1. Home
3. GENESIS MANIFESTO
1. Home
2. Knowledge Base
3. GENESIS MANIFESTO
GENESIS GNS MINING MANIFESTO

# GENESIS GNS MINING MANIFESTO: WALKING TOWARD THE FUTURE WITH MATHEMATICS

Dear GENESIS Family,

We are witnessing a new era in the mining world and we are very happy to have you among us as the leaders of this era. As GENESIS GNS, we do not only produce crypto assets; We shape the future with mathematics. Here is a scientifically based mining manifesto supported by mathematical calculations:

## Our Vision: Energy Efficiency and Environmentally Friendly Mining

As GENESIS GNS, we believe that energy efficiency and environmentally friendly practices are the basic principles in mining. In this regard, the mathematical models we have developed to reduce energy consumption and carbon footprint open the doors to a sustainable vision for the future:

$\text{Energy Efficiency} = \frac{\text{Total GNS Produced Amount}}{\text{Total Energy Consumption}}$

This formula shows how much energy is spent for each amount of GNS produced and mathematically measures the energy efficiency of our project.

## Global Community: Solidarity Strengthened in Numbers

GENESIS GNS creates a global community with a mathematical perspective. Community size increases in direct proportion to the number of registered users:

$\text{Community Size} = \text{Number of Registered Users}$

This formula mathematically measures and determines the magnitude of the impact of our project worldwide.

## Transparent Mining Plan: Strategies Backed by Math

GENESIS GNS presents the mining plan transparently, supported by mathematics. The mining plan can be summarized by the following formula:

$\text{GNS Production} = \text{Mining Capacity} \times \text{Mining Time} \times \text{Mining Efficiency}$

This formula calculates the amount of GNS that will be obtained with a certain mining capacity and efficiency over a certain period of time.

## Valuable Asset: Limited Number of GNS and Total Production Determined by Mathematics

GENESIS GNS reinforces its value with a limited number of mathematically determined GNS assets