Tibetan Buddhism, also known as Tibetan Buddhism, or lamaism, refers to the branch of Buddhism introduced into Tibet, China. It belongs to northern Buddhism, which, together with Chinese Buddhism and Southern Buddhism, is called the three major geographical systems of Buddhism. It belongs to Mahayana Buddhism, but it is characterized by the inheritance of Tantric Buddhism. There is no hinayana Buddhism in Tibetan Buddhism. It is said that all parts and sutras have certain influence on the formation of Tibetan Buddhism. However, in terms of buddhist practices and precepts, they are not the same and have no direct and inevitable relationship. From the perspective of Mahayana Buddhism, Tibetan Buddhism esoteric Buddhism and Mahayana Buddhism are obviously opposite.

The spread of Tibetan Buddhism is concentrated in the major Tibetan areas of China (Tibet, Qinghai, Sichuan, Gansu, Yunnan, Ladakh), Mongolia, Nepal, Bhutan, Himachal Pradesh, Dharamsala in India, Kalmyk, Tuva, and Buryat in Russia. In modern times, Tibetan Buddhism has gradually spread around the world.

ETPlan is based on the application of the block chain technology, the birth of decentralized global Buddhist culture-related digital communication. It can effectively break through the barriers of related industries, realize the communication and exchange of the globalization of Buddhist culture and realize the global circulation of the certificate of Buddhist culture-related industries through the low-level technology of weak centralization, openness and transparency, distributed bookkeeping and global convenient trading channels.

ELS applies to the needs of world Buddhist culture communication, Buddhist circulation, worship of Buddha, scientific practice and international communication. It adopts Internet cloud computing technology platform, decentralized architecture and digital distributed artificial intelligence contract developed by quantum entanglement algorithm.

ETPlan is a technical tool that applies the block chain quantum cryptography technology to provide practitioners of Buddhist faith around the world with the technical tools to practice, support, improve and promote Buddhist culture. It is also a globally open clearing tool with value-added functions of communication, bonding, payment and charity circulatio

The completely decentralized structure of the ecological closed-loop ETPlan will directly build an ecological chain combining tradition with modernity, and virtual with reality for Buddhist charity, so as to promote buddhist charity culture and lead global human civilization to a new chapter.

technological concept


The cultural roots

ETPlan using its unique "grain security" block chain patent, unique technology and ETPlan from the origin of buddhist culture art, works for high-definition image acquisition, and use the special equipment for the works of DNA data extraction, data storage for the record, set up only for buddhist culture art, authority, and tamper-resistant ETPlan "digital id"

Copyright protection

The ownership of all cultures is fully linked and can be further submitted to the blockchain system to realize the solidification of evidence, enhance the effectiveness of evidence, and form electronic evidence that cannot be tampered with. Confirmation of rights: The whole process of copyright protection Power: Intelligent performance tracking Rights protection: proof and certificate of infringement

Temple ecological

ETPlan is based on solid underlying technology. Through ETPlan's online platform, believers can offer offerings to Buddhas and Bodhisattvas online (offerings to Buddhas and Bodhisattvas: flowers, fruits and incense). Bodhisattvas of flesh: alms and offerings. The offline temple terminal receives the online information. Instead of interacting, the monks realize their intentions and complete the ritual activities on the spot.

  • Using ETPlan temple buddhist charity platform construction, the traditional temple tickets, rejoice, worship is cash, merit box management also need additional human cost, and prone to errors, ELS circulation of the advent of more convenient, transparent, such as the temple repair and daily operation will be using ELS digital assets to circulate.
Temple construction
  • In the field of Buddhism, the ETPlan of block chain technology will thoroughly break through all links of Buddhist culture, Buddhist industry, temples, believers, tourist attractions, hotels and restaurants, and become the entrance ticket, blessing, worshiper offering and dharma meeting of Buddhist temples.
Cultural tourism of Buddhism
  • In the field of Buddhism, ETPlan based on block chain technology will thoroughly break through all links of Buddhist culture, Buddhist industry, temples, believers, tourist attractions, hotels and restaurants, and become the entrance ticket, blessing, worshiper offering and dharma meeting of Buddhist temples.

In order to accelerate the application of blockchain technology and the development of global public ecology, GLOBAL Public Ecology established ELS. ELS allows members to register. It accepts donations and public welfare activities related to blockchain technology and the global Buddhist charity and public welfare system.

ELS 'management principle is to support and coordinate block chain community efforts, through the collaborative efforts to carry out education and publicity activities, promote block chain technology promotion and for the global ecological providing better prospects for development, promote the use of block chain technology and the amateur, developers, supervisors, technicians, practitioners and users of the world's related technical requirements.

economic model

ETPlan will issue a total of 330 million ELS and will never issue more. ELS will be composed of four parts: 54% lock release (the lock will be unlocked for about 5 years after the block time is determined to be about 22600737 block height, every 185,100 unlock release), 8% private placement circulation, 2%ETPlan participation in mining, and 36% three-year release, to promote the stability and prosperity of THE ETPlan system.

team member

Chris Hughes

ETPlan CTO, Dr. His main research direction is distributed computing technology. He has published more than 30 high-level papers and written 4 monographs. Presided over and participated in more than 10 high-level scientific research projects. Has been engaged in the design of P2P system architecture, and has a deep understanding of two-layer structure peer-to-peer computing topology.

Joe Hewitt

Chief Architect of ETPlan, Dr. His main research direction is distributed computing, and he has published more than 20 high-level papers. I have a deep understanding of the scalability, reliability and flexibility optimization of distributed systems. I have a deep understanding of the information and computing technology and working principle and practical experience.


A Sterling university graduate with eight years of investment experience, He was a senior analyst at Capital One Financial Corp in the US and a senior manager at Brookfield Asset Management in Canada. Vice President, Silicon Valley Computer Association; Tech angel investor, evangelist.

Jason Loong

Doctor of Science and Technology, Head of ETPlan Security Division. Committed to the block chain and network security research, in the intelligent contract and other aspects of the research foundation for many years. He has presided over and participated in more than 10 scientific and technological projects including the Global Natural Science Foundation and important global scientific research projects, and has published more than 30 academic papers in SCI and EI.

Storm Zhang

Master of engineering, senior programmer and blockchain technical expert, worked in the system technology department of International BusinessMachines Corporation and sina for many years, with rich experience in Hadoop and MapReduce development. Contacted bitcoin in 2012, familiar with cryptocurrency principles and the storage and docking scheme of exchange wallet. Currently, I focus on intelligent contracts and blockchain applications.

Mike Moh

Graduated from New York University, he began to engage in the development of big data and blockchain technology in 2010, focusing on the research of cryptocurrency. Engaged in block chain industry for many years, in the industry has been unanimously praised. He has rich experience in the research and development of blockchain projects. Long-term from the Internet of things technology research, demand analysis and scheme design. We will actively study and explore applications of the Internet and the Internet of Things, paying special attention to blockchain, cloud computing and edge computing technologies.