Blockchain can be described as a decentralized, indestructible ledger which makes the recording of operations and effectively managing the valuable assets (both physical and intangible) within corporate networks much more easily accessible. With a blockchain network almost anything worth having can be tracked and traded, decreasing risks and reducing expenses for all those that are. What exactly is a blockchain network?

Blockchain networks are technological infrastructure that permits applications to connect to ledgers as well as smart contracts services. Smart contracts are used primarily to initiate transactions. These can be transmitted to each peer node on the network. They are then recorded irrevocably on their own copy of the ledger. Users who are using client software or administrators of networks are examples that app user.

Accounts, orders, payments production and more can be monitored using blockchain networks. It is possible to see the entire details of a transaction from beginning to end as members have an identical view of reality, giving you more certainty and efficiencies and possibilities. What number of blockchain-based networks are there?

A consortium of multiple organizations is formed to build the network in the majority of scenarios, and their rights are controlled by a set set of guidelines that the group agrees to when the network is set up. The different kinds of blockchain networks can be private, public or restricted.

This guide will outline all the four kinds of blockchain networks, as well as their pros and cons as well as applications.

The key characteristics of blockchain technology

As opposed to a central authority blockchain is the decentralization of a community of users to verify and keep track of transactions. Blockchain transactions are reliable and fast, as well as secure and affordable due to this characteristic. The following characteristics are described below:

  • Speedy: Transactions are transmitted directly from the sender to the recipient without the requirement for intermediaries.
  • Constance: Blockchain networks operate around the globe, 24 hours every day, 7 every day of the week.
  • Cheap Blockchain networks are more costly to run because they don’t have central intermediaries that are rent-seeking.
  • Secure: Blockchain’s shared network of nodes gives security against threats and interruptions.
  • Tamper-proof: Data is completely transparent and cannot be altered once it has been time-stamped onto the ledger. This makes the blockchain unbreakable by fraud and other crimes. Additionally, anyone with access to a blockchain network is able to see transactions that were created.

Different types of blockchain networks

Blockchain networks can be constructed using a variety of methods. They could be privately, publicly, or created by a small group of people known as consortium.

Blockchain network for public use.

An open blockchain means that any person across the globe could look at, transmit payments to, or hope for the transactions to be added in the event that they are genuine and part of the process of consensus, which decides what block is added and the state of the chain is at present.

The mix of financial incentives and the use of cryptographic verification procedures like Proof-of-work (Bitcoin) or proof-of-stake (Ethereum) — ensures the security of public blockchains (Ethereum). These blockchains are thought of as “completely decentralized” in general.

Blockchains that are public can be used to protect app users from developers by proving that specific actions are outside the reach of the app’s creators the app’s authority. Because they are open they can be adopted by numerous organisations, and without the requirement for verification by a third party.

The privacy of the blockchain’s public nature is another reason that it has attracted a lot of supporters. It is, in fact, an extremely secure and safe open platform that allows you to effectively and efficiently conduct business. You are also not required to disclose your personal identity or even your name in order to be a part of the network. Nobody can track your online activities If your identity is secure.

But, if a significant amount of computing power is required, and there is a lack of security for transactions and security is insufficient. These are the most important considerations to make for blockchain-related applications across a range of sectors.

Private blockchain network

Private blockchains, also referred to as managed or controlled blockchains are, regulated blockchains that are controlled by a single organization. The authority that runs a private blockchain determines who is a node.

Furthermore the central authority may not always grant every node the same rights to perform tasks. However, as use of private blockchains are limited and they’re only partially decentralized.

Ripple ( XRP) is a virtual currency for business-to-business exchange network, as well as Hyperledger the umbrella project that provides open-source blockchain-related applications are two instances that are private blockchains.

To ensure data confidentiality networking sharing at the corporate level often requires a higher degree of security. Private blockchains are the ideal choice for this if it is one of your requirements. Private blockchains are definitely an extremely stable alternative to a network since only a handful of users can access specific transactions.

In every field it is essential to adhere to the rules of compliance. Any technology that fails to comply with strict rules of compliance will end up failing at some point. To ensure that transactions are seamless and easy private blockchains adhere to and adhere to all compliance rules within their system.

Both blockchains, public and private, come with disadvantages. They require longer time to verify the new data than private blockchains while Blockchains that are private are less vulnerable to bad actors and fraud. Additionally, the centralization approach tends to encourage reliance on management tools that are third-party and favors a select group of business players. Blockchains that are part of a consortium were developed to combat these weaknesses.

After the basic concepts of both private and public blockchain networks have been clarified we can summarize the main differences between these two networks in the table below.

Consortium blockchain network

Consensus blockchains, in contrast to privately-owned blockchains are permissioned and regulated blockchains managed by a consortium of organisations rather than one institution. This means that consortium blockchains are more decentralized as opposed to private ones, which results in greater security.

However it is possible to establish consortiums, but this can be a challenge due to the fact that it requires collaboration among several companies that can cause logistical challenges as well as the possibility of violation of antitrust laws.

Additionally, certain members of the supply chain may not have the infrastructure or technology to take advantage of blockchain technology. They may also decide that the initial cost of digitizing their data as well as connecting with other members of the supply chain is too much to bear.

The company’s software developer R3 has created a renowned set of blockchain solutions that are consortium-based for the financial industry and beyond. CargoSmart has developed GSN Collaboration, a non-profit blockchain association designed to digitize transportation and allowing maritime operators to work more efficiently.

The blockchain of the consortium is overseen by one person, however it is shielded from dominance. The supervisor is able to enforce their own rules, change in balances, and even end transactions that are found to be in error once all members agree. Apart from that it performs a variety of different tasks to facilitate results-driven collaboration for companies with the same goal.

Since the information contained in the blocks being checked is hidden from view by the public This blockchain offers an extremely high degree of privacy. Anybody who’s a part of the blockchain is able to access it. This blockchain consortium, in contrast to a traditional public blockchain, is not subject to charges for transactions.

Another feature of the consortium blockchain that sets it apart from other blockchains is its ability to be flexible. Maximum validators can have problems in synchronization and mutual agreement on this type of blockchain. Forks may be an outcome of this divergence, but this is not present in consortium networks.

No matter how many benefits the consortium blockchain can bring however, it has disadvantages. One of the biggest negatives of this system is the fact that it’s centralized which makes it susceptible to malicious users. If the number of users is limited, it’s believed that one is responsible.

In the beginning, the launch of the blockchain consortium is a delicate procedure. Everyone must be in agreement with the protocol for the communication among members. Since the enterprise is more flexible than a small-sized business setting up a public network linking businesses can take a long time.

Blockchain network with permissions

A permitted blockchain network is usually created by companies that develop private blockchain. It’s important to remember that the public blockchain network are also granted permission. This restricts who is permitted to join the network, and also what kind of transactions they can perform. To join, users require the invitation, or authorize.

Permissioned blockchain networks are an uncentralized platform that means that the data isn’t kept in an centralized repository , and that anyone is able to be able to access the data at any moment and from any place. They ensure that all records are permanent signatures that are not able to be changed. The entire system is secure and data safe because all transactions and information exchange are encrypted digitally.

In addition, the network’s miners and participants are completely anonymous.

Another benefit of a permissioned blockchain is the transparency. Everyone has access to all the information and data. However, this has come at a cost, causing worries about security of data on the blockchain that is permissionless.

It is not necessary to verify their identity through the permissioned blockchain. For joining the blockchain, all you need to do is commit to computing. Anyone who calculates the value of nonce and then solves the difficult mathematical puzzle is eligible to join the network.

Many businesses find that the inherent limitations of the permissionless blockchain system are a danger. They feel that using a an unpermitted blockchain to market enterprise-level solutions isn’t appropriate for these types of businesses. Due to these limitations, Ethereum, a permissionless blockchain is moving from proof-ofwork towards proof of stake as its method of consensus.

Although anonymity can be a positive indicator since the traders’ identities are kept secret however, it can be problematic. In the case of the event of a fraud or when one attempts to trace those involved in a transaction the lack of permissionless blockchain makes it difficult. In the end, a lot of users are using blockchain to conduct criminal activities due to these advantages.

Industries that can benefit from a variety of blockchain networks

Blockchain technology is advantageous in many areas, including finance, supply chain gambling, real estate and finance. Businesses and individuals can cut out the expense and confusion of dealing with third-party companies in the normal course of business by making use of smart contracts, which are self-executing codes that are stored and accessible via an impervious blockchain.

Bitcoin ( BTC), Bitcoin Cash ( BCH), Litecoin ( LTC) and many other payment-oriented cryptocurrency demonstrate the benefits the blockchain tech. Traditional third-party payment services are not as efficient and more accessible worldwide as blockchain.

In addition, energy firms like electric and gas providers, as well as utilities, can benefit from blockchain in a variety of ways. One of these uses is smart grids that require a local market for energy supply and demand. Another possible use for blockchain is the ability to share information among smart meters in homes.

Furthermore, sectors that depend on effective and secure management and ownership of data processes, such as healthcare and digital identity and digital identification, are discovering advanced solutions that are aided by blockchain-based protocols for networks. Blockchains let users remain completely anonymous and ensure the security of data transfers through public-key cryptography that allows users to use an open key to receive transactions, and a private key to send transactions.

For agencies and governments around the world Blockchain could be an effective tool for secure transactions, streamlining the process and increasing trust among citizens. For instance, government agencies can make use of blockchains to secure sensitive information like birth dates and social security numbers, addresses , and the driver’s licence numbers. Another potential benefit of blockchain technology for government is the possibility of cost cutting and efficiency reduction. Blockchain technology could eliminate redundant data as well as streamline processes and ensure security of data.

Beware of blockchain technology’s potential for disruption

Despite their many advantages, blockchains without an established network of participants or a verifiable consensus process are susceptible to attack and centralized control. Throughput and decentralization -the amount of data that a blockchain is able to process in a specific amount of time are crucial factors to take into consideration. It is the Blockchain Trilemma — the balance between scalability and balance, security, and decentralization in one blockchain — is receiving a lot of attention.

The other concerns with blockchain are connected to environmental concerns. Blockchain technology that relies on proof of work (PoW) consensus technique is one example. It consumes large amounts of energy to run. Other issues concern the technical complexity and the fear element that blockchain technology may provide to individuals and businesses.

The rapid rise of cryptocurrencies on the financial world was just the beginning of the integration of blockchain technology into our everyday lives. A growing number of industries are testing blockchain technology and increasing numbers of people are conscious of the value and advantages that blockchain-based products and services can bring in their daily lives. The blockchain industry has no intention of slowing down. The technology has the potential to be a part of, or even substitute for, our digital architecture in the coming years.


Please enter your comment!
Please enter your name here