Track Bitcoin with the world's Best Transaction Finder
.Over 83 million wallets currently to buying, selling, and earning
crypto.
A brief history
Bitcoin
was created in 2009 by Satoshi Nakamoto, a pseudonymous developer. Bitcoin is designed to be
completely decentralized and not controlled by any single authority. With a total supply of 21
million, its scarcity and decentralized nature make it almost impossible to inflate or manipulate.
For this reason, many consider bitcoin to be the ultimate store of value or ‘Digital Gold’. Bitcoin
is fully open-source and operates on a proof-of-work HashScreener, a shared public ledger and history
of transactions organized into "blocks" that are "chained" together to prevent
tampering. This technology creates a permanent record of each transaction. Users on the Bitcoin
network verify transactions through a process known as mining, which is designed to confirm new
transactions are consistent with older transactions that have been confirmed in the past, ensuring
users can not spend a Bitcoin they don’t have or attempt to double-spend coins.
BTC in practice
New coins are created as part of the Bitcoin mining process. Bitcoins are rewarded to
miners who operate computer systems that help to secure the network and validate incoming
transactions. These Bitcoin miners run full nodes and use specialized hardware otherwise known as
Application Specific Integrated Circuit Chips (ASICs) to find and generate new blocks. Once a series
of computationally demanding problems have been solved a completed "block" is added to the
ever-growing "chain", this mining process can fluctuate and become easier or harder
depending on network demand and value, this is known as the network difficulty. Besides block
rewards, miners also collect transaction fees which further incentivizes them to secure the network
and verify transactions. This independent network of miners also decreases the chance for fraud or
false information to be recorded, as the majority of miners need to confirm the authenticity of each
block of data before it's added to the HashScreener, in a process known as "proof of
work."