A
blockchain, as the name implies, is a chain of digital blocks that contain
records of transactions. Each block is connected to all the blocks before and
after it. This makes it difficult to tamper with a single record because a
hacker would need to change the block containing that record as well as those
linked to it to avoid detection. This alone might not seem like much of deterrence,
but blockchain has some other inherent characteristics that provide additional
means of security.
The records
on a blockchain are secured through cryptography. Network participants have
their own private keys that are assigned to the transactions they make and act
as a personal digital signature. If a record is altered, the signature will
become invalid and the peer network will know right away that something has
happened. Early notification is crucial to preventing further damage.
Key Characteristics Of Blockchain
Security
Blockchain
technology comes with many built-in features that appeal to objectives like
cryptocurrency transactions, land records, and many more. The protection of
confidential data is a determinant factor for users.
Blockchain
is undeniably a measure that ensures security. It has become a disruptive
technology due to its ability to centralize, incentivize, digitize, and secure
the transactions’ validation. The records are protected through cryptography
decentralization to ensure the foolproof blockchain security of the blocks.
Some of the defining characteristics
of blockchain technology are as follows:
·
Distributed
·
Immutable
·
Consensuses Based
·
Digital Signatures
·
Persistent
The Security Architecture In The
Blockchain Technology
Blockchain
is empowered at many layers for developing any enterprise application.
These layers
include the following elements:
·
User
access layer
·
Presentation
layer
·
Identity
and access management layer
·
Application
layer
·
Network
layer
·
Infrastructure
layer
Blockchain Technology has
presented its potential for conventional transformer industries with its key
features like- persistence, decentralization, audibility, etc.
We hope you have found this article informative and interesting. For more
information or queries contact us to know more about this technology.
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