At the peak of the crypto boom, there were over 1,600 alternative crypto currencies available. CoinMarketCap currently tracks 900 altcoins. These altcoins compete for 30% of the cryptocurrency’s combined market cap with Bitcoin claiming two-thirds. However, the losses altcoin incurred during the crypto winter were much deeper than Bitcoin, with the third most-popular altcoin losing 92 percent of its value and other altcoins losing close to 100 percent of value.
Therefore, to recommend an altcoin is a precarious proposition. However, there is one alt-coin which does not function like the others and fills a much-needed gap in the technological advancement of the blockchain middleware stack – especially as the value extends beyond the realm of currency with the ability to automate trusted computing across computer networks, people and machines.
17629485-f317-4e36-a4c5-3d30f2696253_Chainlink-Premium-Report.pdf
Chainlink: 2019 Analysis
INTRODUCTION
At the peak of the crypto boom, there were over 1,600 alternative crypto currencies available. CoinMarketCap currently tracks 900 altcoins. These altcoins compete for 30% of the cryptocurrency’s combined market cap with Bitcoin claiming two-thirds. However, the losses altcoin incurred during the crypto winter were much deeper than Bitcoin, with the third most-popular altcoin losing 92 percent of its value and other altcoins losing close to 100 percent of value.

Bitcoin has the majority of cryptocurrency’s market cap. Source: CoinMarketCap
Therefore, to recommend an altcoin is a precarious proposition. However, there is one alt-coin which does not function like the others and fills a much-needed gap in the technological advancement of the blockchain middleware stack – especially as the value extends beyond the realm of currency with the ability to automate trusted computing across computer networks, people and machines.
SECTION 1: What are Smart Contracts?
Smart contracts are a more advanced use of blockchain where an exchange between two parties is automated based on conditional provisions. These self-executing contracts are written into lines of code, and the agreements contained exist across a distributed, decentralized blockchain network.
Trusted transactions are necessary beyond virtual currency. Smart contracts enable collateral for agreements that can be carried out without the need for a central authority. Derivatives trading is an example of a contract that uses computer networks and complex term structures.
Smart contracts offer a more complete use for blockchain. First discussed in 1996 by Nick Szabo, some claim that smart contracts are the real use case for blockchain as they aim to automate financial transactions, and in the future, can automate machines.
Financial contracts are omnipresent, and they specify inputs, logic and outputs. Digital contracts are everywhere around you; such as credit card payments, wages (Paypal, Venmo, your employment wages), when paying for an Uber, buying on Amazon, paying Netflix – and on a grander scale, bond payments.
As Framework Ventures points out in the explanation of why the firm invested in Chainlink, there is high overhead costs due to intermediaries, counterparty risk and potential for fraud.[1] Transactions costs are currently pervasive, they limit output, and are unnecessary with the use of blockchain.
1.1 The Problem that Smart Contracts Solve
Centralized oracles are high risk. Automated payments, often up to trillions of dollars’ worth, such as with bond payments, could rely on data that is hacked. This would result in billions of dollars erroneously paid. This is why institutions have not adopted centralized smart contracts – they are able to be tampered with.
Decentralized oracles, such as Chainlink, use reputation scoring to set up and maintain data feeds. This is accomplished with multiple data inputs for smart contract products. Rather than calling data from an API, the smart contract puts the data request “up for bid” on a blockchain marketplace. Several data providers respond and bid with a data reply. Therefore, if a single data source has been hacked/tampered with, there is an effect on data powering the smart contract.
There are many uses for smart contracts to occur between people and humans, even though it requires a bit of foresight to understand this need. Stealing autonomous cars, for instance, will be challenging with smart contracts as the access control will be verified over blockchain. Land titles, birth certificates, degrees, hospital records, deliveries by autonomous vehicles, accessing digital content, paying landlords or bills, purchasing real estate and purchasing insurance are all ways that smart contracts can be used.
From a technology perspective, the world is only now getting comfortable with the infrastructure layer of blockchain technology. Chainlink is middleware and this is more advanced stage of blockchain and the use of cryptography for trusted computing and transactions.
The middleware stage will include tools built on top of core protocols, like Ethereum or Bitcoin’s blockchain, to enable decentralized applications. We will also enter a world where over 25 billion machines must communicate in a trusted manner, and this will be yet another, more advanced stage for blockchain to register and verify the communication and digital transactions across machines.
1.2 Ethereum Network – Beyond Coins
Ethereum is a platform that was created for creating smart contracts. “Turing-complete” is the term for supporting broader computational instructions. The smart contract code facilitates, verifies and enforces the performance of an agreement or transaction, with decentralized automation as the end result.
Although smart contracts on the blockchain are self-verifying and self-executing, they lack connectivity from data feeds and APIs that are external to the blockchain. The full potential of blockchain to decrease transaction costs is not being utilized.
Without Chainlink, Ethereum’s smart contract utility is confined to currency tokens as data cannot be directly fetched from off the blockchain. The only secure input that can power smart contracts is data that exists on the Ethereum blockchain, which is token inflows/outflows.
Chainlink was built for Ethereum but there will be support for all leading contract networks in future development. The system is able to be upgraded across various components as advances are made across smart contract middleware and blockchain infrastructure.
1.3 Are Tokens Necessary?
In order for a smart contract on a blockchain to use a Chainlink node, a payment will need to be made in the form of a LINK token. The prices will be set by node operators based on demand for off-chain resources that Chainlink provides, and the supply of similar resources.
The purpose of the LINK token is to pay Chainlink Node operators for the retrieval of data from off-chain data feeds, the formatting of data into blockchain readable formats, off-chain computation, and uptime guarantees they provide as operators. It is a small payment for the data services.
For instance, the token may compensate parties who provide the data by responding to the data requests. Or the token may compensate a banking network like SWIFT for processing the payment after the smart contract is triggered. LINK tokens help to maintain the reputation system for payment oracles/data providers.
It also penalizes inaccurate or incomplete data by taking tokens away from an oracle and distributes the tokens to accurate participants. Please see below for a competitor who does not require a token for smart contracts.
SECTION 2: FUNDAMENTALS
2.1 Addressable Market
Addressable market and potential value for middleware is hard to determine although having an early investment with the right entry price is likely to pay off. Framework Ventures, which has a large holding in Chainlink, believes middleware blockchain technology will have a market size equal to the blockchain platforms, such as Ethereum, as both will be critical for the majority of blockchain applications.
The distinction between the coin and the middleware is important to note. Typically, using the middleware can occur without necessarily using the coin. Reasons for using the token are indicated above in the section “Token vs. Token-less.” Middleware that does not require a coin is a risk to Chainlink, although Chainlink has a substantial lead and most transactions today require some form of earnest payment or transaction fee.
The total addressable market for a service like Chainlink is not able to be determined today. We have a glimpse into the market as the application of securities settlement can save up to $7.5 billion per year in actual costs savings from automation. This is only one piece to the addressable market for Chainlink. Data-fetching from off the blockchain will be a larger addressable market, for instance. See below in partnerships for more information.
Framework Ventures estimates the LINK token will be used for data input/output for over 300M messages per year, and will be processing around 820K transactions a day. This is more than Ethereum at 600K transactions per day or Ripple at 200K transactions per day. Again, financial transactions are only one piece to the addressable market as the problem Chainlink solves is fetching data from off the blockchain to be used on the blockchain.
For application developers, Chainlink is likely to be their first choice for flexibility and agnostic purposes (not tied to one protocal), and developers can often create the tipping point for platform adoption. Chainlink’s value is likely to come from the startup ecosystem as the middleware is blockchain-agnostic.
Chainlink works across the Ethereum blockchain, Hyperledger ecosystem, and the SWIFT banking system. It is the only protocol that enables Ethereum smart contracts to pay out in Bitcoin and provides an advantage to businesses on Hyperledger or Bitcoin protocols. This is also a major advantage over Ripple which is confined to the Ripple protocol. (These are not direct competitors as Chainlink will be fetching data off the blockchain, but helps to put into perspective its capabilities and potential market size).
2.2 Competitors
Token-less oracles do exist, however, the customization that these token-less oracles provide comes at the cost of development time. There is also less incentive for participating oracles that may not be compensated for providing accurate data.
Competing token oracles, such as Streamr, may be able to take some market share as savvy data providers can realize more profits by accepting multiple tokens. Chainlink’s vision is to own the enterprise-grade partnership market with relationships, such as Swift, and focusing on consumer-grade partnerships second. We’ve also seen some evidence that Chainlink is favored by data corporations, such as Google and Oracle (more on this below).
Chainlink is moving quickly right now and if Google and Oracle deem Chainlink the preferred altcoin for offblockchain data integration, then it’s positioning will be hard to shake.
2.3 Partnerships for Future Growth
Altcoins are an all or nothing gamble and validation from other companies is essential for picking the one or two winners out of the crowd. Chainlink is distinct due to its larger partnerships.
• Google announced a partnership with Chainlink to help place BigQuery data onto the Ethereum blockchain using a Chainlink oracle smart contract. As Google states, the possible applications are “innumerable” with a few having “high and immediately utility,” such as prediction marketplaces, futures contracts and transaction privacy.
• In June, Oracle announced at the CloudEXPO conference a partnership to “co-develop Chainlinks with 50 qualified startups to prepare them to sell their data to Oracle’s 430,000 customers in 175 countries on the Oracle Blockchain Platform.”
• Chainlink advertises a partnership with SWIFT on its website and in a published case study. Notably, I cannot find any announcement on SWIFT’s end, and this is likely a proof of concept for now. If the partnership is fully implemented, Chainlink will not only enable SWIFT to process smart contracts, but it’s possible SWIFT will enable other external smart contracts to settle through fiat on its network by means of a Chainlink/SWIFT oracle.
See Recommended Reading below for more information on partnerships.
2.4: Internet of Things for Future Growth
Internet of Things, or IoT, has become a common term for machines communicating with machines in an automated method. Smart things is another term for IoT connections. For instance, in the smart home, you have a smart refrigerator, a smart thermostat, and a smart door lock.
Perhaps the most forward-thinking IoT device will be the fully autonomous smart car, with many critical sensors communicating with one another through data gateways. For instance, the data from a street light will be sent to the sensor on your vehicle for a red light, and this will trigger the vehicle to brake.
Financial transactions will be the first iteration of smart contracts, however, the internet of things will connect 25 billion machines and this will help smart contracts reach critical mass and full-fledged adoption as a means of securing these connections. However, for this to be realized, data external to the blockchain is required for smart contracts to be verified and executed.
The automation of trusted computing across machines and people will take time to fully realize and these examples will extend beyond the financial sector.
2.5 Recommended Reading: White Paper
The founders of Chainlink wrote a whitepaper on September 4th, 2017. Authored by Steve Ellis, Ari Juels and Sergey Nazarov, the team has expanded to include a strong team across crypto, trusted data, finance and security. The founder of DocuSign is on the advisory board, which should help solidify some of the use cases noted in this report. The whitepaper is worth a read as it lays out the problem that Chainlink solves, which is that blockchain protocols do not support native communication with external systems. The solution that provides access to external systems is called an “oracle,” and these oracles need to be decentralized in order to be secure and tamper proof. Centralized smart contracts can be altered, terminated or even deleted by a privileged party.
“Chainlink offers a decentralized oracle network. Decentralized oracle networks achieve trusted computing for digital agreements, which is important for both human-powered digital agreements and machine-powered digital agreements.”
Example use cases for Chainlink that are provided in the whitepaper include:
• Securities smart contracts for bonds, interest rate derivatives and other market information reported via API
• Insurance smart contracts will require information for liability issues, including if doors were locked, or flights ran on time.
• Trade finance smart contracts will need GPS data about shipments, data from supply chain ERP systems, etc.
Notably, the company is located in the Cayman Islands, likely to escape paying income tax. I prefer companies that are based in the country where they are breaking ground.
Additional Reading:
Chainlink whitepaper
FrameWork Ventures: Our Investment in Chainlink
Google in Blockchain
Smart Contracts with SWIFT
SECTION 3: Technical Analysis
Provided by Knox Ridley

LINK’s Recent Price Action:
Chainlink is currently trading in a downtrend from its June 29th high, making lower highs and lower lows (highlighted in yellow). The question is: have we bottomed and are in the beginning stages of a new uptrend or is this the midpoint of the downtrend with more to come?
Chainlink has found strong support at the $1.9 region, where it has tested that region 3 times this year. It’s currently trading in a tight range between the $1.95 region, which has been a major price cluster for Chainlink (highlighted with the red band), and $2.9 resistance region (highlighted in yellow). It has tested each region twice, and each time failed to break through.
Internal Strength:
In a downtrend, I will often look at the RSI to gauge the internal strength of the momentum. What I’m usually looking for is positive divergence while in a downtrend – for instance, ideally RSI would be making higher lows while Chainlink would be making lower lows – but this is not happening right now. I look for this because it is a reliable sign that selling pressure is waning, and usually follows a reversal.
If the RSI is at or below the downward extreme 0, we can usually expect, at the very least, a short-term bounce. We are not seeing this now. In fact, the RSI is comfortably below the 50 and 40 line and trending with the price action. In other words, Chainlink’s price is showing a stable balance between buyers and sellers.
Conclusion:
Remember that we are dealing with an alt-coin within the crypto space. You should expect low volume and volatile moves. Small position sizing to begin with and wide stops are crucial. We believe in the long-term potential of Chainlink in the smart contracts space, and believe it is worth a lotto ticket.
Scenario 1: Chainlink finds increased buying pressure, breaks out above the $2.9 resistance, and continues in an upward movement.
Scenario 2: It is likely that Chainlink will make one more attempt in the coming weeks at support by first breaking the upward trend line and then testing the $1.9 support region. If it breaks support, we will likely see it find support around either the 50% retrace, around $1.7, or the 61.8% retrace, around $1.25. This region is highlighted in the green box.
Chainlink is currently in a correction after starting a powerful uptrend earlier this year, which is similar to all cryptocurrencies. I believe the body of evidence supports scenario 2, where Chainlink breaks $1.95. We will look to buy our first tranche at $2/$1.95, and then the remainder based on the velocity and structure of its price action below this region. However, if Chainlink breaks the $2.9 region, we will shift to scenario 1 as the more likely scenario, and begin our position into the momentum with tight stops. We will offer updates as we progress.
Please note: the fundamental analysis on Chainlink is early and negative price volatility would be welcomed.










