Trick or Treat? Investment in Blockchain Cryptoassets

Trick or Treat? Investment in Blockchain Cryptoassets

Open Source with a Twist

Blockchain technology is reformatting the investment chance in open source software (“OSS”). Historically, OSS development was underfunded because it was difficult to capture meaningful commercial value and contributor participation was poorly incentivized. Prior to 2014, Crimson Hat was one of the few notable public companies with an open source backbone to commercialize maintenance, support and installation services at scale. Since then, a few others such as Hortonworks and Cloudera have followed similar paths to monetize Hadoop’s big data capabilities, suggesting proprietary management software and support services. While there are clear benefits to leveraging a community for collective intelligence in order to supply universal value, historically, funding has been stiffer to access. The risks present in maintaining the competitive advantages of value-added services tied to OSS can present an unattractive risk-reward profile for investors. As a result, market based valuations of OSS companies underperform their proprietary counterparts. In fact, it is estimated that only seventeen companies (including Crimson Hat) have managed to generate annual revenues in excess of $100MM. Looking forward, Blockchain technology will radically switch the business model and potential of OSS.

Blockchain technology establishes the chance to inject a business model directly into the software. Utilizing a native cyptoasset paywall (or “tokenized ecosystem”) request for network services is linked to price. Therefore, cryptoassets can both capture and represent value. As Peter Thiel describes in Zero to One, “Creating value is not enough — you also need to capture some of that value you create.” As compared to a traditional third-party shareholder structure, the economic model of a decentralized network helps to align the interests of key stakeholders and permits them to benefit directly from the value they create. As a result, public Blockchain projects are well placed to overcome a number of key challenges that plagued traditional OSS commercialization.

Since Blockchain project development is open source but incentives are digitized, founders can attract self-interested marketplace participants. These participants contribute time and money in exchange for cryptoassets. Blockchain projects have the ambitious vision that transactional trust will disrupt components of almost every industry on a global scale, thus utilizing resources to create network effects will be a key differentiator for advancement. Users, developers, network validators and speculators can capture value from their contributions simply by wielding or earning cryptoassets. Furthermore, blockchains substitute the need for a costly shareholder ledger and unlock the capability to widely distribute ownership interests. Therefore, investment is not restricted to qualified investment buyers or private capital. And aligning the interests of stakeholders amplifies their commitment to projects, thereby enhancing both speed of innovation and chances of success. As a result, developer involvement is growing rapidly. For example, there are over 1,868 GitHub repositories for Ethereum alone.

In order to ultimately unbundle centralized functions and permit anyone to transact without “trusted” intermediaries, Blockchain technology must very first supply infrastructure, trustless networks and developer contraptions fueling clever contract capabilities. Next, base layer services such as security, payments, identity, reputation and marketplaces can interconnect with the infrastructure. The benefit of native (project specific) cryptoassets is the capability to invest in individual ecosystems. Instead of organizing as one large open source project (i.e. everyone contributing to the advancement of one blockchain), project fragmentation will encourage contesting approaches. In turn, competition will improve the odds of collectively overcoming critical challenges. While fragmentation is also significant for the investment perspective, it may present some technological issues such as blockchain interoperability. However, in the long run, the capability for projects to communicate and interconnect is solvable in a digital landscape.

Blockchain-based projects differ from traditional OSS commercialization by leveraging cryptoassets instead of waiting to layer in ancillary services. A cryptoasset represents a native project based currency that is fungible and can be transacted with in order to secure access or interact with the software. Ideally, cryptoassets (like interests represented by equity) embody value from enhanced economic utility, the buying or selling of services intrinsic to the project. For example, the market cap of all Ether is $1BN and Ether is used to pay transaction fees on the Ethereum network. However, both fees are cheap and transactional volumes are low. So how can the market capitalization of Ethereum be explained? On the surface, Ethereum accepting Ether is trivial and transactions in fiat terms are only fractions of a penny. But it adds the ideal structural wrinkle to the equation for speculation and it permits marketplace participants to assign value to the project based on future request. So, while on one forearm it is just a digital payment, on the other arm it is a proxy for the project’s value. The exchange rate for one cent worth of Ethereum in relative fiat terms can fluctuate based on its market capitalization. Nevertheless, to use Ethereum, you need Ether. As a result, all stakeholders holding Ether from developers to investors are speculating on the prospective request for its transactional services.

The economic utility of cryptoassets in early projects includes but is not limited to purchasing computational power, paying for network transaction fees, rights to cash flows, rights to validate the network (staking) and the rights to promote content. As a result, Blockchain projects with a “tokenized ecosystem” can attract a multitude of marketplace participants and evangelists from inception with an ICO (“Initial Coin Offering”). The network effects formed from a large group of community stakeholders increases the likelihood of success by focusing resources on R&D and decreasing marketing costs related to acquiring an initial user base. It helps partially overcome the chicken and the egg problem. To measure decentralization metrics across projects, the chart below shows that on average Two,947 investor participants commit $Three,675 per person to ICOs. Ethereum, likely has the largest distribution reaching 9,007 initial participants (assuming that Flaps had numerous transactions per participant, see reference in the footnote).

In the beginning, venture investors drawn to Bitcoin and Blockchain technology financed prospects with private corporate level investment. Bitcoin itself was one of the few publicly investable assets. However, the payments market chance was large enough to justify investment in companies that simply “interacted with Bitcoin”. BCG estimates that by 2025, the revenue chance from payments will be $Two trillion. To date, financial service companies within the Blockchain ecosystem, focused on interacting with digital currency and advancing adoption and utility still attract a majority of the private investment funds.

In Q1 2016, we spotted an inflection point inbetween the level of investment in Bitcoin-related projects such as Coinbase, twenty one Inc., Circle, Bitpay and Xapo to blockchain-focused software development projects with a broader scope. Blockchain companies Digital Asset Holdings and Blockstream secured large investments of $60MM and $55MM, respectively. It is worth noting that Coinbase and Circle will grow into diversified financial service companies and won’t be solely focused on Bitcoin in the future. Additionally, in September, Ripple announced a $55MM investment round to advance the Interledger Protocol which presumes to help banks more efficiently and effectively manage cross-border payments. Despite investment capital shifting to blockchain development, large funding rounds for Digital Asset Holding and Ripple are focused on permissioned (or proprietary) blockchains. The key difference is that permissioned blockchains are operated by “known” or “pre-approved” validators, while public blockchains are operated by “anonymous” validators. Since 2012, two hundred forty eight Bitcoin and Blockchain companies have raised an estimated $1.Trio billion. However, the top ten have cumulatively raised $820MM, or 63% of the total.

Public blockchains, such as Ethereum, are favored for wise contract capabilities by consumer-focused decentralized applications (or “DApps”). When Ethereum, according to its roadmap, switches its underlying consensus protocol to Proof-of-Stake it will be limited to a set of rotating validators instead of free market miners. Nonetheless, it will remain a public blockchain. The argument that securing networks with public blockchains is superior to private distributed ledgers is hotly debated. However, it is likely that both can co-exist given the vast number of use cases for blockchains in general. Public blockchains can leverage brainy contracts for P2P trust-based applications while private collective ledgers or consortium blockchains may better serve B2B in order to reduce friction in settlement, clearing, exchanges and registration.

For example, Banks are focused on private intranet-level protocols solving use cases such as corporate bond implementations, repurchase agreements, securities settlement, exchanges, insurance, payments, and trade finance. They are forming consortiums such as R3 and funding them directly in order to advance testing of technologies and to evaluate them against criteria that is unluckily not well publicized. Banks will likely be focused on privacy and security requirements and therefore could favor private “pre-approved” or semi-private “known” validators for distributed ledger consensus at the onset. However, even the most likely candidates for permissioned networks, large banks such as JPMorgan who are focused on creating operating efficiencies with blockchain are signaling that if data privacy can be managed and limited to involved parties, “public” blockchains may be a better and more secure solution in the long term.

Bitcoin and Ethereum have generated confidence for the ecosystem, both by producing fantastic comes back for early investors and by opening the minds of many to tantalizing possibility. As Rob Thomas recently wrote, “the era of ‘tech companies’ is over; there are only ‘companies’ steeped in technology.” Companies protecting economies of scale with marketing budgets in lieu of value-added services could be weakened by community wielded decentralized networks and DApps. It is possible that no one will care about the “Uber” in their relationship with ridesharing, customers will get from point A to point B and the drivers will instruction a free market rate. What if you were compensated for your private data on Facebook and LinkedIn? Do you turn to Wikipedia or the Encyclopedia for facts? Now, imagine layering in an economy of incentives to maintain and improve content and data. The next wave of technological innovation will be aimed at empowering people and communities. It will arm them with an arsenal of services and opportunities without leaving a hefty peak for the middleman.

For the next two years, concentrate will be on development of networks and base layer services. While competition will foster more thoughtful development within the ecosystem as a entire, no blockchain will succeed without critical mass. Bitcoin is in the midst of a blocksize debate and Ethereum’s scaling roadmap extends well into 2018. Presently, only a few public blockchains like Steemit and Bitshares are capable of treating the throughput required to realize their goals. However, medium and long term improvements are under development. In the near term, State Channels could decrease network explosion for Ethereum and Lightning Networks could do the same for Bitcoin. Developer mindshare and network usage are good statistics to track. Presently, Solidity is the top programming language for Brainy Contract and it is chain agnostic.

Timing is an significant component of success and the single largest reason startups succeed according to Bill Gross. So, while Blockchain projects have opened our mind to possibility, it is still too early to tell if projects can quickly turn enthusiasm into product market fit and mainstream adoption. DApps (“Decentralized Applications”) that step up to the plate to disintermediate marketplaces or create fresh revenue opportunities must be ready both mentally and financially to seek consumer adoption. The most instantaneous commercial request for Blockchain technology will come from the financial services sector to improve efficiency. It is unlikely that public investors can capitalize on this chance since financial services companies presently choose private distributed ledgers to public blockchains.

For public Blockchain projects, P2P services and then potentially B2C2B solutions represent a tremendous chance. However, as the concentrate shifts from crypto-based payments to decentralized services, only a handful of projects have shown enough progress to both highlight capabilities and work through plans to overcome implementation hurdles. Again touching on the common connection inbetween the success of Crimson Hat and potential for adoption of Blockchain technology will be the chance to unlock the unique B2C2B business model. Crimson Hat was able to attract individual developers to evangelize their capabilities within corporations. Similarly, developers and individuals with vested interest in Blockchain technology will be required to influence its mainstream adoption.

Collectively, if Blockchain projects can compound network effects, it could decrease the time to mainstream adoption. According to the two thousand sixteen Gartner Hype Cycle, blockchain is about to inject the “trough of disillusionment” with productivity and mainstream adoption likely 5–10 years away. However, the interest in cryptoassets could help prolong the “innovation trigger” and help circumvent the insides of the chasm in the “trough of disillusionment”. A growing community of cryptoasset investors is a unique chance to advance the technology’s message. In fact, public market trading can aid in identifying winners and penalizing losers, helping to raise awareness and extra resources for the best prospects.

With hundreds of projects under development we will see a acute increase in the number of tradeable assets of all kinds hosted on the blockchain. Additionally, conventional assets will be digitized. The internet has been successful at digitizing text, voice and movie and blockchain will add value. If the World Economic Forum research on Economic Tipping Points is correct, it is estimated that 10% of global Gross Domestic Product or $80 trillion could be digitized by 2027. While the digitization of value is not directly correlated with value creation from Blockchain-based companies, the chance to service digital assets is relevant.

Public Blockchain projects have found success raising crowdfunding in exchange for cryptoassets or “utility based tokens” that are linked to some form of native use case within the network. Cryptoassets are viewed by market participants in two ways “what you can do” with it or “what you could receive” from the economic incentives. While cryptoassets do not represent traditional equity ownership, there are some similarities. For one, they represent ownership of digital property and secondly, value is correlated to request for services.

Cryptoassets are recorded on the blockchain and owners have the right to transfer them loosely. Similar to early stage technology investments, the value of many cryptoassets is largely predicated on “technology IOUs”. The advancement of the infrastructure component, notably Ethereum, has lent credibility to the rest of the ecosystem but past spectacle does not indicate future results. Nonetheless, many developers are working hard to produce on their crowdfunding promises. While traditional open source development relied on the social reputation of developers gaining notoriety or padding their resumes, in the blockchain equivalent, reputations are on the line and project value is a KPI. Despite the early success, as the ecosystem matures the investor base should request even more accountability and product specification prior to fundraising. Investors will quickly learn to become more disciplined with a pipeline of over two hundred projects presently being tracked by CoinFund (a blockchain research company and private cryptoasset investment vehicle with an active research community). Nonetheless, large investment comes back from early successes will be recycled to fund fresh projects and differentiating winning “technology IOUs” from losing ones will take time to materialize.

The connection inbetween cryptoassets and projects is “by design” and it is significant to ensure a sound economic relationship to the underlying Blockchain project. While the technology could be revolutionary, if structured inappropriately, the respective cryptoassets could turn out to be “tricks”. In the following chart, cryptoasset business models are examined and classified from least to most risky, based the complexity of the economic relationship according to a few generalizations.

Cryptoassets utilized for “Transaction Power” for example, Ethereum, Lisk, Stratis and Flaps represent the simplest form of economic relationship and the value driver is request based transaction volume. Achieving critical mass and attracting successful projects to integrate with the network are expected to increase its value. These cryptoassets are classified as generalized bets on the communities that will utilize their technology. On the opposite end of the spectrum, cryptoassets that represent rights to “Profits” net of expenses such as ICONOMI represent the most complicated relationship. ICONOMI introduces centralized oversight to calculate and distribute dividends net of costs. So, even if the project is successful, if revenue never exceeds costs, or if costs are manipulated, holders receive nothing.

“Revenue Sharing” is more closely aligned with “Transactional Power” because it is pays owners a portion of fees related to DApp usage regardless of overhead costs. The value driver is product specific. For Augur and Firstblood, users must provide Oracle services and lodge markets to receive their cut of the distributions. “Marketplace Demand” falls in the middle because it relies on both supply and request dynamics. Lastly, “Social Power” is classified as riskier because incentives are unique to each holder and can differ based on things like the quality of content produced, curation abilities or request for promoting content. The correlation inbetween success of the platform and value capture for the cyptoasset investor is not linear.

Call it Anything But An IPO

The concept of ICO’s is sticking and Blockchain projects are publicly raising money to fund development. Additionally, exchanges permit investors to acquire cryptoassets in the secondary market and over time projects attract attention and interests are further distributed. Blockchain projects are not compelled to choose inbetween private corporate level investment and cryptoassets (legal opinions aside). Therefore, it is expected that fundraising with proceed with a two prong strategy to maximize runway and marketability; 1) private investment at the corporate level and Two) public issuance of a cryptoasset. The investment thesis for the latter is enhancing request for the network or DApp services. The former permits VCs to utilize more traditional legal frameworks and affords them the chance to partially control the corporate directorship. However, monetization is less evident and requires the addition of proprietary or ancillary services.

OpenBazaar was privately funded by Union Square Ventures. The network is a decentralized eBay, but as Jake Brukhman of CoinFund notes, USV readily admits that the business model for which to justify a venture investment is uncertain. For starters, a successful venture investment very first and foremost hinges on OpenBazaar becoming a successful no-fee marketplace. Presently, OpenBazaar does not utilize a native cryptoasset but they could introduce one if they thought it could boost adoption and interest. Since OpenBazaar is free, monetization would likely come in the form of ancillary services and logistics. One idea could be a cryptoasset used to pay for listing services, escrow arrangements and packaging/shipping logistics. As a result, OpenBazaar could leverage the on request economy to make buying and selling lighter.

Instead of relying on proprietary services to monetize investments, some private investments have been structured to share in the initial distribution of pre-mined or to-be-mined cryptoassets. A few projects, like Ethereum, Lisk, Factom and Zcash, have accepted early funding to advance development in order to position themselves for a more successful public ICO. In come back, private investors are granted a portion of the cryptoassets. Over time, more safeguards should be put in place to restrict founder stakes and investor long term capital for a period of time.

Cryptoassets are revolutionizing the way Blockchain projects raise funds and the benefits are profound. When relying solely on the traditional venture capital process, decisions of who receives funding become more centralized. Venture capital hard a16z supports public investment and believes it “increases the amount of innovation by going directly to the users and network”. Therefore, public investment for Blockchain projects creates the flawless storm of decentralization in all respects. It increases the speed of innovation and dethrones the gatekeepers, VCs and accredited investors that seek to monopolize the benefit from it. Blockchain crowdfunding improves upon traditional venture equity in three key respects 1) the investor base requests public transparency and Two) distributed ownership includes users and developers Three) trading permits for liquidity. Conversely, cryptoassets lack traditional equity rights and are unregulated.

Investing in blockchain technologies is sophisticated for a number of reasons, fundamentally it is interdisciplinary and requires a diverse set of expertise. As an emerging technology, there are a number of risk factors outside of any one projects’ control that will form the ecosystem, namely regulation and security. Successful investment managers will require close ties to development communities as well as the resources to keep tabs on projects in 24-hour markets and research a burgeoning ecosystem. A limber mandate to invest both privately and publicly will help balance the potential for large comebacks from early investment with the capability to manage risk. For example, possessing Ethereum can be viewed as a diversified investment on all Ethereum-based projects. While one particular project may fail, collectively successful projects increase overall request for the network. Click here for a graphical representation of the growing Ethereum project ecosystem.

Ultimately, a projects technology and usability will be the recipe for success, but public perception and the investment chance will be critical building blocks. Early investment gains are kick commencing development, but the scope of players will increase over time. The top five business considerations for evaluating cryptoassets are:

  1. How does blockchain specifically enhance the service suggesting and what could request be? If applicable, why will it eliminate or take share from the status quo?
  2. How does the project benefit consumers if P2P/B2C or enterprises if B2B. What kind of gas do you want today Joe, unleaded or Ether?
  3. Projects built on top of specific blockchains shoulder extra risk so clearly define your risk/prize expectations. What else influences the outcome? What implementation hurdles exist?
  4. Seek sound economic relationships inbetween technology and cryptoasset. Is the success is correlated? Investment comes with a “token” of appreciation but 1% of something is better than 100% of nothing.
  5. The whitepaper says “in code we trust”, but you are investing in the founders. The team likely hasn’t shipped the product yet and cryptoassets aren’t regulated so diligence the chance and seek transparency and reputable work from the team.

An Early Review of Comes back

Notable crowdfunded Blockchain projects (12 included below + two Blockchain-based cryptoassets Ripple and Steem) have collectively raised $68.Three million publicly ($Five.7MM on average). Average comebacks are presently 8.8x cash invested. At least four of the companies have also raised funds privately, utilizing the two pronged funding method and securing $103.8MM (led by Ripple with $96MM, Factom $Five.5MM, Storj $Two.3MM and Synereo unknown). Presently, most projects are yielding a positive come back on investment. The largest comes back come from earlier vintages which have either shown significant traction and advancement (Ethereum and Augur) and/or began with a low valuation base due to smaller initial raises (Storj, Synereo, Factom and Stratis raised

$600K or less). A few early projects that have folded but raised funds publicly are Mastercoin, Paycoin and Cryptsy.

The average crowdsale (from the sample) raised $Five.7MM, consistent with the average Series A financings according to C.B. Insights, but 5x more than seed rounds. The average post-money valuation was $9.8MM, or

1.4x the median two thousand fifteen software seed round post-money valuation of $7.0MM according to Pitchbook. A key difference is that “One-time” ICO projects float all cryptoasset “shares” and will not be able to raise extra public funds in the future with follow-on issuance. For comparison, commercialized open source software companies who earn greater than $100MM in estimated annual revenue have raised $202MM on average in VC funding according to Joseph Jacks (including Crimson Hat). Only a few projects, such as Ethereum and SingularDTV included a “long term endowment” to fund extra requirements of ongoing operations. At current market value, Ethereum’s endowment is worth approximately $75MM and SingularDTV’s is worth $Four.6MM. As a result, the balance inbetween lower funding requirements due to network effects and actual resources required to grow and operate a Blockchain project will be tested.

The top ten privately funded bitcoin and Blockchain companies have cumulatively raised $820MM. Estimated and actual valuation data suggests that paper comebacks from early investment on the basket of companies is likely in the medium range (by early stage investment expectations). The latest valuations for Coinbase, Ripple, Chain and bitFlyer suggest higher come back potential. Coindesk notes that twenty five bitcoin related startups have publicly folded (see slide 35). A total of two hundred forty eight companies have been funded. The very first cohort of Bitcoin companies included many with a thesis that simply includes the “use” of cryptocurrency or Bitcoin in their business models and widespread adoption has not materialized.

The structure of crowdsales is significant and both “one-time” and “multiple” ICO structures can be problematic. On average, projects have suggested 63.6% of total cryptoasset supply at ICO. One-time ICO’s can cause overfunding in the brief term and underfunding in the long term. By comparison, suggesting numerous crowdsales and floating puny incremental percentages of the overall float can lead to market capitalization valuations that are unsustainable. Engineering artificially high market capitalizations at the onset can put downward pressure on the price and cause negativity amongst investors and users. Additionally, numerous ICOs create complications with investment capital flowing to secondary markets which can limit funds available for development. For example, Synereo recently pegged the price of its ICO2, but during the crowdsale the secondary market price was at times below the fresh suggesting price. As a result, investors bought existing shares in the secondary market versus providing extra funds to the company in exchange for fresh shares.

It is significant for projects to embark publishing more detailed budgets, to both recognize what they will need to be successful and to optimally structure funding. Projects with high initial marketing cost requirements could face extra complications. Over and underfunding can be a significant haul on both ecosystem advancement and investor comes back. Additionally, aligning interests of investors, founders and ecosystem participants with sufficient public float, founder lockups and adequate inflation dynamics is significant. REX MLS was one of the few ICO’s that failed to reach its minimum. Despite the failure, it was net positive for the community due to the self-awareness of resource requirements. DigixDAO suggested a compelling structure and finished a “one-time” ICO but included the possibility of a vote to raise extra funds if necessary after two years (with current investors being suggested pro rata). The chart below details the float sold compared to the market capitalization at ICO and today (organized by least to most float sold).

The limited supply of quality projects could be propping up valuations for some cryptoassets. Based on request for latest crowdsales, investors are looking to put money to work and diversify investments. But, hysteria for any “new” investment chance will cool once the ICO arbitrage chance abates and project supply increases. Cryptoassets are increasingly becoming tradeable almost instantaneously. As time-to-liquidly decreases (from months to days), latest projects such as SingularDTV and Firstblood are trading at or below ICO prices.

Investment due diligence coupled with the transparency of projects seeking to raise funds publicly will improve over time. However, ICO marketing tactics will proceed to thrust the envelope by pressuring early investment and presenting the chance as limited. Since participation is significant for decentralized projects, ICOs should consider limiting transaction bite sizes. Based on the sample, the average comeback at liquidity is Trio.7x, but declines to 1.7x approximately one month after trading commences.

Fresh money funds flows is an significant metric, but it is difficult to analyze secondary market participation. From a technical perspective, as projects begin to spend invested capital (selling off cyptoassets for cash to fund operations) fresh money request may or may not absorb supply. Complicated capital structures and inflation dynamics are also significant for investors to understand. In some cases, the difference inbetween “outstanding supply” and “available supply” can be misleading.

Injecting a business model directly into software is innovative and will permit Blockchain to extend its influence far beyond digital payments and operational efficiency. As a result, the market chance for Blockchain technology is massive and provides both greenfield prospects and the potential to disrupt incumbent services across numerous industries. By leveraging a “tokenized ecosystem” decentralized networks better align the interests of key stakeholders and permits them to benefit directly from the value they create. Customers and employees are the lifeblood of any business, yet legacy third party shareholder structures permit anonymous investors to extract the value they create. Decentralized services usher in a fresh paradigm of community ownership and motivated resources will be a key differentiator for their success.

Cryptoassets are a unique investment vehicle for public Blockchain technology. The investment chance is real and these digital assets embody value from economic utility. However, determining exactly how much value and the worth of individual assets is both the challenge and the chance. A macro perspective suggests that the level of investment will proceed to increase as investors recognize the potential through better understanding of the value drivers and fundamental risks. Nonetheless, headline threats including regulatory uncertainty and security perception heighten the risk profile.

Note, this paper does not touch on the regulatory and legal implications of Blockchain crowdfunding. All opinions are my own and are not intended as investment advice. Many thanks to Jake Brukhman of CoinFund for his comments on a draft of this paper.

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