Ingenesist (TIP) and Bitshares jointly plan a historic blockchain event

We know that the BitShares community has always been unacceptable to the Bitcoin community for its arrogance in surpassing Bitcoin. However, since this year, the concept of blockchain has been increasingly accepted by the elites, and the relationship between the BitShares community and the Bitcoin community has gradually undergone some subtle changes.

First of all, I would like to thank Fuzzy for his communication. His Mumble attracted the attention of Daniel Robles, the director of the Ingenesist project. Daniel Robles invited Fuzzy to host a Mumble party for the Ingenesist project.

(1) Introduction to Daniel Robles:

He has worked for the Ingenesist (TIP) organization for 21 years and is currently serving as its director. He also has close ties with the National Society of Professional Engineers (NSPE).

https://www.linkedin.com/in/ingenesist

(2) What is Ingenesist (TIP)?

Ingenesist (TIP) is the parent of a series of projects. Currently, they are developing a blockchain resume system Curiosume, which comes with smart contracts. This will be a boon for engineers because they can earn tokens during use.

Curiosume acquires, commissions, repairs and maintains high-value public and private assets through a decentralized adjudication process that effectively eliminates moral hazard and negative incentives.

As the saying goes, "People don't know air, fish don't know water". This is because water is the living element of fish, they can't even see it. The same is true of public infrastructure. We often take for granted clean water, warm buildings, and safe transportation, and we don't usually think of it as a store of value. In fact, infrastructure is the perfect store of value because without it, society's productivity is greatly reduced, for example, we would have to: ride a mule, grow our own food, or chop wood for heating, etc. We noticed that infrastructure is directly proportional to the value of a country's currency.

(Note: This statement was the main theme when the United States exported infrastructure construction to Latin America in the last century. Today, it has found new soil.)

(3) Initial cooperation between Ingenesist (TIP) and Bitshares:

Daniel Robles issued IOU tokens in the Bitshares system and used the reward tool http://btstip.io/ to capture the hearts of 40,000 members in NSPE. Because this reward tool can be embedded in various forum games, Fuzzy is very confident in achieving this goal. At the same time, Daniel Robles will also contact NSPE's related units, such as IEEE, ASME, ASCE, ASHRAE, etc., and it is estimated that they have 2 million members.

(4) What is the National Society of Professional Engineers (NSPE)?

The association, registered in New York by the American Engineers in 1934, serves professional registered engineers and is currently the only organization authorized by the state to solve professional problems in various disciplines.

1. The Industrial Revolution gave rise to new engineering disciplines

One of the important results of the Industrial Revolution was the emergence of engineering as a new profession and its gradual acceptance by the public. The main landmark event during this period was the establishment of the Institution of Civil Engineers (ICE), the first engineering association in the UK and the world in 1771, and the association was granted a royal charter in 1818. The UK recognized the official status of self-regulation of various professional associations by issuing royal charters - a fully self-regulatory model authorized by the government.

2. Engineering accidents give rise to engineers’ licenses

Since the 19th century, American engineers have achieved impressive engineering achievements that have impressed the American public, winning the same professional status for the new profession of engineering as medicine and law in the public's mind. However, the American Society of Engineers has not solved a major problem: how to separate professional engineers from untrained and incompetent personnel. At this time, the Royal Chartered Institution of Engineers in the UK has become a self-regulating "qualified group" by issuing its own qualification certificates, while the American Society of Engineers still remains in the position of a "learning group."

In the early 20th century, engineers in Wyoming found that the rapid economic development had opened the door for many people without formal training and engineering ability to engage in engineering and surveying activities, which brought hidden dangers to public safety. In 1907, Wyoming enacted the first professional engineering license law in the United States and the world, which protected public safety through government regulation to screen qualified professional engineers to engage in designated engineering practices. The enactment of this law was a watershed event of great significance in the development of engineering as a profession in the United States. A series of large-scale engineering accidents, such as the collapse of the ST. Francis Dam in 1928, which killed more than 500 people, and the explosion caused by a gas pipeline leak in a London school in 1937, which killed at least 300 people, highlighted the core role of the engineering profession in protecting the safety and welfare of the public. At the same time, the formulation of standards for regulating engineers was also put on the agenda. From 1907 to 1950, all states and their territories in the United States enacted engineer licensing laws. In 1950, the National Society of Professional Engineers (NSPE) announced a new policy encouraging all professional engineers to add "PE (Professional Engineer)" after their names.

3. The main development stages of the American engineer quality regulation system

The development of the American engineer quality regulation system has gone through three main stages: the emergence of engineering licenses, engineering education accreditation and engineer registration; the formation of engineering professional certification; and the current situation of the coexistence of engineering licenses, professional certification and registration.

(5) What is the relationship between Ingenesist (TIP) and the National Society of Professional Engineers (NSPE)?

One of the results of the U.S.-Canada Free Trade Agreement in the mid-1980s and its successor NAFTA was the establishment of the United States Council for Engineering Practice (USCIEP) in 1989 by NC'FF and NSPE to promote the international mobility of professional engineers in the United States. USC'IEP is an engineering-related organization recognized by the Office of the United States Trade Representative for the purpose of developing cross-border engineering mobility agreements.

Ingenesist (TIP), established in the 1990s, is an international engineering education program under the North American Free Trade Agreement (NAFTA). In other words, when the National Society of Professional Engineers (NSPE) participated in the formulation of the North American Free Trade Agreement (NAFTA), in order to promote the American engineering system, it established Ingenesist (TIP) as an education export institution.

Daniel Robles witnessed and led the development of Ingenesist (TIP) in his 21 years of work. Later, they positioned their services to some large Fortune 100 companies. Today, Ingenesist (TIP) is similar to a "group think tank", where creative people from all over the world share together to form new economic institutions and organizations.

Currently, this educational institution has become a Bitcoin promoter:

The National Society of Professional Engineers (NSPE) also established a Fintech working group (two years later than Germany).

The energy of this organization is not used for speeches. They are planning what is said to be the second major event in the history of blockchain. The first major event was the release of the Genesis Block by Satoshi Nakamoto. The implementer of the second major event is the Fintech Working Group.

What will this big event be (Bytemaster and Vitalik may express dissatisfaction)?

We can only get a glimpse of this from their comments:

Cryptocurrencies seem to solve some of the problems of transferring assets, but suffer from many new problems, such as the quantity and quality of assets. In essence, money must represent human productivity, otherwise people will not be willing to exchange their work for it - this is the source of the low mainstream adoption and poor liquidity of cryptocurrencies.

We need to use social agreements to form real money. Money without intrinsic value is elusive. Professional engineering can achieve this intrinsic value conversion. People need electricity, food, shelter, energy, schools, bridges, highways, and airplanes, and they are willing to exchange their productivity with others for these things and the things that produce these things. Blockchain needs to be able to store the value of infrastructure and thus have economic functions: showing the supply, demand, and production factors (markets) that hold intrinsic value.