be one of its most important potentials of this technology.
As we move from the technology paradigm of the industrial age characterized by machines and stand-alone mechanical systems, a new class of technology is emerging. Namely, the Internet of Things (IoT), which promises to revolutionize human life at unprecedented levels.
The Internet of Things is a journey we are just beginning. Over the course of the next decade billions of devices will come online. The amount of data the internet has to deal with will grow massively as vast networks of machines continuously communicate with each other, to coordinate production processes, for transport and logistics, for construction, climate control etc.
Coupled with blockchain, IoT could find a bright future in enabling mashes of smart devices to safely navigate the sea of data we produce while achieving a varied of tasks.
Charles Hoskinson, CEO of IOHK/Cardano, speaks about the path ahead for the crypto and decentralized industry on March 14, 2019 as well as the decline of global financial markets.
Hoskinson believes that we can solve the world’s financial problems with open source technology.
He outlines parallel futures whereby we can have truly private, decentralized, financial transactions vs hierarchial, centralized control, such as we are accustomed.
As with other areas, the blockchain has the capacity to decentralize economic organization creating distributed peer-to-peer networks for exchange. In so doing, greatly expand the scope and extent of economic markets and finance. And using the blockchain as an infrastructure to expand the opportunities of the global market economy to all is critical to enabling social sustainability through inclusion.
This video explains the idea of a Decentralized Autonomous Organization (DAO) and talks about the current context surrounding the term.
A decentralized autonomous organization is an organization that is run by rules that are created by their members through a consensus process and then written into a set of contracts that are run via computer code, thus enabling the automated management of a distributed organization.
A new set of web technologies are enabling a more distributed economic model based upon the blockchain and token markets. These token markets greatly reduce our dependency on centralized organizations and expand markets as systems of distributed organization. In this video we explain the workings of the blockchain, tokens, distributed markets and token investments.
8. ASIMO BY HONDA During the 1980’s, Honda diverted from its usual product lines of cars, motorcycles, aircraft, and power equipment, and embarked on a “side project” in the Artificial Intelligence department. The final product was a humanoid robot called ASIMO, which stands for Advanced Step in Innovative Mobility.
7. VALKYRIE Valkyrie is a 6-foot-2-inch-tall, 300-pound robot that was developed by NASA’s Johnson Space Center, in partnership with Texas A&M and the University of Texas. The robot was designed for the 2015 DARPA Robotics Challenge, a contest that sought to create semi-autonomous ground robots for use in conditions that are deemed too hazardous for humans.
6. ATLAS Atlas is a bipedal humanoid robot that was created by the US-based engineering and robotics company Boston Dynamics, and which was revealed to the public in 2013. The project was funded and overseen by DARPA, an agency of the United States Department of Defense that is responsible for the development of emerging technology for use by the American military.
5. KENGORO Toward the end of 2017, researchers from the University of Tokyo reported the development of a robot named Kengoro, which can do sit-ups, push-ups, and back extensions, and otherwise move in shockingly human ways that are uncharacteristic of any previous robot. Most impressive, however, is the ability of Kengoro to sweat.
4. HRP-4 This lightweight humanoid robot was developed by Japanese bridge-building company Kawada Industries, in collaboration with the National Institute of Advanced Industrial Science and Technology. It weighs just 86 pounds, has better balance, and is leaner than previous models of the HRP-series robots, and can also respond to voice commands and track faces and objects. Even more impressively, the HRP-4 can stand on one leg and strike poses.
3. FURHAT Another robot that was designed with the goal of eventually replacing humans is Furhat, which was released in late 2018 and is claimed by its developer, Stockholm-based Furhat Robotics, to be the world’s most advanced social robotics platform. The company is so confident about their product, they believe it “bridges the gap between man and machine.”
2. NINA In 2013, engineers from the French National Centre for Scientific Research created Nina, a 1.02 meter (3.3 feet) tall humanoid robot that has been shaping its behavior ever since. Gerard Bailly, director of research at CNRS, explained in 2017 that Nina is continuously learning “how to behave in a socially acceptable manner.”
1. SOPHIA On October 25, 2017, an eerily life-like robot named Sophia became the first robot in the world to truly be recognized as a human, when the kingdom of Saudi Arabia granted her full citizenship.
