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What is a Debenture?
A debenture is a non-secured loan, meaning that it is not backed by collateral or other assets. In other words, it is a loan backed by general credit. Corporations and governments issue debentures regularly, and an example of a government debenture would be a U.S. Treasury. Continue reading...
What is Long-Term Debt?
Long-term debt refers to the duration of a liability/amount owed, and to qualify it must be due at least 12 months out. The period is in reference to 12+ months from the date of the balance sheet. A company will typically take on long-term debt in the form of a mortgage for property owned, or as capital for growth raised through bond sales or other debentures. Continue reading...
How is Ripple Different Than Bitcoin and Ethereum?
Ripple’s XRP has the third-largest market cap in the cryptocurrency world, but what gives it value? Ripple Lab’s intent was not to be a store of value or a currency, per se, like Bitcoin. Neither did it intend to be a platform for developers to explore the possibilities of blockchains, like Ethereum. Ripple was always focused on being a payment system, facilitating transfers between banks, currencies, and countries in a way that would not be possible without blockchains. Continue reading...
How Does Blockchain Technology Work?
Blockchains are intended to maintain integrity in the system without anyone needing to monitor or control it. By instituting a system of checks and balances that functions on its own accord through rules programmed into the protocol, and which also makes decisions and keeps records based on consensus throughout a peer-to-peer network, a blockchain oversees its own activities without requiring any trust in a central authority or the other parties involved. Continue reading...
What is a Decentralized Application?
The Ethereum platform allows developers to use it as a coding environment and distribution network for applications built on the blockchain. The ability to create distributed applications on a blockchain is a novel idea that has gained a lot of momentum since Ethereum’s release. Developers can write and distribute their applications over the blockchain network, at little to no cost, while removing the necessity of running a website or a large server database because the blockchain satisfies these needs. The code for the application becomes part of the blockchain ledger, and users who wish to use some functionality of the decentralized application, or Ðapp as they are called, will submit requests to the Ethereum blockchain, pay the transaction fees for the distributed network to process the requests, and the network will call on the code of the Ðapp stored in the blockchain and process it using the computing power of the distributed network sometimes called the Ethereum Virtual Machine. Continue reading...
What Was the DAO?
The DAO was somewhat of an experiment in corporate governance and structure built on the open-source Ethereum platform, and the ripples of its fall are still felt in the Ethereum world. DAO stands for Decentralized Autonomous Organization, and it was a crowdfunded business or venture capital fund that raised $150 million in a month-- in fact, it was the single-largest crowdfunding campaign ever. It was so big that about 14% of the total Ether in existence at that point was invested in the project, and it was listed on all the major cryptocurrency exchanges. Continue reading...
How Does Ethereum Work?
Ethereum uses a blockchain that looks very similar to Bitcoin’s until you get into the details. Ethereum is a platform on which transactions can be made using Ether or other tokens which have been made using the protocol, and smart contracts and decentralized applications (Ðapps) can be executed using the distributed computing power of what’s called the Ethereum Virtual Machine. When viewed from different angles, Ethereum is an open-source coding environment, a market upon which to distribute new blockchain-based applications, and a distributed computing machine that processes functions of the blockchain applications across a broad network. Distributed computing itself is not that new, but distributed computing on a blockchain is. Continue reading...
What is Ethereum?
Ethereum is an open-source, public, blockchain-based distributed computing platform. Ethereum provides a cryptocurrency known as ether. Ethereum is a decentralized platform that runs what are known as “smart contracts.” Smart contracts are applications that run on custom built blockchain, which functions on its own accord through rules programmed into the protocol, and which also makes decisions and keeps records based on consensus throughout a peer-to-peer network. A blockchain oversees its own activities without requiring any trust in a central authority or the other parties involved. Continue reading...
How Do Ethereum Smart Contracts Work?
Ethereum smart contracts are an essential part of the Ethereum blockchain that can be coded into financial transactions or decentralized applications. Smart contracts were first described in 1998 by Nick Szabo, but they did not really make their debut until being popularized by the Ethereum platform in 2015. Bitcoin even has protocols in its code to facilitate smart contracts, but Ethereum, because it is a platform for the development of decentralized applications, instead of just a medium for currency like Bitcoin, has gotten all the glory. Continue reading...
What Can a Blockchain Do?
Blockchain technology is already being used and developed for many important and impressive applications, and much more is yet to be discovered. Blockchains use distributed work to obtain consensus for changes to a distributed ledger. Because of their nature, blockchains are incredibly powerful tools that can be used in many realms and applications. They offer security in that they are almost unhackable; any attempted unauthorized changes to the system are immediately obvious to the entire system because it is built on agreement and consensus among its many nodes. Because this structure gives each addition to the ledger, and the record in the ledger, a high degree of integrity and security, future applications of blockchains are being researched in various fields around the world. Continue reading...
Who Created Ethereum?
Who would have thought that a 19-year-old from Toronto could write a whitepaper nearly as influential as Satoshi Nakamoto’s (Bitcoin founder)? A few years after Bitcoin’s launch, a young programmer and student of blockchain technology named Vitalik Buterin wrote a whitepaper imagining the Ethereum platform. While Bitcoin’s blockchain was primarily designed to handle transaction information, Ethereum is designed to offer a blockchain protocol for anything that can be programmed, which includes wh... Continue reading...
What is the Ethereum Virtual Machine?
Ethereum has a Turing-complete platform built into it that allows the blockchain to function like a large distributed computer. The Ethereum Virtual Machine is a part of every Ethereum client software on the blockchain, and it allows the interconnected computers to function as one processor. Distributed computation such as this is not really a new thing, but the fact that it allows all developers in Ethereum to decentralized their projects makes this one of the most revolutionary aspects of the Ethereum platform. Continue reading...
How do Bitcoin Transactions Work?
Two words: blockchain technology. Transactions in bitcoin are encoded, packed into a block of other transactions, and all of these are sent out to thousands of computers running blockchain computations, known as hashes. All of these computers are running similar algorithms designed to force honest work and to take time for the computers to complete. The purpose of this step is merely forcing the blockchain to require time, energy, and effort, and to be randomized and decentralized when it is validating transactions. Whichever computer solves it first receives an incentive reward, and the entire blockchain, comprised of all computers running bitcoin client software, then updates the ledger to include the most recent validated transactions. Continue reading...
Will Ripple Make a Superior Payment System?
Ripple is already making waves in the banking world and may be poised to become the #1 option for cross-border settlements between banks worldwide. Ripple is described as giving cross-border payments a protocol as universal as Http does for the web. The current default system for communicating cross-border payments, SWIFT, has been around since the 1970s, but transactions can take nearly a week to settle. This is because SWIFT only provides secure messaging services for the requests from different institutions, but each transaction still requires several intermediaries who each might take a day to negotiate or complete their part in the deal. Ripple offers a revolutionary way to complete transactions in a matter of seconds, by directly linking banks around the world and cutting out the middlemen wherever possible. Continue reading...
What are the various types of digital currencies?
🚀 Dive into the world of Digital Currencies! 💰 Explore the advantages of swift transactions, privacy, and financial autonomy. Learn about cryptocurrencies, virtual currencies, and central bank digital currencies. Uncover their pros and cons, and glimpse into the future of finance. 🌐 #DigitalCurrencies #FinanceRevolution Continue reading...
How Do You Use Ethereum?
When most people ask this question they are actually asking how to use Ether, the main currency of the Ethereum platform. But the Ethereum platform can be used in many ways as well. Ethereum is a platform that can be used by developers to create decentralized applications (dapps), tokens/cryptocurrencies, and basically anything else that can be programmed. It was the front-runner of the race to develop what is sometimes called Crypto 2.0: blockchain technologies that go well beyond singular usage as digital currency and instead reach and revolutionize every aspect of digital technology in the world today. People can and do use Ether, the primary currency of the Ethereum system, to make transactions like a currency, or as an investment. Continue reading...
What is a Distributed Ledger?
A distributed ledger is a records system in which the same information is held redundantly across many nodes in a network, and is essential to blockchain technology. Centralized databases used to be the primary way that important records of transaction histories and so forth were held. Databases validate the identity of those requesting access to the records by asking for and retaining personally identifying information. If that office building were to lose power, was hacked, or was destroyed, it is possible for all of the information to be lost or given over to hands of bad actors. Even with cloud storage backups, the security and financial risk to any one of these storage depositories remain a problem. Continue reading...
What is the Difference Between Public and Permissioned Blockchains?
Blockchain technology does not always have to be implemented in a public peer-to-peer system. Blockchains rely on a network of computers, representing nodes, that collaborate and distribute the information required for the blockchain to function. The nodes in some blockchains can be established by any computer willing to run the client software for the network. Bitcoin and most cryptocurrencies are intended to function this way: as a public, open-source, permission-less, and trust less network. The nodes are used indiscriminately by the rest of the network as long as the node is performing the functions required of nodes, and this is called a proof-of-work system. When Satoshi Nakamoto coded the first blockchain, his intention was to keep the network functioning with only one tier: “one CPU, one vote.” That vision has encountered obstacles in the form of ASIC mining and other unforeseen circumstances that have empowered some nodes and groups of users over others. Continue reading...
How Does Ethereum Mining Work?
Ethereum mining is the process of solving blocks of encrypted blockchain data using a proof-of-work algorithm and occasionally being rewarded with Ether. Blockchain data is validated and added to the distributed ledger by computers on the network performing the task of “mining,” which is continually attempting to solve puzzles, basically, which each unlock a block of encrypted data containing information about transactions, and, on the Ethereum platform, information about distributed application functions and smart contracts. Once a block is unlocked, the data within is shared with the network and added to the distributed ledger. Continue reading...