Chainlink is one of our favorite long-term plays for a ten-year holding period or more. The number of stocks our firm has held without interruption since the day we launched our site in July of 2019 is very few, not even Microsoft makes that list. But, Chainlink does.
The company is a reliable source for off-chain data across all blockchain networks and blockchain apps. Chainlink’s interoperability causes its oracle networks to be leveraged and trusted across competing blockchains. Customers that require the highest level of security, such as bank transfers, rely on Chainlink’s oracle price feeds and the other off-chain data that Chainlink supplies.
To understand the problem that Chainlink solves, it’s important to discuss the overarching issues the blockchain faces. There are three necessary tenets to a fully developed blockchain protocol: security, decentralization and scalability. This trifecta is often called the “trilemma” as blockchain technologies can typically solve for two of these problems, yet struggle to solve all three. Instead, current blockchain technologies excel at two of the three, and then must experiment to solve the third with sidechains, sharding and other nascent attempts at solving the third requirement.
The analysis below discusses how Chainlink solves some of the toughest pain points in blockchain development by enabling the third, missing pillar – whether that be security, decentralization or scalability. Because Chainlink is both middleware and a Layer 2 technology, its oracle networks are utilized across nearly all leading blockchain networks plus hundreds of applications. By offering must-have solutions early-on, Chainlink is proving it can become a frontrunner for the day when blockchain reaches critical mass.
I realize the information below can be technical, and thus I’d like to provide a 10,000 foot overview of what is being described in the deep dive.
Summary:Summary: Chainlink has the key ingredients to become a front runner in blockchain technologies because:
- it can serve nearly all Layer 1s and Layer 2s for the ultimate addressable market
- Chainlink’s suite of technologies solve some of the hardest problems that blockchain technologies faces today
- An oracle network for offchain data can form a moat — as the quality of its security and decentralization increases– it will be harder to disrupt as time goes on. Blockchain technologies will not want to take a chance on a new entrant ten years from now. I foresee a duopoly of sorts for oracle networks.
- The finance sector has essentially adopted two blockchain technologies: Bitcoin as a store of value, and Chainlink for its ability to facilitate transfers with offchain data. Given there have been thousands of blockchain technologies, it’s clear to see front runners are being adopted by the savvy $6.4 trillion banking sector.
Section 1: How Chainlink Solves Blockchain’s Trilemma
Bitcoin’s network has prioritized security and decentralization, while sacrificing scalability. The network sends 7 transactions per second and can take up to 10 minutes to confirm a transaction. The upside is the network’s security is bullet-proof with a hash rate of 460 Exahash per second. It’s impossible today for a super computer to crack the Proof-of-Work encryption.
When you add the fact there are thousands of nodes globally, a Proof of Work system is truly decentralized whereas a Proof of Stake (PoS) system could still concentrate itself through “whales,” those who own a disproportionate amount of a single token. This results in the wealthiest crypto holders having a higher concentration in what is essentially a lottery system of validators. If a person has a thousand lottery tickets compared to a person with only ten, the person with 1,000 tickets (or nodes in this case) is more likely to be chosen to validate the ledger. This could lead to corruption and ultimately does not fit crypto’s ethos that those with a higher concentration of wealth are allowed to be more trusted and have more authority.
It’s been generally understood for some time that Ethereum has prioritized security and decentralization over scalability. Despite scalability being the primary problem Ethereum has left to solve, there are solid debates that Ethereum is not as secure or decentralized as it once was following the merge to Proof of Stake (PoS). To understand these concerns, consider that Ethereum has seen up to 70% of its supply held by whales in 2021, although the latest report is that 43% of ETH supply is held by whales. The concentration is staggering as six of the top crypto wallets have 98% of their wallets allocated to the Ethereum blockchain, according to TechCrunch.
When looking more closely at Proof of Stake (PoS) validators for Ethereum, Lido is the largest Ethereum validator at 33% stake and Coinbase is at 15%. To help illustrate how unusual this concentration is, consider that the Nakamoto Coefficient for Ethereum is 2, which means it takes only two nodes to control the blockchain. Truly, it’s beyond belief the coefficient is this low for the world’s top blockchain Layer 1. Bitcoin’s is estimated to be as high as 9601. The highest Coefficient beyond Bitcoin is 236 for a network called Humanode, and its goal is to increase the coefficient over time. The last time Solana’s was reported in 2023, it stood at a coefficient of 31.
Also consider that PoS requires 32 ETH, or about $96,000 per node, whereas Proof of Work requires a mining setup of less than $10,000. This means Ethereum is far less democratized. There was also a report in May of 2024 that one whale staked about $500 million to the network. There is also some centralization by the very fact Lido has such a large pool of validators at 33%.
Solana receives less criticism as it offers Proof of History (PoH) which offers a high throughput of 65,000 transactions per second on GPUs although other blockchain networks have a higher time to finality. Solana accomplishes this without second layers or side chains by using the Proof of History (PoH) consensus mechanism. PoH creates a historical record that proves an event has occurred at a specific moment in time. Rather than validators agreeing on a time, Solana validators maintain their own clock by encoding the time with a cryptographic hash function (SHA-256). This circumvents the need to wait for confirmation, thereby resulting in a higher throughput.
The purpose of this discussion is to say that many Layer 1s need Layer 2s or middleware to solve for the third tenet of the blockchain. For Ethereum, this is scalability (yet some critics also point toward a lack of decentralization compared to what other Layer 1s offer). What is unique about Layer 2s is the addressable market may be higher than a Layer 1, as the space is heavily fragmented with many Layer 1s competing. The very best middleware and Layer 2s can solve a critical pillar for these competing Layer 1s with little to no fragmentation.
Quick Primer on Smart Contracts
Decentralized systems require contracts if a system is to be created where all data, all messages, all token transfers, and all users are validated. Machines need contracts to offer ultimate security and decentralization as contracts ultimately allow for a revocation if a request is found to be fraudulent. In this case, the machine can shut the request down or otherwise deny the user/token transfer/data/message to move forward. The bilateral nature of contracts allows for a validation process to where nodes can determine if the action is trustworthy.
To put it simply, without contracts, trusted systems cannot truly exist as otherwise there is no penalty. This is why Web2, which is not based on smart contracts, is rife with bad actors. One centralized system can create thousands of bots, or a centralized tech company can push its agenda to the top of a newsfeed. There is no contract, and therefore, there is no revocation for unethical behavior.
Chainlink solves the critical issue of supplying trusted contractual data for smart contracts. Oracles are trusted third-parties that retrieve off-chain information and push that information to the blockchain at predetermined times. Technically, oracles introduce a potential point of failure, and this is why Chainlink’s ultimate goal is to maintain a good reputation. With a good reputation, the network effect will take care of itself since blockchain developers will be attracted to whichever oracle network is the most reliable.
Solving for Decentralization with Oracles:
Decentralization for the blockchain is achieved by having backend code on a decentralized network instead of a centralized server. Developers use a blockchain like Ethereum for data storage and use smart contracts for the app logic. The Ethereum blockchain is run off of thousands of nodes. These nodes are constantly computing the transactions within the blockchain from around the world, making it nearly impossible to hack as well as regulate.
Decentralized applications (Dapps) rely on smart contracts. Dapps deployed on the Ethereum network are controlled by logic written into the smart contract and cannot be altered by the developer. Smart contracts function like APIs (this was also discussed in the Chainlink webinar). This allows applications to build on one another similar to the way applications use APIs today; except blockchain applications build on smart contracts.
Chainlink was primarily built for off chain data for non-currency smart contracts. The principal is the same where there is a set of rules which self-execute – the more common analogy is that it operates like a vending machine to where there is no middleman. When you use a vending machine, you’re inputting a payment and terms (like pushing the buttons #D5) and the output is a bottle of water; the exchange did not require a gas station clerk. Smart contracts are similar in that terms are defined, and when those terms are met, there is an output.
The front-end application can be written in any language with calls made to the backend. The main qualities are that the applications are decentralized, can perform any action given the required resources (whereas Bitcoin is not Turing complete – more on this below) and are executed in a virtual environment such as the Ethereum Virtual Machine. The virtual machine acts as a buffer to where if the application is faulty, it does not affect the blockchain network.
Sounds great, but There’s One Problem …
The concept of decentralization sounds great in theory, yet the problem remains that even if a network is decentralized and secure, the data the applications use may not be decentralized or secure. If banks use the blockchain to drive down costs associated with money transfers, where will the banks get secure foreign exchange data that can’t be tampered with?
Where the Bitcoin protocol differs from networks like Ethereum, Solana, Cardano, Polkadot, Avalanche and others, is that the Bitcoin protocol has only one purpose – which is to transfer and store Bitcoin. Bitcoin is not intended to function like an operating system, and developers cannot develop dencentralized apps (Dapps) for the Bitcoin protocol. Due to having a single purpose, the Bitcoin protocol does not introduce or rely on off-chain data.
As we stated in our 2019 writeup, it’s the world’s most secure network, and in fact, is more secure than 10,000 banks combined. This inherent quality is a primary thesis to the investability and moat of Bitcoin:
“Bitcoin is based on the most secure network in the world, and this solves a very real need for the financial system – which cannot be automated without a decentralized blockchain solution. Technically speaking, bitcoin is also the world’s most secure financial network. The transfers eliminate 3% in processing fees and hedges against inflation. This can, and should be, worth as much as a search engine, enterprise software, a social media network, warehouse fulfillment (AMZN) or iPhone hardware.
Apple, Google, Microsoft and Amazon reached market caps of $1 trillion because their products scale to global populations and are required on a daily basis. Bitcoin not only scales to the global population but it also protects their livelihood – a necessity rather than a convenience. In fact, we see populations who are not necessarily tech savvy most enthusiastic about bitcoin, and this is a strong signal that it will scale beyond the reach of $1 trillion market cap.”
Bitcoin is very different from other blockchain networks because it’s not Turing complete, which means the Bitcoin protocol is not intended to perform computations or to solve complex problems. By limiting its functionality, Bitcoin’s protocol is highly secure. Bitcoin Script verifies transactions but is not programmable for general-purpose computations. Rather than offer scripting capabilities, Bitcoin Script offers a restricted set of operations that apply only to transactions.
The Turing incomplete design offers the ultimate security rather than seeking the functionality of a general-purpose platform. There are about 50,000 distributed Bitcoin nodes, as well, that help to verify and record transactions with a decentralized architecture.
Bitcoin’s goal is very different from Web3 technologies, and this distinction is important. Ethereum’s Solidity programming language is designed to facilitate smart contracts on the Ethereum blockchain. It’s considered “Turing Complete” as it has key features such as reading and writing to memory, branching to move the machine forward and looping to restart execution.
Yet, decentralized applications will require some data, so how can a network claim to be decentralized if the data itself is not originating from a decentralized network?Yet, decentralized applications will require some data, so how can a network claim to be decentralized if the data itself is not originating from a decentralized network?
Swift is a system used by banks and institutions for money and security transfers. Currently, 11,000 banks use SWIFT across 200 countries, and it’s the largest and most streamlined payment system for international transfers. SWIFT facilities secure and efficient communication between institutions with 45 million messages sent in 2022. The reason Swift is looking to innovate with blockchain technologies is to avoid becoming disrupted. The company charges between $15 to $50 on average for a transfer and it can take hours or days for the transfer to be completed. The security and decentralization of a blockchain network is attractive to Swift, yet there will be issues if the pricing data used by the blockchain for settlement is not accurate.
In this example, Chainlink provides a pricing oracle for Swift’s smart contracts and for many other financial applications that need accurate pricing information for settlements. The pricing information needed for foreign exchanges, cryptocurrency swaps, stock prices and other assets is sourced from decentralized data.
Oracles assist in helping blockchains use off-chain data.
Chainlink has built a decentralized oracle network (DON) that aggregates independent node operators, reliable data sources and also oracle networks for accurate, decentralized data. For example, Chainlink will determine crypto pricing by combining many sources from price data aggregators (like Coinbase and dozens of others like Coinbase), with node operators (there are hundreds), and with oracle networks like Ethereum or Solana. By aggregating many data sources and many types of data sources, the pricing feed eliminates a single source of failure.
Solving for Scale: Chainlink Securely Enables Rollups
Blockchain seeks to disrupt nearly every industry, and yet, it’s unfathomable for some investors to envision this outcome when it’s costly and slow to transfer tokens and data. Ethereum’s primary issue is scale as the Layer 1 has seen exorbitant gas fees. There was an outlandish case where someone bought a NFT for 1 ETH, or about $2600, and was charged $70,000 due to high gas fees. Yuga Labs has seen gas fees of up to $176 million for $285 million in sales prior to the merge to Proof of Stake. Gas fees are a result of Ethereum having low transactions per second (TPS) in the 20-40 transactions range. Once the limit is reached, the remaining transactions compete, resulting in higher fees.
Proof of Stake (PoS) relies on a few key technologies to drive down energy consumption, such as staking with validators for decentralization purposes, shards that break tasks into a subset, a dispersed network of nodes to increase efficient processing using the Beacon chain, and Rollups where hundreds of transfers can be rolled into a single transaction. With Rollups, the smart contract verifies all of the transfers in the Rollups. The goal is to reduce computing and storage resources by reducing the amount of data held in a transaction.
Ethereum offers ZK Rollups, or Zero-Knowledge, which we’ve covered here. However, rollups are a dedicated instance, and therefore can be customized and are interchangeable with other networks. A company called Cosmos released Rollkit and other developer tools that increase time to market for developers while seeking to lower the cost of zero-knowledge proofs.
Therefore, the development and functionality are separate from the Layer 1. This is especially attractive to enterprises that do not need a specific Layer 1 (like Ethereum) to reach scale since they already have a customer base. We touched on Coinbase using Rollups for the Base Layer 2 stating it offers “1 cent, 1 second transactions.” SAP has recently minted USDC on a Layer 2 solution with a statement it’s “getting close to that one cent cost basis.”
The Optimistic Collective developed a network and stack that Coinbase’s Base uses for its Rollups. This means that CB’s Base settles on Ethereum’s network for security purposes, yet uses the OP stack to execute Rollups outside of Ethereum. This is ideal as Coinbase can switch blockchain Layer 1s at any time. The amount of development that has occurred on Layer 2s since Rollups and the merge to PoS on Ethereum is staggering. For example, according to Chainlink, there are “approximately 48X the amount of on-chain calls from dApps to Chainlink Data Feeds over the past 12 months compared to Ethereum’s baselayer.”
Offchain Labs created a Layer 2 called Arbitrum that directly competes with CB’s Base and is currently ahead of Base on a few key metrics, although Base’s growth has been more rapid and will likely surpass Arbitrum. According to the writeup and data from Token Terminal, Arbitrum’s fees are much lower than Base, which is a distinct advantage in utility, yet Base is leading on gross profits at $30 million estimated compared to Arbitrum’s $9.5 million.
With Rollups, Chainlink’s purpose has expanded to where Chainlink nodes are used to do computations and verifications before posting a bundled transaction. This means an app built on a Layer 2 like Arbitrum or Base only has to use the main chain when necessary.
Layer 2 chains and rollups have a separate ledger, and there’s a chance a malicious actor forks a Layer 2 to create a parallel chain to mint new assets or burn assets on the Layer 1. Decentralized oracle networks like Chainlink prevent this from happening by offering Oracle Network Governance, or a trusted source, for routing upgrades to L2/Rollup chains, importing the ledger state, resolving disputes, and helps facilitate L2s that are forked.
Rollups provide an easier path to development as enterprises can avoid having to build a complex Layer 1 chain, while also providing much faster and cheaper transactions. This is ultimately a catalyst for Chainlink to become the oracle network for enterprise dApps. For example, Sony Group’s venture arm recently announced the company is using Chainlink to launch a developer platform that delivers consumer blockchain applications. Similar to Base, Sony will also use Optimism for its scaling layer, while using Chainlink for Data Feeds.
There are 200 protocols that operate on Base (and growing). Chainlink Automation allows developers to offload tasks that require high computational power to the Chainlink Network for a reduction in fees by 90%. Chainlink’s Cross-chain interoperability allows for currency and data transfers between blockchain networks, which can help with Base’s goal of having low cost, yet fast transfers.
Section 2: How Chainlink is Becoming a Blockchain Frontrunner
Here are some of the technologies that Chainlink is using today to quietly become a frontrunner in the crowded and complex Blockchain space:
Chainlink is an abstraction layer, which means it’s agnostic and works across all major chains, such as Polkadot, Avalanche, Binance Smart Chain, Polygon, Optimism, Arbitrum, and more, which eliminates vendor lock-in. This is incredibly important given how nascent the Blockchain ecosystem is, and how the rate of failure is already high and will remain high as blockchain technologies continue to mature.
Chainlink is also future-proofed, which refers to being compatible and scaling even as the blockchain is continually developed. Amazon Web Services (AWS) offers a Quickstart for Chainlink to where DevOps teams can quickly launch a Chainlink oracle node on AWS to sell real-world data. The framework is future-proofed because Chainlink continually updates the integration for data providers to sign their data and broadcast it to the blockchain. For example, NOAA hosts weather data on Google Cloud, which can then be accessed on Ethereum’s blockchain, which in turn powers crop insurance agreements.
Trust-Minimized Oracle Computation: As enterprise apps grow in complexity, Chainlink not only offers trusted off-chain data through decentralized oracle networks (DONs) but the company also offers developers a path in performing off-chain computations. These off-chain computations are gasless and as fast as native hardware. For example, if a developer wants to make a conclusion based on historical weather data, there would be multiple steps in taking the API data and performing a computation. These computations can be done on behalf of smart contracts in a trust-minimized manner. Chainlink Functions is a serverless developer platform that offers compute runtime to test, simulate and run offchain logic for Web3 apps, similar to how AWS Lambda offers serverless solutions.
Chainlink Automation: Automation uses oracle computation to run predefined conditions and to trigger smart contracts, for example, when stock or token limit orders are hit on a decentralized exchange. The decentralized network of nodes performs the off-chain computation of the contract’s logic that is then verified on-chain.
According to Chainlink, there are three key benefits to using the company’s smart contract automation. The first is that the company removes any centralized point of failure through decentralized oracle networks (DONs). Secondly, DevOps time is reduced by leveraging LINK’s Automation-compatible contract infrastructure. Third, developers enhance the security of their protocols by removing the need for centralized servers.
Secondly, rather than investing time and resources in creating scripts for on-chain monitoring and triggering smart contract execution, developers can plug into Chainlink Automation’s optimized infrastructure by simply creating an Automation-compatible contract and registering it. This saves time, reduces the DevOps workload, and allows developers to focus on writing more great code.
Lastly, by using Chainlink Automation, developers can enhance the security of their protocol. Developers no longer have to risk exposing their own private key when initiating transactions from centralized servers—the nodes on the Chainlink Automation Network will sign on-chain transactions.
Cross-Chain Interoperability Protocol (CCIP): Blockchains are fragmented and there is too much friction in payment transfers and information exchanged between applications. Web3 must function seamlessly like Web2 to where the infrastructure (AWS, Azure, GCP), the protocols (TCP/IP, SMTP) the operating systems (Windows, Linux, MacOS, Android, iOS), the applications and the software are seamlessly working together without friction. In the majority of these cases, the user is unaware of the systems that support the user experience.
Chainlink’s CCIP sets out to solve this by providing a bridge between blockchains and DeFi applications. The protocol was launched in July of 2023 to solve the pain point of seamlessly transferring data and currencies across various blockchain networks. At launch, it was integrated with Ethereum, Avalanche, Polygon and Optimism. This allows users to use any decentralized application (dApp) on these blockchains for liquidity purposes and connectivity.
Chainlink is uniquely positioned to solve the problem of bridging blockchains and popular applications because it has built a secure oracle network. CCIP extends the idea of an oracle network, which was originally designed to on-load off-chain data, to also offer decentralized oracle computation for performance histories and to monitor for malicious activity. Off-Chain Reporting (OCR) is used to aggregate a report from many validators, which reduces congestion.
Please note: The deep dive 2023 Chainlink Update: Interoperability for Blockchains, Bullish SWIFT Partnership goes into more detail around the importance of CCIP.2023 Chainlink Update: Interoperability for Blockchains, Bullish SWIFT Partnership goes into more detail around the importance of CCIP.
Price Feeds: Chainlink Price Feeds provide smart contracts with access to financial market data. Decentralized Finance (DeFi) is a $100 billion+ market and whichever oracle network is deemed most reliable will carve a deep moat for itself. Price Feeds are used for on-chain currency transfers where a reliable token or currency amount is needed. Chainlink’s data feeds and price feeds currently secure tens of billions in value across DeFi.
Chainlink SCALE: Chainlink’s SCALE program was launched to help newer blockchains to cover the cost of decentralized oracle networks initially before decentralized apps (dApps) can cover these costs. This helps to reduce the operating costs of oracles while allowing Layer 2s to access higher volumes of data and more advanced applications. This helps to incubate apps where startup costs would otherwise be prohibitively high.
Chainlink Verifiable Random Function (VRF): Blockchain engineers use random number generation for cryptographic keys to prevent tampering. Private and public cryptographic keys are used today to encrypt and decrypt data, and are used across domain name systems (DNS), application security and zero-knowledge trust. There is a similar need for private and public cryptographic keys for blockchain applications. Chainlink VRF is the most widely adopted random number generator (RNG) in Web3, and has generated over 21 million request transactions for thousands of smart contracts.
Chainlink’s Ecosystem:
Chainlink launched on the Ethereum mainnet on May 30th, 2019. We covered the altcoin for the first time in August of 2019. Prior to launch, Chainlink signed 30 partnerships. By 2020, when we covered Chainlink a second time, total value secured (TVS) had grown from $254 million to $6.3 billion, or 23,000% growth in TVS. At crypto’s peak in Nov of 2021, Chainlink had $75 billion in total value secured across up to 1500 protocols and hundreds of DeFi applications. This has declined to $25.5 billion today and $31 billion in the past 30 days, yet the TVS from 2021 is important as it shows Chainlink is capable of securing $75 billion without a hack. As the CEO stated at SmartCon:
“Right now, the Chainlink Network has provided the most cryptographic truth in history.”
According to CoinDesk, the transaction value of data points that Chainlink has delivered on-chain stands at $15 trillion, up from $9 trillion at the start of the year. As stated, there’s been no hacks or otherwise any tokens lost through Chainlink’s secure network.
The predominant use of Chainlink is for market data for DeFi apps. DeFi apps have grown in total value locked (TVL) from $700 million in December of 2019 to more than $90 billion today. With the launch of CCIP, Chainlink can use its strong track record in securing DeFi blockchain smart contracts to expand to cross-chain smart contracts.
Update on SWIFT Partnership:
Perhaps where Chainlink is most promising in the near-term is the SWIFT Partnership as Swift facilitates $50 billion in transactions every year.
SWIFT stands for the Society for Worldwide Interbank Financial Telecommunications (SWIFT) and is the system used by banks and institutions for money and security transfers. Currently, 11,000 banks use SWIFT across 200 countries, and it’s the largest and most streamlined payment system for international transfers. SWIFT facilities secure and efficient communication between institutions with 45 million messages sent per day in 2022.
When we last covered the SWIFT partnership, a test had been completed using Chainlink’s CCIP to facilitate transactions with tokenized assets on public and private blockchains using back-end systems. This will allow financial institutions to integrate blockchain technology into the existing infrastructure. You can read more about this on Swift’s website here.
This month, it was announced the testing phase has been complete and the Swift partnership is now in the pre-production phase.
Tokenomics:
One area where critics find fault with Chainlink is the tokenomics. The monthly growth in Chainlink’s circulating supply is at 1.4% per month on average. Over the course of a year, this can dilute token holders 10 to 15%, on average.
Chainlink’s fully diluted market cap tracks 2.1X higher than its current market cap. There is a circulating supply of 568M tokens yet a max supply of 1 billion tokens.
Of the 1 billion tokens, at the initial coin offering, a little more than one-third was to go to node operators, a little more than one-third was sold in the public sale, and a little less than one-third went to the company to be held in reserves. The 350 million held at the company can be released anytime, which dilutes token holders.
When more of Chainlink’s supply is in circulation, there is likely to be stronger price action. About 63% is in circulation now, and so look for Chainlink’s price to be less volatile in 2 years if we assume the 1.4% per month rate in circulating supply continues.
Conclusion:
The blockchain is needed to decentralize information to where the global population is not dependent on Big Tech companies for data and inputs. I’ve boldly stated that if people are not concerned by this today, they are not paying attention. The internet is broken as tech companies, media companies and other corporations are full of self-interest and have proven they can’t be trusted. The internet has gatekeepers, and there is ample reason to remove these structures.
Looking beyond information from search and social media, of which there is a great dependency, there is also a dire need for the decentralization of loans, interest-bearing accounts and credit. Imagine if you could make the 20% APR that Chase makes off loaning for credit cards, yet to do so by using the blockchain for ensuring the borrower has a high credit score (or collateral) and through a smart contract to where the collateral is retrieved if the borrower does not pay you. Instead, we are offered 4% interest rates on money market accounts and CDs, and this is rare — for the past decade, it’s been as low as 0%. Finance is broken today, as it’s highly centralized and skewed in favor of a few.
There is also the upcoming need over the next decade to improve automation as machine-to-machine communication is not truly possible unless it encompasses the three tenets of the blockchain (security, decentralization, scalability). As the AI era evolves, this will become a driving force for blockchain use cases.
A Note on Crypto …
Last year, I was on a Real Vision interview where they asked me what my investment framework for crypto is and I said: “Technicals, technicals, technicals.” If you want to buy Apple or Microsoft without using technicals, and hold over a long period, that will probably work out just fine. But to participate in these extraordinary companies at an early stage, it’s of ample importance to carefully consider technicals.
We lead with technicals on crypto given it’s early-stage tech. This is different than stocks, where fundamentals lead. The good news is that crypto is sentiment driven, and so it respects price and technicals quite well when managing these positions. With that said, crypto is high risk, high reward and requires an active stance – it is not for those who are new to investing or coming to grips with the ups and downs of the market. We believe there will be extraordinary returns on Chainlink, yet there will also be extraordinary drawdowns.
Our history with Chainlink is quite good – we bought at $1.50 and trimmed in the $25 to $50 range, and then began buying again much lower in the $7 to $11 range. We plan to actively manage Chainlink moving forward. Please join Knox’s weekly webinars on Thursdays at 4:30 p.m. Eastern to hear more on how we plan to manage Chainlink, with a special emphasis this week on crypto.
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