Gryphon Digital Mining Inc

Unless the context requires otherwise, references to “Gryphon,” “we,” “us” or “our” in this section are to the business and operations of Legacy Gryphon prior to the Business Combination and to the Company and its subsidiaries following the Business Combination.

Corporate History and Background

We were originally incorporated in Delaware on October 3, 2018 under the name “MTech Acquisition Holdings Inc.” for the purpose of effecting a business combination with one or more target businesses. On June 17, 2019, we consummated a business combination pursuant to a Merger Agreement among several companies, including MTech Acquisition Corp., which was special purpose acquisition company established for the purpose of entering into a business combination. In connection with such business combination, MTech Acquisition Holdings Inc. changed its name to Akerna Corp., which was the Company immediately prior to the Business Combination (“Akerna”). Akerna was a leading provider of enterprise software solutions within the cannabis industry. The Business Combination with Legacy Gryphon was closed on February 9, 2024. In light of the fact that the Business Combination has closed and our ongoing business will be the business formerly operated by Legacy Gryphon, this business section primarily includes information regarding Legacy Gryphon’s business.

Overview

Founded in October 2020, Gryphon is a bitcoin mining company based in Las Vegas, Nevada. Gryphon commenced its digital assets mining operations in September 2021. Gryphon’s mission is to create a net carbon neutral bitcoin miner. Gryphon’s revenue model is to mine and hold bitcoin, and then sell only the bitcoin that is necessary to pay its operating expenses and to reinvest in operational expansion.

Gryphon’s operations encompass the following:

Gryphon launched its mining operations in September 2021 upon the receipt of the first of 12 batches of 600 Bitmain S19j Pro Antminers. Gryphon has deployed a total of approximately 9,000 S19 series Antminers from Bitmain pursuant to the Bitmain Agreement (as defined below) and subsequent market purchases.

Given the significant amount of power that ASIC miners require to operate, Gryphon believes most mining companies focus completely on low-cost electricity without considering the impact of the power’s production on the climate. Gryphon’s strategy is to focus on working with power hosting partners that are committed to climate science and also can produce reliable, low-cost power. Gryphon uses 28 megawatts of space at its primary hosting facility in New York, which relies on renewable hydro energy. As it deploys additional miners, Gryphon will work with hosting partners that have committed to providing carbon neutral power.

Bitcoin Mining Overview

Bitcoin miners use ASIC computers to validate Bitcoin transactions and add “blocks” of validated transactions to Bitcoin’s peer-to-peer blockchain network. Miners earn bitcoin rewards for every block they add to the network as well as the corresponding transaction fees associated with the transactions in the “mined” block. Only one miner or group of miners operating together can receive the block rewards and may also receive the corresponding transaction fees per block added to the Bitcoin blockchain. The amount of bitcoin rewards per block (not including transaction fees) is fixed, and the number of blocks that can be added over time is able to be projected with reliable accuracy; therefore, the expected amount of bitcoin rewarded per miner is based on the number of miners actively participating in the Bitcoin network. Miners will typically only participate if the value of the expected bitcoin rewards is higher than their cost of production.

Miners consume electricity in order to compete for rewards. This means that the economics of bitcoin mining largely depend on:

To achieve scale, mining requires access to large amounts of low-cost electricity.

Introduction to Bitcoin, the Bitcoin Network and Bitcoin Mining

Bitcoin is a digital asset that is created and transmitted through the operations of a peer-to-peer decentralized network of computers, known as the Bitcoin network, which operates on cryptographic protocols. No single entity owns or operates the Bitcoin network, the infrastructure of which is collectively maintained by a decentralized user base. The Bitcoin network allows people to exchange digital tokens of value, called bitcoins, which are recorded on a publicly distributed transaction ledger known as a blockchain. The Bitcoin blockchain is a digital, publicly distributed bookkeeping ledger that holds the record of every Bitcoin transaction.

The Bitcoin network is decentralized and does not require governmental authorities or financial institution intermediaries to create, transmit or determine the value of Bitcoin. Rather, bitcoin is created and allocated by the Bitcoin network protocol through a process referred to as “mining” and the persons or machines that provide transaction verification services to the Bitcoin network and are rewarded with new bitcoin are called “miners.”

The Bitcoin blockchain is a digital chain of blocks with each block containing information relating to a group of Bitcoin transactions. Miners validate Bitcoin transactions, securing the blocks and adding the blocks of transactions to the blockchain record by using computer processing power to solve complex mathematical problems. Solving the problems will result in the block being successfully added to the chain. This means that the Bitcoin transaction information in the block is verified and locked into the blockchain where it remains as a permanent record on the blockchain network. The record set maintained by the Bitcoin network is publicly viewable and accessible to all. As an incentive to those who incur the computational cost of securing the Bitcoin network by validating transactions, the miner who correctly solves the problem resulting in a block being added to the Bitcoin blockchain is awarded bitcoin.

To begin bitcoin mining, a user can download and run Bitcoin network mining software, which turns the user’s computer into a “node” on the Bitcoin network that validates blocks. Each block contains the details of some or all of the most recent transactions of Bitcoin submitted by users of the Bitcoin network that are not already included in prior blocks, and a transaction awarding an amount of bitcoin to the miner who will add the new block. Each unique block can be solved and added to the blockchain by only one miner. Therefore, individual miners and mining pools (i.e., groups of miners acting together) on the Bitcoin network are engaged in a competitive process of increasing their computing power to improve their likelihood of solving for new blocks and receiving bitcoin rewards. As more miners join the Bitcoin network and its collective processing power increases, the Bitcoin network adjusts the complexity of the block-solving equation to maintain a predetermined pace of adding a new block to the blockchain approximately every ten minutes. A miner’s proposed block is added to the blockchain once a majority of the nodes on the Bitcoin network confirms the miner’s work. Miners that are successful in adding a block to the blockchain are awarded bitcoin for their effort and may also receive transaction fees paid by transferors whose transactions are recorded in the block. This reward system is the method by which new bitcoin enter into circulation.

The Bitcoin network is designed in such a way that the reward for adding new blocks to the blockchain decreases over time. The number of bitcoin awarded for solving a new block is automatically halved after every 210,000 blocks are added to the blockchain record. Each block takes approximately 10 minutes to be solved and as a result, rewards are halved approximately every four years. Currently, the fixed reward for solving a new block is 6.25 bitcoin per block and this number is expected to decrease by half to become 3.125 bitcoin sometime in mid-2024. While Bitcoin prices have historically increased around these halving events, which increases in price have correspondingly mitigated the decrease in mining reward, there is no guarantee that the price change would be favorable or would compensate for the reduction in mining reward. Gryphon aims to mitigate the impacts of halving by maintaining a breakeven profitability floor far below the network average. To do so, Gryphon has developed and implemented a curtailment agreement with its hosting partners to maximize the marginal profitability of its machines. Under this arrangement, on a daily basis, Gryphon’s hosting partner calculates the expected profitability of Gryphon’s machines based on announced day-ahead electricity rates provided by the local utility and using current bitcoin prices. On days when it is forecast that the cost of electricity exceeds Gryphon’s revenue, whether for the entire day or part of the day, the machines are curtailed for the corresponding time period. This program was developed by Gryphon’s hosting partner in collaboration with Gryphon and is in use for several of Gryphon’s hosting partner’s clients. This program improves Gryphon’s profitability as it avoids operating the machines in periods when electricity costs exceed the expected revenue generated without impacting efficiency. The impact of the program on Gryphon’s hashpower is relatively minor as Gryphon’s machines are hosted in upstate New York with a strong power grid that does not often require curtailments (unlike Texas). The program has implemented occasional curtailments that often coincide with high temperature periods or extreme cold weather in the region that would cause the demand for local electricity to spike. Gryphon’s partners have also implemented standard operating procedures to maximize the operational efficiency of its sites, such as preventative maintenance and cleaning of equipment. Gryphon believes that these steps can enable it to maintain survivability above its competitors and mitigate the downside risk of decreased rewards.

Performance Metrics — Network Hash Rate and Difficulty

In bitcoin mining, “hash rate” or “hashes per second” are the measuring units of the processing speed of a mining computer mining bitcoin. “Hash rate” is defined as the speed at which a computer can take any set of information and use an algorithm to reduce that information into a string of letters and numbers of a certain length, known as a “hash.” A “hash” is the computation run by mining hardware in support of the blockchain; therefore, a miner’s “hash rate” refers to the rate at which it is capable of solving such computations.

An individual miner has a hash rate measured as the total hash rate of all of the miners it deploys in its bitcoin mining operations, and network-wide there is a total hash rate of all miners seeking to mine bitcoin. The higher total hash rate of a specific miner, as a percentage of the network wide total hash rate, generally results over time in a corresponding higher success rate in bitcoin rewards as compared to miners with lower hash rates. Today, hash rates are measured in peta hashes per second, or one quadrillion (1,000,000,000,000,000) hashes per second, and exa hashes per second, or one quintillion (1,000,000,000,000,000,000) hashes per second.

“Difficulty” is a relative measure of how complex the process is made to successfully solve the algorithm and obtain a bitcoin award. The difficulty is adjusted by the Bitcoin network mining software periodically generally as a function of how much hashing power is deployed by the network of miners and designed to maintain certain mining results so that, on average, 10 minutes is required to produce a Bitcoin block. If the time to produce a block is generally exceeding the 10-minute expectation, which suggests that the target difficulty is set too high, the network reduces the degree of difficulty and vice versa, with this protocol called difficulty retargeting. At each interval of 2,016 blocks being mined (which takes roughly two weeks), the network re-analyzes the interval and revises the difficulty index, if needed.

Bitcoin Mining Power Requirements

At the beginning stages of the Bitcoin network in the early 2010s, individuals interested in bitcoin mining were able to do so using the CPUs of their personal computers. As popularity increased, so did the “difficulty” of mining, as adjusted automatically by the Bitcoin network. To accommodate the growing level of difficulty, more computer processing power was required. Soon, miners used GPUs generally used to power graphic intensive gaming computers to mine bitcoin. The process repeated, and the mining difficulty and amount of computing power required increased.

Eventually, computers and chips were created for the sole purpose of mining bitcoin. Today, bitcoin mining requires efficient hardware, i.e., ASIC-based mining computers, with strong computing abilities and energy efficiency. These ASIC-based mining computers require a significant amount of electricity to run their mining operations. Keeping electricity costs low is key to making bitcoin mining profitable and sustainable.

The amount of MW electricity required to mine bitcoin depends on the number and types of miners and the energy demand for each type of miner. Each type of miner has a specific electricity demand and hash rate output. According to the Digiconomist.net, as of May 3, 2023, an estimated 96TW of power per year is being consumed by bitcoin mining globally.

Mining Pools

As more and more miners entered the market competing for the limited number of blocks that are regularly added to the Bitcoin blockchain, and as the related increase in the amount of available hashing power resulted in increasing levels of difficulty being implemented by the Bitcoin network, individual miners found that they were in some cases working for months without finding a block and receiving any reward. To address this problem, bitcoin mining operators began to combine their mining resources into mining pools to better compete and generate mining revenue. A “mining pool” is the pooling of resources by miners to earn bitcoin together. The mining pool shares their processing power over a network and splits rewards according to the amount of hashing capacity they contribute.

The mining pool operator provides a service that coordinates the computing power of the independent mining enterprises. Fees are paid to the mining pool operator by the participating miners to cover the costs of maintaining the pool. The pool uses software that coordinates the pool members’ hashing power, identifies new block rewards, records how much work all of the pool participants are contributing, and assigns block rewards earned by the mining pool in proportion to the individual hash rate contributed by a given participant. As discussed below, Gryphon participates in mining pools as an integral part of its business.

Bitcoin Mining Economics

The current 6.25 bitcoin reward for each block, and one Bitcoin block expected to be validated and attached to the Bitcoin blockchain approximately every 10 minutes, equates to approximately 37.50 bitcoin rewards generated by the Bitcoin network every hour, approximately 900 bitcoin generated every day and approximately 328,500 bitcoins generated each year, at least for the next one to two years at which time the bitcoin reward for solving a block will again be halved. Because mining computers generate hashes randomly, the ability to solve a particular Bitcoin block is a probability, with the odds of success typically measured by a ratio equal to the speed at which a particular mining operation is able to calculate hashes (i.e., that miner’s hash rate) compared against the total aggregate hash rate of the Bitcoin network. Profitability is then measured by that ratio multiplied by the number of bitcoins mined in a year multiplied by the then current market price of Bitcoin, then subtracting the costs of purchasing mining equipment, the cost of electricity, and various corporate and administrative costs. For a mining operation that participates in a mining pool, revenues, which are measured as the percentage of a pool’s revenues equal the participating miner’s hash rate compared to the pool’s aggregate hash rate, and typically result in a fraction of a given block reward being paid to a miner, are further reduced by the costs paid to the pool operator.

As of March 26, 2024, Bitcoin was priced at approximately $68,913. Gryphon believes that the price of Bitcoin is likely to continue to fluctuate based on market conditions. Well-known companies have already invested in Bitcoin. Increasing regulatory barriers in Bitcoin epicenters such as China, as well ongoing fiat monetary inflation, have been suggested to support market valuations of Bitcoin. In addition, the block reward for Bitcoin is expected to halve in mid-2024, resulting in even greater Bitcoin scarcity. However, in 2022, FTX Trading LTD. and several other major cryptocurrency exchanges collapsed due to financial issues caused by the falling prices of Bitcoin and other cryptocurrencies, which began in the fourth quarter of 2021. The collapses of these exchanges spurred a loss of confidence in participants in the digital asset ecosystem, negative publicity surrounding digital assets more broadly and market-wide declines in digital asset trading prices and liquidity. The prices of Bitcoin and other cryptocurrencies have rebounded from their lows around the time of the FTX collapse, but volatility due to these market conditions may continue in the near future.

China has previously limited the shipment of products in and out of its borders, which could negatively impact Gryphon’s ability to receive bitcoin mining equipment from Gryphon’s suppliers. Depending on the magnitude of such effects on Gryphon’s supply chain, shipments of parts for Gryphon’s existing miners, as well as any new miners Gryphon purchases, may be delayed. As Gryphon’s miners require repair or become obsolete and require replacement, Gryphon’s ability to obtain adequate replacements or repair parts from their manufacturer may therefore be hampered. Supply chain disruptions could therefore negatively impact Gryphon’s operations. If not resolved quickly, the impact of COVID-19 could have a material adverse effect on Gryphon’s business.

Governments could take additional restrictive measures to combat the pandemic that could further impact Gryphon’s business or the economy in the geographies in which Gryphon operates. It is also possible that the impact of the pandemic and response on Gryphon’s suppliers, customers and markets will persist for some time after governments ease their restrictions. These measures may impact Gryphon’s business and financial condition as the responses to control COVID-19 continue.

The extent to which the pandemic may impact Gryphon’s results will depend on future developments, which are highly uncertain and cannot be predicted as of the date of this prospectus/proxy statement, including new information that may emerge concerning the severity of the pandemic and steps taken to contain the pandemic or treat its impact, among others. Nevertheless, the pandemic and the current financial, economic and capital markets environment, and future developments in the global supply chain and other areas present material uncertainty and risk with respect to Gryphon’s performance, financial condition, results of operations and cash flows. See also “Risk Factors” above.

Material Agreements

BitGo Custodial Services Agreement

Pursuant to the BitGo Custodial Services Agreement between BitGo Trust and Gryphon, dated October 1, 2021, BitGo Trust, through its custodial services enables Gryphon to create one or more custody accounts, controlled and secured by BitGo Trust to store certain supported digital currencies and digital tokens or certain fiat currencies such as dollars or euros. BitGo Trust also provides Gryphon with the option to create non-custodial wallets that support certain digital assets via an API and web interface. Gryphon may also elect to store fiat currency with BitGo Trust.

The BitGo Custodial Services Agreement had an initial term of one year. After the initial term, it automatically renews for successive one-year periods, unless either party notifies the other of its intention not to renew at least 60 days prior to the expiration of the then-current term. Gryphon may terminate the BitGo Custodial Services Agreement at any time for any reason upon 30 days’ prior written notice.

BitGo Trust’s cold wallets are supported by a $250 million policy issued by Lloyd’s of London. Specifically, the policy covers: copying and theft of private keys; insider theft or dishonest acts by BitGo employees or executives; and loss of keys. Any theft of assets directly related to BitGo Trust’s custody of key would be covered by the policy. The policy does not cover cases where the client or a third party holds some of the keys themselves (e.g. hot wallets), since BitGo Trust would not be solely responsible for protecting the keys.

BitGo Trust has established a comprehensive set of controls governing the business processes and technology systems using industry standards and frameworks such as NIST, CCSS,CIS, and FFIEC. In addition, these controls have been independently tested as part of our SOC 1 & SOC 2 (Type 2) reports. Customers will decide upon which specific wallets are required based on their use case and they determine the portion of assets held in hot or cold wallets. BitGo Trust holds keys to cold wallets in undisclosed locations. BitGo’s cold storage solution is housed at undisclosed secure facilities. Any facilities that are co-located are secured by human guards and video surveillance, with 24x7 coverage. All BitGo vaults and manned facilities are located within the United States.

BitGo vaults are restricted from public access. BitGo follows role-based access controls and the principle of least privilege. Only individuals who have a specific business need to complete their job function are granted access to client information. Insurance providers rely on our BitGo’s external auditors to ensure that there is sufficient controls in place for accessing the vault and key material. BitGo maintains $250 million of insurance coverage against loss, theft, and misuse in situations where BitGo holds all keys. As part of this coverage, BitGo’s insurance underwriters have inspection rights associated with the crypto assets held in storage. All of the Company’s digital assets (100%) are held in cold wallets. The Company does not utilize any hot wallets from BitGo.

BitGo has private key procedures as well as the security and procedures in place for securing assets and in withdrawing and transferring assets. The BitGo ecosystem and architecture for private key management includes the BitGo Platform, HSMs and modular services. The BitGo cold custody solution is built on BitGo’s world class security to manage keys on behalf of our clients. BitGo only signs transactions that have been authorized by its clients and follow the policies set by the account administrators. BitGo engages an external third-party auditor to verify the digital assets it holds on a periodic basis. In addition, in the course of performing its annual audit of Gryphon’s financial statements, Gryphon’s independent registered public accounting firm sends annual confirmation requests to BitGo to confirm Gryphon’s digital assets held by BitGo. While neither Gryphon nor its insurance providers have any independent inspection rights associated with the digital assets held by BitGo, BitGo’s insurer, Lloyd’s of London, does have inspection rights with respect to the digital assets that BitGo holds.

Coinmint Agreement

On July 1, 2021, Gryphon entered into a Coinmint Colocation Mining Services Agreement (the “Coinmint Agreement”), with Coinmint, LLC (“Coinmint”), an established operator of renewable-energy data centers, pursuant to which Coinmint provides hosting services to Gryphon at Coinmint’s hydro powered facility in Massena, New York (the “Coinmint Facility”) for a 15-month period, which renews automatically for successive three-month terms unless either party delivers to the other party 90 days’ written notice of intent not to renew. Pursuant to the terms of the Coinmint Agreement, 7,200 S19j Pro Antminer machines were delivered to and installed at the Coinmint Facility. Under the terms of the Coinmint Agreement, Coinmint directly passes through the cost of electricity and maintenance costs to Gryphon, collects an initial reservation fee and collects a percentage of Gryphon’s bitcoin mining profits.

Master Services Agreement with Sphere 3D

On August 19, 2021, in connection with the pending Sphere 3D Merger, and notwithstanding the fact that the Sphere 3D Merger was not consummated, Gryphon entered into a Master Services Agreement (the “Sphere 3D MSA”) with Sphere 3D. Under the Sphere 3D MSA, Gryphon is Sphere 3D’s exclusive provider of management services for all blockchain and cryptocurrency-related operations, including but not limited to services relating to all mining equipment owned, purchased, leased, operated, or otherwise controlled by Sphere 3D and/or its subsidiaries and/or its affiliates at any location. Gryphon in return receives a percentage of the net operating profit of all of Sphere 3D’s blockchain and cryptocurrency-related operations. To provide greater certainty as to the term of the Sphere 3D MSA, Sphere 3D and Gryphon agreed to extend the initial term of the Sphere 3D MSA from three to four years, or to five years in the event Sphere 3D did not receive delivery of a specified minimum number of bitcoin mining machines during 2022. Sphere did not meet delivery targets in 2022, which extended the initial term of the Sphere 3D MSA to five years through August 2026. Subject to written notice from Sphere 3D and an opportunity by Gryphon to cure for a period of up to 180 days, Sphere 3D will be entitled to terminate the Sphere 3D MSA in the event of: (i) Gryphon’s failure to perform the services under the Sphere 3D MSA in a professional and workmanlike manner in accordance with generally recognized crypto-mining industry standards for similar services, or (ii) Gryphon’s gross negligence, fraud or willful misconduct in connection with performing the services. Gryphon will be entitled to specific performance or termination for cause in the event of a breach by Sphere 3D, subject to written notice and an opportunity to cure for a period of up to 180 days.

Pursuant to the Sphere 3D MSA, Gryphon holds the crypto assets of Sphere in a Bitgo Trust digital wallet. Sphere’s assets are safeguarded by Bitgo Trust in the same manner that Gryphon’s assets are safeguarded by Bitgo Trust, as described elsewhere in this section. Gryphon and Sphere’s assets are not co-mingled, as Sphere’s assets are stored in a separate wallet with its own address. The terms of the Sphere 3D MSA govern the management of Sphere’s assets. The terms prevent self-dealing and conflicts of interest. Additionally, all dealings between Sphere 3D and Gryphon involve one or both of (i) independent, arms-length third parties and (ii) transactions publicly available on the blockchain, which provide a clear, unambiguous trail of documentation to audit the relationship as needed.

Master Services Agreement with Core

On September 12, 2021, Gryphon and Core Scientific, Inc. (“Core”) entered into a Master Services Agreement (the “Core MSA”). Pursuant to the Core MSA, Core provides services related to the hosting of Gryphon’s cryptocurrency mining equipment and operations in data centers owned by Core under separate orders entered into by Gryphon and Core. The term of the Core MSA is indefinite, but may be terminated if no active orders have been in effect for at least 12 months.

On November 21, 2023, the Company was notified by Core Scientific, Inc. that Core intended to cease hosting operations of 133 ASIC miners that the Company had operating at Core as of September 30, 2023. As of December 31, 2023, the Company had removed its hosted equipment pursuant to the terms of the operative Master Services Agreement between the Company and Core. This hosted capacity represented approximately 1% of the Company’s overall fleet and management does not anticipate this action to result in a material impact to its operations. The Company relocated those miners to its other existing operations.

The Core MSA was terminated as a result of a settlement agreement entered on January 16, 2024. See*“Legal Proceedings - Core Complaint and Related Matters”*for more information.

Anchorage Loan Agreement

On May 25, 2022, Anchorage Lending CA, LLC (“Anchorage”) entered into an Equipment Loan and Security Agreement (the “Anchorage Loan Agreement”) with Gryphon Opco I LLC (“Gryphon Opco”), a wholly owned subsidiary of Gryphon, pursuant to which Anchorage loaned Gryphon Opco the principal amount of 933.333333 bitcoin. Gryphon Opco’s obligations under the Anchorage Loan Agreement are secured by certain equipment and software rights of Gryphon Opco and are guaranteed by Gryphon. The loan was payable in installments of 42.424242 bitcoin with interest of 5.0% per annum, payable monthly in bitcoin. Gryphon Opco is further required thereunder to maintain a collateral coverage ratio of 110%. The maturity date of the loan was initially May 27, 2024.

On March 27, 2023, Gryphon and Anchorage entered into an amendment to the Anchorage Loan Agreement (the “Anchorage Loan Amendment”). Pursuant to the Anchorage Loan Amendment, the maturity date was extended to March 2026, and the interest rate was increased to 6% per annum. The monthly principal and interest payments have been adjusted to be 100% of net monthly mining revenue, defined as, for each calendar month, the sum of (a) all of Gryphon’s revenue generated from all bitcoin generated by Gryphon with the collateralless(b) the sum of Gryphon Selling, General and Administrative Expenses (“SG&A”) in connection with bitcoin mining operations, but not to exceed the greater of (x) $100,000 and (y) the amount that is previously preapproved by Anchorage in writing for such calendar month; provided, however that, to the extent that SG&A is capped by clause (b) above, any unapplied SG&A may be rolled forward to subsequent months until fully deducted. Notwithstanding the foregoing, unless otherwise approved by Anchorage, the aggregate amount of SG&A during any rolling twelve-month period will not exceed $750,000. Provided that if at the end of a fiscal quarter, commencing with the fiscal quarter ending June 30, 2023, if (x) the aggregate principal amount payment received by the Anchorage for such fiscal quarter exceeds 38.6363638 bitcoin and (y) the average principal amount payment received by Anchorage for each fiscal quarter (commencing fiscal quarter ending June 30, 2023 and through and including the fiscal quarter for which such determination is to be made) exceeds 38.6363638 bitcoin per fiscal quarter, then, Gryphon will pay to Anchorage 75% of net monthly mining revenue for the immediately succeeding fiscal quarter (and thereafter, in the following fiscal quarter would shift to 100%). As consideration for the Anchorage Loan Agreement Amendment, Gryphon agreed to make a one-time payment of 173.17 bitcoins, reducing the principal balance of bitcoins from 636.81 to 463.64, and a closing fee of $45,000. Subsequent to the one-time payment of 173.17 bitcoins, the Company has made payments of approximately 128 bitcoins, reducing the principal balance of bitcoins due from 463.64 to 351.58 bitcoins as of December 31, 2023.

The Anchorage Loan Agreement Amendment also added a conversion provision whereby Anchorage has a limited right to convert all or any portion of the outstanding principal on the loan into a number of shares of Gryphon or any public company that is Gryphon’s parent, if Gryphon is not the public company (the “Conversion Right”). The Conversion Right is available at any time during the one month period (the “Conversion Period”) after which the market capitalization of Gryphon, or its public company parent if Gryphon is not the public company, for the first time exceeds $125,000,000 for five consecutive days. The conversion price is equal to $150,000,000 divided by the number of shares of Gryphon, or its public company parent if Gryphon is not the public company, common stock outstanding immediately prior to Anchorage’s exercise of the Conversion Right during the Conversion Period.

Competition

In digital asset mining, companies and individuals use computing power to solve cryptographic algorithms to record and publish transactions to blockchain ledgers or provide transaction verification services to the Bitcoin network in exchange for digital asset rewards. The current reward for verifying a block on the Bitcoin blockchain is 6.25 bitcoin. Miners can range from individual enthusiasts to professional mining operations with dedicated data centers. Miners may organize themselves in mining pools. We compete or may in the future compete with other companies that focus all or a portion of their activities on owning or operating digital asset exchanges, developing programming for the blockchain, and mining activities. Currently, the information concerning the activities of these enterprises is not readily available as the vast majority of the participants in this sector do not publish information publicly or the information may be unreliable. While there is limited available information regarding non-public competitors, several public companies (traded in the United States or internationally), such as the following, are considered our competitors:

The digital asset mining industry is a highly competitive and evolving industry and new competitors and/or emerging technologies could enter the market and affect our competitiveness in the future.

Competitive Advantages

Low operating costs are a key part of Gryphon’s competitive advantage. The low-cost hosting rates from its two host providers combined with its current generation, more efficient bitcoin miners provide Gryphon with a competitive advantage.

Gryphon believes it has strong relationships with equipment manufacturers and third-party mining data centers. It is challenging to acquire the latest equipment and host capacity due to significant market demand and limited supply. Gryphon has relationships with both types of suppliers, which it believes will allow it to access current-generation equipment and sign contracts with providers of hosting solutions.

Operational Strategy

Gryphon uses a hosting strategy that allows the company to concentrate the deployment of its capital towards bitcoin mining activities as opposed to building its own datacenters. Gryphon has partnered with a host provider that provides net carbon neutral power for its bitcoin mining.

Gryphon’s primary host facility is the Coinmint Facility located in upstate New York and is hydro powered. In September 2021, Gryphon began deploying the first batch of its 7,200 S19j Pro Antminers from Bitmain at this facility. While electricity costs at the Coinmint facility have been as low as $0.032/kWh in 2021 and as of December 31, 2023, were $0.073/kWh with a 52-week rolling average of $0.066/kWh, electricity costs at the facility have fluctuated and will continue to fluctuate. The Coinmint Agreement provides for direct cost pass through of electricity costs and other operating costs at this facility plus a profit share. Gryphon uses approximately 25MW of electricity at this site.

As of December 31, 2023, Gryphon’s miner fleet is composed of 7,128 S19j Pro Antminers, 229 S19k Pro Antminers, 309 S19 Pro Antminers and 876 S19j Pro + Antminers. The S19j Pro Antminers have a hashrate capacity of approximately 100 TH/s per miner and power consumption of approximately 3,050 watts per miner. The S19k Pro Antminers have a hashrate capacity of approximately 120 TH/s per miner and power consumption of approximately 2,760 watts per miner.The S19 Pro Antminers have a hashrate capacity of 110 TH/s and power consumption of 3,250 watts per miner. The S19j Pro + Antminers have a hashrate capacity of 120 TH/s and power consumption of 3,355 watts per miner. The Company’s operations will continue to expand as it acquires additional miners to the extent that opportunities for such acquisitions arise.

The Company has entered into a contract with a digital asset mining pool operator to provide the service of performing hash computations for the mining pool operator. The contract is terminable at any time for any reason by either party without cause and without penalty and the Company’s enforceable right to compensation only begins when the Company provides the service of performing hash computations for the mining pool operator. The contract is for a continuous 24-hour period each day. The Company’s access and usage rights to the pool and service automatically renew for a successive 24-hour period (00:00:00 UTC and 23:59:59 UTC) unless terminated in accordance with the terms set forth by the terms of service. In exchange for performing hash computations for the mining pool, Gryphon is entitled to a fractional share of the fixed cryptocurrency award the mining pool operator receives (less digital asset transaction fees to the mining pool operator which netted as a reduction of the transaction price). Gryphon’s fractional share is based on the proportion of hash computations Gryphon performed for the mining pool operator to the total hash computations contributed by all mining pool participants in solving the current algorithm during the 24-hour period. Hashrate is the measure of the computational power per second used when mining. It is measured in units of hash per second, meaning how many calculations per second that can be performed. The consideration the Company will receive, comprised of block rewards, transaction fees less mining pool operator fees are aggregated in a sub-balance account held by the mining pool operator. That balance, due to the Company, is calculated by the mining pool operator based on the hashrate provided and hash computations completed by the Company for the mining pool from midnight-to-midnight (00:00:00 UTC and 23:59:59 UTC) UTC time, and a sub-account balance is credited one hour later at 1AM UTC time. The balance is then withdrawn to the Company’s whitelisted wallet address, once a day, between the hours of 9am to 5pm UTC time. The rate of payment occurs once per day, as long as the minimum payout threshold of 0.01 bitcoin has accumulated in the sub-account balance, in accordance with the mining pool operator’s terms of service. Pursuant to ASC 606-10-55-42, the Company assessed if the customer’s option to renew represented a material right that represents a separate performance obligation and noted the renewal is not a material right. The definition of a material right is a promise in a contract to provide goods or services to a customer at a price that is significantly lower than the stand-alone selling price of the good or service. The mining pool operator does not provide any discounts and as such there is no economic benefit to the customer and as such a separate performance obligation does not exist under 606-10-55-42. In addition, there are no options for renewal that are separately identifiable from other promises in the contract such as an ability to extend the contract at a reduced price.

The performance obligation of the Bitcoin miner under the mining contracts with Foundry Pool USA involves the service of performing hash computations to facilitate the verification of digital asset transactions. The Company’s miners contribute computing power (i.e. hashrate) that perform hash calculations to the mining pool operator, engaging in the process of validating and securing transactions through the generation of cryptographic hashes. The mining pool then utilizes a specific mining algorithm (e.g. SHA-256) to submit shares (proofs of work) to the mining pool’s server as they contribute to solving the cryptographic puzzles required to mine a block. The Company reviews and analyzes its individual pool performance using a dashboard provided by Foundry Pool USA that includes real-time statistics on hashrate, shares submitted and earnings. The service of performing hash computations in digital asset transaction verification services is an output of the Company’s ordinary activities. The provision of providing these services is the only performance obligation in the Company’s contracts with mining pool operators. The Company performs hash computations for one mining pool operator, Foundry USA. Foundry USA operates its pool on the Full Pay Per Share (FPPS) payout method. FPPS is a variant of the Pay Per Share (PPS) method, where miners receive a fixed payout for each valid share submitted, regardless of whether the pool finds a block.

Regardless of the pool’s success, the Company will receive consistent rewards based on the number of valid shares it contributes. The transaction consideration the Company receives is non-cash consideration, in the form of bitcoin. The Company measures the bitcoin at fair value on the date earned using the average price (calculated by averaging the daily open price and the daily close price) quoted by its Principal Market at the date the Company completed the service of performing hash computations for the mining pool operator. There are no deferred revenues or other liability obligations recorded by the Company since there are no payments in advance of the performance. At the end of each 24 hour period (00:00:00 UTC and 23:59:59 UTC), there are no remaining performance obligations. By utilizing the average daily price of bitcoin on the date earned, the Company eliminates any differences that may arise due to the volatility in trading price between bitcoin and fiat currency during the period where the Company establishes and completes the contract. The consideration is all variable. There is no significant financing component in these transactions.

Prior to April 19, 2023, in consideration of the Company being an early strategic customer of Foundry USA Pool and in view of competition, Foundry USA Pool has not charged Gryphon with a fee for its services. However, as of April 19, 2023, Gryphon is now charged a fee of 0.43%, based on its deployed hashrate.

Gryphon contributes 100% of its Bitcoin hashing power to Foundry USA Pool. The total hashing power of Foundry USA Pool is approximately 172 EH/S (perhttps://hashrateindex.com/hashrate/pools), as of March 28, 2024, of which Gryphon provides approximately 0.5%. Because cryptocurrency is considered non-cash consideration, fair value of the cryptocurrency award received is determined using the average daily quoted price of the related cryptocurrency in Gryphon’s principal market at the time of contract inception, which is deemed daily. Revenue is recognized when it is probable that a significant reversal in the amount of cumulative revenue recognized will not occur. After every 24-hour term, the mining pool transfers the cryptocurrency consideration to our designated cryptocurrency wallet. Gryphon has no knowledge of whether Foundry USA Pool maintains insurance for theft or loss and the risks associated with transferring crypto assets. See “Risk Factors — Incorrect or fraudulent cryptocurrency transactions may be irreversible” for details related to the risks associated with transferring crypto assets.

Gryphon does not have visibility into how Foundry USA Pool holds Gryphon’s proportion of mining rewards prior to transfer as they are a private company. Gryphon obtains comfort on the bitcoin received from Foundry USA Pool as management completes an estimated revenue analysis whereas it calculates its percentage of hashrate contributed on a daily basis as a percentage of the global hashrate to identify expected rewards. Gryphon then compares that amount to the actual bitcoin received from Foundry USA Pool for variances. Foundry USA operates its pool on the Full Pay Per Share (FPPS) payout method. FPPS is a variant of the Pay Per Share (PPS) method, where miners receive a fixed payout for each valid share submitted, regardless of whether the pool finds a block. Daily Earnings are calculated from midnight-to-midnight UTC time, and the sub-account balance is credited one hour later at 1 AM UTC time. Earnings accrued in the balance would be withdrawn to the selected whitelisted wallet address, once a day, during 9 AM to 5 PM UTC time. According to the Foundry USA Pool’s FAQ page, the minimum payout threshold for Bitcoin (BTC) is 0.001 bitcoin. Under the FPPS method, Foundry USA provides Gryphon with a stable and predictable payout for their mining efforts. Regardless of the pool’s success, Gryphon will receive consistent rewards based on the number of valid shares (hash rate) they contribute.

While Gryphon may expand its operations beyond the mining of bitcoin in the future, Gryphon has no plans to pursue the acquisition or mining of digital assets other than bitcoin. However, Gryphon has acquired in the past digital assets other than bitcoin as in-kind investments or payments.

Gryphon’s revenue model is to mine and hold bitcoin, and then sell only the bitcoin that is necessary to pay its operating expenses and to reinvest in operational expansion. For the year ended December 31, 2023, the average holding period was 25 days. Prior to December 31, 2022, Gryphon’s average holding period was under 7 days. The bitcoin that is sold to pay operating expenses and to reinvest in operational expansion is sold within a 24 hour time frame of receipt. Gryphon converts mined bitcoin into fiat currency through BitGo Prime LLC (“BitGo Prime”), under the terms of the Electronic Trading Agreement entered into between BitGo Prime and Gryphon as of October 5, 2021. Under such agreement, BitGo Prime and Gryphon may purchase from and sell digital assets to each other, each for its own benefit and account. To facilitate such trading services, BitGo Prime may provide Gryphon online access to its proprietary electronic trading system, with access to and use of the trading system being subject to the terms and conditions of the Agreement. BitGo Prime charges Gryphon no fees for such conversion other than a nominal wire transfer fee associated with the wire of fiat currency to Gryphon’s account. Gryphon will also not pay any commissions and transaction, processing and other fees, including federal, state, and local taxes.

An affiliate of BitGo Prime, BitGo Trust Company Inc., (“BitGo Trust”) serves as the custodian for Gryphon’s digital currency holdings in consideration of nominal fees paid for custodial, transaction, and settlement services provided pursuant to the agreement between Gryphon and BitGo Trust. Gryphon’s CEO, President and CFO each hold Gryphon side private keys that are protected with two-factor authentication. Custodial side keys are held by BitGo Trust who verifies requests with two factor authentication and video reviews. Additionally, as custodian of Gryphon’s digital assets, BitGo Trust has implemented certain security measures with regard to Gryphon’s digital asset holdings. Any liquidation, conversion, or transfer of the digital assets held in custody by BitGo Trust requires authorizations by two Gryphon executives and requires 24 hours prior to the effectiveness of any such transaction. In addition, the digital assets held in custody by BitGo Trust are insured up to $100 million. There can be no assurances that these procedures will be effective, and Gryphon could suffer a loss of its bitcoin due to an adverse software or cybersecurity event. While Gryphon is confident in the security of its digital assets, Gryphon continues to evaluate additional protective measures. See “Risk Factors — Gryphon’s bitcoin may be subject to loss, theft or restriction on access” for Gryphon’s risks and challenges related to custody.”

Intellectual Property

Gryphon holds no patents, copyrights, trademarks, or licenses.

Employees and Advisors

Gryphon currently has three full-time employees, its Chief Executive Officer, Chief Financial Officer and Chief Technical Advisor.

Government Regulation

Government regulation of blockchain technology and Bitcoin specifically is being actively considered by the United States federal government via a number of agencies and regulatory bodies, as well as similar entities in other countries. State government regulations also may apply to Gryphon’s bitcoin mining activities and other related activities in which Gryphon participates or may participate in the future. Certain regulatory bodies have shown an interest in regulating or investigating companies engaged in the blockchain technology or Bitcoin business.

In addition, because transactions in bitcoin provide a reasonable degree of pseudo anonymity, they are susceptible to misuse for criminal activities, such as money laundering. This misuse, or the perception of such misuse (even if untrue), could lead to greater regulatory oversight of Bitcoin platforms, and there is the possibility that law enforcement agencies could close Bitcoin platforms or other Bitcoin-related infrastructure with little or no notice and prevent users from accessing or retrieving bitcoin held via such platforms or infrastructure. For example, the Secretary of the U.S. Department of the Treasury Janet Yellen noted during her nomination hearing before the Senate Finance Committee in January 2021 that cryptocurrencies have the potential to improve the efficiency of the financial system but that they can be used to finance terrorism, facilitate money laundering and support malign activities that threaten U.S. national security interests and the integrity of the U.S. and international financial systems. Accordingly, Secretary Yellen expressed her view that federal regulators needed to look closely at how to encourage the use of cryptocurrencies for legitimate activities while curtailing their use for malign and illegal activities. Furthermore, in December 2020, the Financial Crimes Enforcement Network (“FinCEN”), a unit of the U.S. Department of the Treasury, focused on money laundering and proposed a new set of rules for cryptocurrency-based exchanges aimed at reducing the use of cryptocurrencies for money laundering. These proposed rules would require filing reports with FinCEN regarding cryptocurrency transactions in excess of $10,000 and impose record-keeping requirements for cryptocurrency transactions in excess of $3,000 involving users who manage their own private keys. In January 2021, the Biden Administration issued a memorandum freezing federal rulemaking, including the proposed FinCEN rules, to provide additional time for the Biden Administration to review the rulemaking that had been proposed by the Trump Administration. As a result, it remains unclear whether the proposed FinCEN rules will take effect.

Multiple United States federal agencies and regulators have been active in rulemaking, issuing guidance and regulating various actors in the blockchain technology industry, including the CFTC, SEC, FINRA, OCC, CFPB, FinCEN, OFAC, IRS, FDIC, and Federal Reserve. In March 2022, the United States announced plans to establish a unified federal regulatory regime for cryptocurrency, and in January 2023, the House of Representatives announced its first ever Financial Services Subcommittee on Digital Assets and its intention to develop a regulatory framework for the digital asset industry. In February 2023, Bipartisan leadership of the Senate Banking Committee announced a similar goal. Regulations may substantially change in the future and it is presently not possible to know how regulations will apply to Gryphon’s businesses, or when they will be effective. As the regulatory and legal environment evolves, Gryphon may become subject to new laws, further regulation by the SEC, and other federal or state agencies, which may affect Gryphon’s bitcoin mining and other related activities. Certain state and local authorities have introduced and passed legislation that may affect Gryphon’s business and the business of bitcoin mining. New York recently enacted a 2-year ban on new cryptocurrency mining conducted at fossil fuel-burning plants. It is possible that other states may likewise create laws that specifically impact Gryphon’s business.

In 2022, FTX Trading Ltd. and several other major cryptocurrency exchanges declared bankruptcy. The U.S. Department of Justice brought criminal charges, including charges of fraud, violations of federal securities laws, money laundering, and campaign finance offenses against FTX’s former CEO and others. FTX is also under investigation by the SEC, the Justice Department, and the Commodity Futures Trading Commission, as well as by various regulatory authorities in the Bahamas, Europe and other jurisdictions. In response to these events, the digital asset markets have experienced extreme price volatility and declines in liquidity, and regulatory and enforcement scrutiny has increased, including from the DOJ, the SEC, the CFTC, the White House and Congress. These events continue to develop rapidly, and it is not possible to predict at this time all of the risks that they may pose to Gryphon or on the digital asset industry as a whole.

There have been a growing a number of attempts to list on national securities exchanges the shares of funds that hold crypto assets or that have exposures to crypto assets through derivatives. These investment vehicles attempt to provide institutional and retail investors exposure to markets for crypto assets and related products. While the SEC gave approval to the first set of funds linked to crypto asset derivatives with the launches of the ProShares Bitcoin Strategy ETF (BITO), Valkyrie Bitcoin Strategy ETF (BTF), and VanEck Bitcoin Strategy ETF (XBTF) in the fourth quarter of 2021, the SEC previously denied repeated requests for funds that hold crypto assets or that have exposures to crypto assets through derivatives, including a request submitted in connection with a fund operated by the Sponsor. The exchange listing of shares of crypto asset funds would create more opportunities for institutional and retail investors to invest in the crypto asset market. If exchange-listing requests are not ultimately approved by the SEC, increased investment interest by institutional or retail investors could fail to materialize, which could reduce the demand for crypto assets generally and therefore adversely affect Gryphon.

For additional discussion regarding Gryphon’s belief about the potential risks existing and future regulation pose to Gryphon’s business, see “Risk Factors” herein.

Environmental Considerations

Environmental considerations are top priority for Gryphon. Gryphon was founded as an ESG-led company. This means that Gryphon has limited the provision of electricity to its bitcoin mining activities to facilities using carbon-free energy, or required the purchase of carbon credits by such facility to provide for carbon neutrality. Gryphon currently has no plans to change this practice. Gryphon’s policy, which it currently has no plans to change, is to avoid conducting bitcoin mining at any facility using a carbon-based electricity source. Gryphon recognizes that a byproduct of the acquisition of bitcoin mining equipment from the existing supply chain is a carbon footprint. To offset this footprint, Gryphon has entered into agreements to purchase 74,075 carbon credits. See “— Material Agreements — Carbon Credit Agreements” for more information.