# Distributed Ledger Technology Example(s) in Detail Guide

In this blog, we are going to discuss Distributed Ledger Technology and the top example(s) of DTL based on blockchain.

Distributed ledger technology (DLT) is a term used to describe a variety of technologies that allow information to be shared and synchronized across a network of multiple computers.

Distributed Ledger Technology example(s) include the blockchain technology used by the digital currency bitcoin and the Ethereum blockchain.

## What is Distributed Ledger Technology?

Distributed ledger technology is a type of technology that helps to create and maintain a digital ledger of transactions.

This ledger can be used to track the movement of assets and money across a network of computers.

Distributed ledger technology is often compared to the way that banks maintain ledgers of transactions.

## Blockchain and Distributed ledgers

There are many types of distributed ledger technology, but the most common are blockchain and distributed ledgers.

Blockchain is a distributed database that uses cryptography to secure its transactions and to control the creation of new units of currency.

Distributed ledgers use a shared database to track transactions between parties without the need for a central authority.

## How Does DLT Work?

To understand how distributed ledger technology (DLT) works, it’s helpful to look at specific examples of how DLT platforms and systems use blockchain technology to share information.

Before getting into some of these examples, let’s first go over what blockchain is. Blockchains are shared databases that maintain a continuously growing list of records called blocks.

Each block contains information such as a timestamp and transaction data; so that once new data has been recorded on a particular block.

It can never be altered or removed from that block without altering all subsequent blocks in the chain too hence blockchain technology.

You might say that each block in a blockchain represents an event log or versioned record of events taking place within a distributed system or database.

## Different Factors and types of DLT

A distributed ledger is a digital ledger of transactions that is spread out across a network of computers.

There are three main factors of distributed ledger technology: blockchain, distributed file system, and hyperledger.

#### 1. Blockchain

It is the most popular type of distributed ledger technology. It is based on the concept of a virtual “chain” of blocks, each of which contains a list of transactions.

Each block is linked to the previous block, creating an unbroken chain of records, This makes it difficult for anyone to tamper with the data.

Related Article: Beyond Bitcoin: Ultimate Guide on Blockchain Platforms

#### 2. Distributed file systems

It is similar to blockchain in that they use a chain of blocks to keep track of transactions.

However, distributed file systems use a more traditional file system architecture.

#### 3. Hyperledger

It is a type of distributed ledger technology that is based on the concept of a “hyperledger” network.

A hyperledger network is a collection of interconnected ledgers that can be used to create a tamper-proof record of transactions.

Hyperledger is similar to blockchain in that it uses a chain of blocks to keep track of transactions.

However, hyperledger allows for more than one ledger to be connected to create a tamper-proof record of transactions.

## Types of Distributed Ledger

#### 1. Public Ledgers

A public ledger is open for anyone to read, making it an attractive option for companies working with customers, suppliers, or other parties who don’t necessarily want to share proprietary information.

The technology often used in public ledgers is blockchain, a distributed database that keeps records of all transactions, Publicly traded stocks and bonds can be recorded on a distributed ledger.

#### 2. Consortium Ledgers

One type of distributed ledger is a consortium ledger, which is shared by all members of a network, such as banks and other financial institutions.

The network agrees to use a consensus algorithm to keep everyone’s transactions in line with one another, typically using complicated cryptography.

#### 3. Private Ledgers

A private ledger is used in an organization that wants to maintain complete control over its data.

One example of a private ledger is Hyperledger Fabric, which uses blockchain technology to achieve high levels of security and scalability.

Private ledgers can be especially valuable for organizations that have sensitive information to protect, such as corporations looking to protect trade secrets or banks wanting to comply with strict regulations.

## History of Distributed Ledger Technology

Distributed ledger technology (DLT) is a term used to describe a broad category of technologies that allow for the recording of transactions between parties without the need for a central authority.

These technologies can be divided into two main categories: public and private. Public DLTs are open to all participants and are typically used for tracking financial transactions.

Private DLTs, on the other hand, are designed for specific purposes and are typically accessed by a limited number of participants.

DLT was first developed in the early 2000s as a way to improve the efficiency of financial transactions.

Since then, it has been used in a variety of applications, including land titles, securities trading, and healthcare records.

## Regulatory Framework for DLT

The U.S. Congress is currently considering a bill that would create a regulatory framework for virtual currencies and digital value exchange systems such as distributed ledger technology (DLT).

The legislation called the Virtual Currency Consumer Protection Act of 2017 states that: to help ensure taxpayer certainty…[the IRS] shall have authority to provide, either directly or by regulation, guidance on how to properly characterize virtual currency transactions in order for them to be properly treated.

## Five Distributed Ledger Technology Example(s)

Distributed Ledger Technology has enormous potential that’s still only partially realized here are five example(s) of DLT in action today.

#### 1. Bitcoin

A cryptocurrency, bitcoin has been hailed as the first successful digital currency for its use of DLT to verify monetary transactions on a public network without having to go through a financial institution.

Bitcoin’s ledger uses blockchain technology, which can be considered an evolution of DLT.

As opposed to traditional ledgers that are kept in central locations by institutions like banks, blockchains are distributed across numerous computers around the world offering more transparency and security.

Instead of multiple ledgers that must match with each other before money transfers are verified, data is stored in blocks linked together across all computers using a peer-to-peer process.

This makes it impossible for fraudsters or hackers to alter records because everyone holds a copy.

Related Article: What Is Bitcoin? Technology, Use, Price, Demand, Legal

#### 2. Multichain

In 2016, a new form of distributed ledger technology called Multichain was released. This is a private system that allows users to set up their own network and develop smart contracts with multiple participants.

Once added to Multichain, they are then spread over several servers in different locations so that there is no central point of failure or vulnerability.

It also offers cross-chain interoperability and encrypted messaging among nodes within its own chain.

#### 3. Corda

From startups to established companies, DLT is poised to disrupt and transform existing business models.

The technology will have a significant impact on cross-industry supply chains and manufacturing processes, as well as numerous industries that rely on secure information sharing, such as finance and healthcare.

One distributed ledger solution gaining traction in multiple industries is Corda, which was developed by financial services company R3.

In August 2017, two of Japan’s largest banks announced they had joined a $107 million Series B funding round for R3, bringing its total funding up to$150 million.

Moreover, Japanese multinational corporation Hitachi agreed to collaborate with Corda for research on application development for blockchain platforms.

#### 4. Hyperledger Fabric

IBM has launched its own open-source blockchain, Hyperledger Fabric, which it refers to as a Blockchain-as-a-Service.

An open-source platform that provides distributed ledger services to industries and systems, and is based on IBM’s work with more than 400 clients across financial services, supply chains, IoT, and risk management.

These solutions run in production environments with hundreds of nodes operating distributed ledgers for financial transaction processing (FXTP), asset tracking (Carrier Billing), and inventory verification (Gibraltar Stock Exchange).

The protocol can be public or permissioned, supporting transactions for issued assets such as money or tokens representing the property.

Transactions are cryptographically signed to ensure their authenticity and data privacy.

#### 5. Quorum

One of several distributed ledger technologies under development, Quorum is a private DLT permissioned blockchain developed by JPMorgan Chase for use in global financial markets.

Quorum will be open-source software, allowing anyone to download and install it on their own servers.

But because Quorum will only allow members of a permissioned group (such as members of a bank) to participate in its DLT, it’s significantly different from bitcoin’s open blockchain.

## How is DLT use in Traditional Banking Systems?

Traditional banking systems maintain ledgers of transactions that are centralized.

In contrast, Distributed Ledger Technology is designed to maintain ledgers of transactions that are distributed across a network of computers.

This makes it more secure and efficient because it eliminates the need for a central authority to manage the ledger.

Related Article: Decentralized Autonomous Organizations: DAO Guide

## How Will DLT Impact Businesses?

Distributed ledger technology (DLT) is a new type of database that is used to store data across a network of computers.

DLT is different from traditional databases, which are centralized and stored on one computer.

DLT allows for data to be distributed and shared among a network of computers. This could potentially improve the speed and accuracy of data transactions.

Additionally, businesses could use DLT to create a tamper-proof record of transactions.

## Applications of Distributed Ledger Technology Example

Distributed ledger technology (DLT) is a novel type of database that is decentralized and uses a network of computers to keep track of transactions.

DLT has a number of potential applications, including tracking the ownership of assets, managing transactions, and verifying the legitimacy of contracts.

The blockchain is a distributed ledger technology that allows Bitcoin transactions to be recorded chronologically and publicly across a peer-to-peer network.

The advantage of using blockchain as a distributed ledger technology is that it allows people to transfer digital assets across borders without having to rely on a middleman, such as PayPal or another centralized payment network.

The concept of blockchain was created by Satoshi Nakamoto in 2008, and Blockchain 1.0 has already made its way into the lexicon as bitcoin.

Related Article: Top 10 Decentralized Exchange App(s): DEX Applications

## Conclusion

DLT has the potential to revolutionize the way businesses operate. It is still in its early days, and businesses should start exploring how they can use it to streamline their operations.

Distributed ledger technology (DLT) is a term used to describe a variety of technologies that allow information to be shared and synchronized across a network of multiple computers.

The example(s) of Distributed Ledger Technology include the blockchain technology used by the digital currency bitcoin, but it can also be used to track all sorts of other things, including but not limited to contracts, titles, and identities.