3iQ Research Group: Blockchain Basics | 3iQ Corp.

The blockchain was first conceptualized and developed by the creator of Bitcoin: Satoshi Nakamoto. Bitcoin was the first decentralized implementation of this type of data structure, and since its inception, Bitcoin has inspired a revolution in how people think about data storage and network integrity. Since the birth of blockchain, the sheer volume of use-cases for blockchain technology has grown exponentially, and blockchain is beginning to be implemented and experimented with across a multitude of industries. As it turns out, it was not Bitcoin specifically that intrigued people but the concept of blockchain in its entirety that turned heads. The rise of Ethereum (a decentralized blockchain-based supercomputer) and continued popularity of Litecoin (the silver to Bitcoin’s gold) serve as a testament to the growing momentum of the blockchain movement.

What is a blockchain anyway?

The blockchain is a distributed, cryptographically secure, and immutable record of all transactions facilitated by the system. Each new block on the blockchain is encrypted using the “hash” (a unique combination of characters) from the previous block, making it such that an immutable sequence of events is created and verified in real time. Thus, if any single node tampers with the record, it would be easily recognized by the rest of the network nodes, all of whom have the complete record of the blockchain’s history. Essentially, the blockchain is an inherently secure data structure that records transactions and all relevant information in a fashion that makes it impossible to add/remove or alter any of the information in the blockchain without detection.

On the Bitcoin blockchain for example, if you make a transaction on the Bitcoin network not only will you and the receiver record it, each node on the network will make a record of the transaction between your address and the receiver’s address. This the concept underlying the “distributed ledger”. This transaction becomes a part of a block along with numerous other transactions. Once the block is full according to the specifications of the blockchain implementation, it is chained to the end of the blockchain to be stored and recorded immutably on every computer on the network.

bitcoin bodes infographic

Data as at December 07, 2017. Retrieved from: https://bitnodes.earn.com/

What is the point of a distributed ledger?

It is arguable that the most critical aspect of blockchain technology lies in the decentralized/distributed nature of the database. The decentralized nature of blockchain technology ensures that every part of the network is working together to conserve the integrity of the blockchain’s historical record. Since every computer on the network is continuously checking each transaction and block created, it becomes incredibly difficult for somebody to “crack” the network and gain control of the block chain.

Additionally, the decentralized nature of blockchain applications like Bitcoin has the consequence of decentralized control. Unlike fiat currencies, no one entity can suddenly choose to inflate the outstanding supply or manipulate the unit by which an individual’s value is held. As Bill Gates said, “Nobody can stop Bitcoin” and no one entity can truly control it. Currently, it is hypothesized that the only way to acquire control over the network would be to execute a “51% Attack”. A “51% Attack” is where one entity controls over 50% of the network’s “hashrate” (or computing power) and is theoretically the only way to gain control of and alter the blockchain. Although the attack is very much hypothetical, it has been proven to be mathematically impossible to take control of the network without having more than half of the total computing power.

Why should you care?

Blockchain technology gives power to the people. Currently, individuals are subject to the will of controlling entities and do not have complete freedom of access and control of their wealth. Through various implementations of blockchain like Bitcoin, Ethereum, and Litecoin, individuals are privy to complete control of their wealth and can enjoy personal freedom. Decentralized blockchain implementations like the aforementioned networks are genuinely disruptive technologies. They allow the unbanked access to a means of personal finance no matter the user’s socioeconomic status or location and will undoubtedly have massive ramifications worldwide.

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The blockchain was first conceptualized and developed by the creator of Bitcoin: Satoshi Nakamoto. Bitcoin was the first decentralized implementation of this type of data structure, and since its inception, Bitcoin has inspired a revolution in how people think about data storage and network integrity. Since the birth of blockchain, the sheer volume of use-cases for blockchain technology has grown exponentially, and blockchain is beginning to be implemented and experimented with across a multitude of industries. As it turns out, it was not Bitcoin specifically that intrigued people but the concept of blockchain in its entirety that turned heads. The rise of Ethereum (a decentralized blockchain-based supercomputer) and continued popularity of Litecoin (the silver to Bitcoin’s gold) serve as a testament to the growing momentum of the blockchain movement.

What is a blockchain anyway?

The blockchain is a distributed, cryptographically secure, and immutable record of all transactions facilitated by the system. Each new block on the blockchain is encrypted using the “hash” (a unique combination of characters) from the previous block, making it such that an immutable sequence of events is created and verified in real time. Thus, if any single node tampers with the record, it would be easily recognized by the rest of the network nodes, all of whom have the complete record of the blockchain’s history. Essentially, the blockchain is an inherently secure data structure that records transactions and all relevant information in a fashion that makes it impossible to add/remove or alter any of the information in the blockchain without detection. On the Bitcoin blockchain for example, if you make a transaction on the Bitcoin network not only will you and the receiver record it, each node on the network will make a record of the transaction between your address and the receiver’s address. This the concept underlying the “distributed ledger”. This transaction becomes a part of a block along with numerous other transactions. Once the block is full according to the specifications of the blockchain implementation, it is chained to the end of the blockchain to be stored and recorded immutably on every computer on the network. bitcoin bodes infographic

Data as at December 07, 2017. Retrieved from: https://bitnodes.earn.com/

What is the point of a distributed ledger?

It is arguable that the most critical aspect of blockchain technology lies in the decentralized/distributed nature of the database. The decentralized nature of blockchain technology ensures that every part of the network is working together to conserve the integrity of the blockchain’s historical record. Since every computer on the network is continuously checking each transaction and block created, it becomes incredibly difficult for somebody to “crack” the network and gain control of the block chain. Additionally, the decentralized nature of blockchain applications like Bitcoin has the consequence of decentralized control. Unlike fiat currencies, no one entity can suddenly choose to inflate the outstanding supply or manipulate the unit by which an individual’s value is held. As Bill Gates said, “Nobody can stop Bitcoin” and no one entity can truly control it. Currently, it is hypothesized that the only way to acquire control over the network would be to execute a “51% Attack”. A “51% Attack” is where one entity controls over 50% of the network’s “hashrate” (or computing power) and is theoretically the only way to gain control of and alter the blockchain. Although the attack is very much hypothetical, it has been proven to be mathematically impossible to take control of the network without having more than half of the total computing power.

Why should you care?

Blockchain technology gives power to the people. Currently, individuals are subject to the will of controlling entities and do not have complete freedom of access and control of their wealth. Through various implementations of blockchain like Bitcoin, Ethereum, and Litecoin, individuals are privy to complete control of their wealth and can enjoy personal freedom. Decentralized blockchain implementations like the aforementioned networks are genuinely disruptive technologies. They allow the unbanked access to a means of personal finance no matter the user’s socioeconomic status or location and will undoubtedly have massive ramifications worldwide.
Fred Pye

Frederick T. Pye

CHAIRMAN, CHIEF EXECUTIVE OFFICER & DIRECTOR

Frederick T. Pye is the Chairman, Chief Executive Officer and Director of 3iQ Corp. He is also the Chairman and Director of 3iQ Digital Holdings Inc. Mr. Pye is recognized for creating and promoting creative and unique investment products for the investment industry.

Mr. Pye has managed private client portfolios with Landry Investment Management and various other investment dealers. Prior to this Mr. Pye was Founder, President & Chief Executive Officer of Argentum Management and Research Corporation, a company dedicated to managing and distributing quantitative investment portfolios including the first long-short mutual fund in Canada.

He was also Senior Vice-President and National Sales Manager of Fidelity Investments Canada and an integral part of the team that saw assets rise from $80 million to over $7.5 billion in assets under management during his tenure. He also held various positions with Guardian Trust Company, which listed the first Gold, Silver and Platinum Certificates on the Montreal Exchange.

Mr. Pye obtained a Masters in Business Administration from Concordia University.