SCAVO – A SUSTAINABLE MINING FARM

Scavo Technology is an innovative blockchain company founded in Argentina specialized in the construction of data center infrastructure for crypto-mining using renewable resources. It offers a smart, scalable, environmentally friendly solution with the ability to maximize energy resources with zero carbon footprint, natural and independent.

The popularity and demand for cryptocurrency continues to increase. With that comes the need for people to mine cryptocurrency. Scavo Technologies is developing an environmentally friendly cryptocurrency mining operation. Over time, the difficulty of mining cryptocurrency generally increases. This causes an increase in the use of electricity to mine coins. At present, there is a large amount of electricity used to mine coins throughout the world. To be environmentally friendly, a green energy source is needed. Scavo Technologies is located in Argentina, and they plan to build independent mining sites using renewable energy such as sun, water and wind.

Scavo Technologies currently holds sales of tokens for fundraising. Tokens are types of ERC-20 tokens. There are a number of benefits associated with being a token holder. Eighty percent of mining profits will be distributed to token holders with the remaining twenty percent used for reinvestment into operations including equipment purchases and maintenance. Scavo Technologies can also provide services to third parties. Thirty percent of the profits from this can be distributed to token holders as well. Democratic decision making is important for Scavo Technologies, and SCAVO token holders will be able to vote on decisions by using smart contracts. Token sales begin on July 15, and will last until October 31 this year. There is a maximum token supply of two hundred million tokens.

To carry out large-scale projects, it is necessary to have different resources such as economic, physical, technological, human, etc. During various stages of Research and Development (R & D), SCAVO Technology has successfully established various relationships with technology companies, manufacturers and highly qualified personnel in various parts of the world.

In the same way, the SCAVO Team hopes to establish long-term relationships with our investors that allow us to grow together through clear terms and conditions.

The process of acquiring special hardware for crypto mining is not simple because demand has been increasing in the last time and in many cases accessing it involves negotiating with different intermediaries which ultimately makes the purchase process more expensive and all logistics imply large-scale purchases.

To be able to have a better negotiating position in a different intervention process, SCAVO Technology is registered in the registry of Argentine importers / exporters. This makes it possible to access the necessary hardware (ASIC, GPU, PCB, etc.) directly and without intermediaries, reducing costs. The team has agreements with various international transportation companies at competitive wholesale prices.

Achieving energy independence is a major milestone in the project development process itself because it will enable the development of different enterprise operating models without being tied to traditional energy costs and energy market fluctuations or energy policies. The use of renewable energy for electricity generation, makes it possible to develop these ecosystems in various parts of the world where energy costs are not compatible with the crypto mining market.

Achieving energy independence within a maximum period of 12 months will reduce energy costs per KWh from USD 0.12-0.15 to a value of between USD 0.01 to 0.05 and the minimum expected useful life of 10 years.

To achieve large-scale crypto mining systems, scalability is a strong consideration point. For this, all design and construction guidelines for different components allow for greater modularity. Blocks are designed (at the subsystem level) in a standard way that allows exchange between one of them. At the same time, as a modular process, they are conceived to be able to arrange different arrangements to add or remove capacity in almost unlimited ways (depending on the complex deployment space).

For example, energy interconnection allows the same horizontal and vertical integration that can be connected to other energy systems that are close together and interconnected with traditional energy systems simultaneously.