Bitcoin Economics

Introduction to Bitcoin Economics

Now that we know what Bitcoins are and how to mine them, let’s move forward and understand the economics of Bitcoins and their benefits along with going into the depths of solo and pooled mining techniques and more.

Economics of Bitcoin:

• Only after each Block creation, which is at a reducing and settled rate, the Bitcoins are stamped.
• Roughly after every four years or for every 210,000 blocks, the money issuance rate is decreased by half in the Bitcoin ecosystem.
• During the first four years of the Bitcoin Blockchain operation of the system, each and every block contains 50 new Bitcoins.
• The rate of new Bitcoins decreases exponentially by more than 64 halvings when it reaches the base cash unit of 1 satoshi, which is until the block that was mined roughly in the year 2140, that is, block 13,230,000.
• At once approximately 13.44 million blocks are mined. By 2140, approximately 2,099,999,997,690,000 satoshis, or almost 21 million Bitcoins will be present in the network.
• After that, there will be no new Bitcoins in the block. The miners will still be rewarded but only through transaction fees.

Differences between Solo and Pooled mining

Difficulties associated with Bitcoin Mining

Let’s understand the difficulties associated with Bitcoin Mining in detail.

Bitcoin mining and hashing race:

Hashing power in Bitcoin Blockchain Industry has expanded exponentially each year in accordance with the availability of Bitcoins. The growth in Bitcoins and the miners have resulted in an exponential increase in the total hashing power per second across the network. So, since the hashing power used to mine Bitcoin has increased at such a rapid rate the difficulty has also risen to match it.

Difficulty in Targeting:

The mining pool sets a low-difficulty target for earning shares in order to enable the solo miners to mine, usually more than 1000 times easier than the Bitcoin network’s difficulty. When a new block is mined by anyone in the pool, the earned reward is shared by all the miners in the pool according to the number of shared contributions by each miner which is determined using the Proof of work algorithm.

Main Chain:

The chain of Blocks is considered to be one of the most cumulative difficulties associated with mining. Whenever a new Block is received, the node will read that block’s previous block hash” and try to fit it into an existing Blockchain. The previous Block Hash is the reference to the parent of the new block. The node tries to find that parent in the already existing Blockchain. Usually, the new block extends the main chain as the parent is the tip of the main chain.

Orphan Block:

When no parent is found in the existing chains for a newly received and confirmed block, it is referred to as an orphan. These types of blocks are saved in the orphan block pool for as long as their parents are not received. Orphan blocks occur usually when two blocks are mined shortly after each other and are in reverse order, that is, the child before the parent.

Types of mining Pool

Following are the two types of mining pool payout systems:

Pay Per Share (PPS)

PPS is used to utilize a flat payout for solving each share. It gets offered from the pool’s existing balance. Instead of waiting for a block to be confirmed, PPS can be withdrawn as soon as possible. Thus it reduces the chance of miners getting fooled by the pool operators along with eliminating the possibility of timing attacks.

Pay Per Las N Shares (PPLNS)

PPLNS is for miners who are trying to mine faster. It has higher payouts. The hardcore miners will ear way more in PPLNS.