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November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
11
This document is prepared solely for
clients of Fundstrat Global Advisors.
For inquiries, please contact Sales at 212-293-
7140 or via email [email protected].
Bloomberg: FSGA <<GO>>
Digital Asset Research
Alex Kern AC
212-293-7133
PROJECT RESEARCH
This document is prepared solely for Fundstrat clients.
For inquiries, please contact Sales at 212-293-7140 or via
email [email protected].
Bloomberg: RESP FSGA <<GO>>
Click here for research library.
For Reg AC certification and other important disclosures see Slide 39. www.fundstrat.com
Nov 6th 2019
Bitcoin SV believes its protocol best represents the original vision for Bitcoin. Specifically, this means that Bitcoin SVdoes not limit its block size and believes that developers have too much power relative to miners. Today, the network isprimarily used for storing metadata. BSV’s goal over the long-term is to provide usage both as a payments network andcommodity data ledger (metadata storage). With its ambitious goals, Bitcoin SV is contributing to the necessary protocoldesign experimentation in crypto. No cryptocurrency has achieved global adoption, thus the space needs projects tocontinue tinkering with protocol designs to find the optimal one that can accommodate global adoption.
• Bitcoin SV believes its protocol more closely reflects the original Bitcoin design than does Bitcoin Core orBitcoin Cash. Specifically, BSV believes BCH was wrong to add opcodes and make other changes not in theoriginal protocol and will soon be removing its block size limit; BTC and BCH limit block sizes to ~2MB and 32MB,respectively (though BTC now technically uses a “block weight” limit) (Slide 14). The challenge for BSV will be toprove that its protocol is not only the original Bitcoin design, but the best design for wide consumer and businessadoption (Slide 9).
• Protocol design requires tradeoffs between scalability, security, and decentralization. Bitcoin SV canachieve ~700 TPS at 256MB miner-chosen block limit (slide 14), but mining is concentrated with two pools>40% of total network hash power. Vitalik Buterin famously coined this idea of the “blockchain trilemma.” Forexample, BSV’s hash power concentration and cost to run a full node are such that its network security is ensuredthrough a small group of ecosystem supporters. The differences between BSV, BTC, and BCH can be similarlybroken out between use case, balance of power, and scalability (Slide 10).
• BSV is the biggest block Bitcoin. BSV believes corporates will require network throughput capacity much higherthan what is currently needed before they are comfortable using the network. Daily transaction value on the networkaverages ~$25mm with blocks 0.43% full vs. BTC daily value ~$2.6B and its blocks typically ~50% full (Slide 14).
• Today, the network is primarily used for storing metadata. Over the long-term BSV wants to be a commoditydata ledger for the internet. For example, the two most active apps on BSV are WeatherSV and Preev. The formerrecords weather data on-chain, while the latter is a crypto exchange rate calculator. These transactions are lowvalue but high volume; these microtransactions are supported by BSV’s low fees as a percentage of on-chainvolume (Slide 21).
• BSV could be more profitable to mine due to the higher risk associated with a smaller project. Though,mining revenues are currently very small at ~$0.30mm per day compared to BTC $17mm and BCH $0.50mm (Slide28). But, currently BTC is slightly more profitable to mine than BSV (1.2x vs. 1.1x price-to-breakeven).
Bottom line: It’s still very early days for cryptocurrency technology and there is little certainty around what thewinning implementation could be. BSV is contributing to the necessary experimentation to test which protocoldesign is most likely to achieve broad adoption. The data shows that the network lags BTC and BCHtransacted value, but it’s go-to-market strategy has advantages that could give it an edge in the enterprisemarket over the long-term.
Bitcoin SV TL;DR
• Split of Bitcoin Cash (which
itself came from split of Bitcoin
Core)
• Current block size limit = 2GB
• Genesis upgrade in Feb ’20 to
remove block size cap entirely
• Believes its protocol design is
the closest representation to
the original Bitcoin protocol
• Competes with Bitcoin Core
and Bitcoin Cash to own the
“Bitcoin” brand
• On-chain activity is low at
$4.5mm daily volume vs.
$1,400mm for BTC and $76mm
for BCH
• BSV has similar number of daily
transactions to BTC (~300k)
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcoin.org/bitcoin.pdf
BSV emerged after a contentious split of the BCH network. BSV supporters disagreed with protocol changes to Bitcoin
Cash, which they contend deviate from the original Bitcoin protocol. BCH had itself emerged after a chain split with Bitcoin
Core (BTC) following BTC’s addition of SegWit. These protocol disputes represent clashing visions over how best to scale
(or not scale) Bitcoin.
• The BSV community disagreed with BCH’s proposed changes, such as adding opcodes not in the original
Bitcoin protocol and maintaining protocol limits (ex. block size) that BSV believed were temporary by design.
• BSV instead proposed (1) increasing max block size to 128MB from 32MB (2) restoring Satoshi opcodes from
version 0.11 and (3) removing the 201 opcodes per script limit2.
Slide 2
Figure: Timeline of BTC, BCH, and BSV protocol disputesPer Fundstrat
1. Opcodes: a set of commands used to construct the small range of operations that Script performs in the Bitcoin protocol. Script is the programming language
within the Bitcoin protocol used for transaction processing (ex. verifying transactions).
2. 201 opcode per script limit: defends network against cyber attacks invoking high computational load by limiting the number of opcodes contained within one
script (operations)
BTC Core
released
Jan ‘09
BIP125:
Replace-by-fee
Late
Aug ‘17
BIP141:
SegWit
Dec ‘15
Early
Aug ‘17
BCH and BTC
split
Aug ‘18
BCH community
disagrees on desired
protocol changesBSV and
BCH split
Early
Nov ‘18
“Hash war” lasts 11 days
Mid
Nov ‘18
BSV believes its project is
continuing the original protocol
1
2
3
4
5
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcoin.org/bitcoin.pdf
The Bitcoin SV (BSV) community believes BSV is the closest representation of Satoshi Nakamoto’s original vision for the
Bitcoin protocol, undoubtedly a controversial belief. Their view of what Bitcoin was meant to be includes a raised block limit,
greater power with miners relative to developers, and fewer major edits to the project source code.
• Scalability, stakeholder balance of power, and use case are areas where BSV has taken its network in a different
direction than either BTC or BCH.
• The challenge for BSV will be convincing the broader crypto community not just that BSV is the original vision
for Bitcoin, but that it’s the best vision for gaining mass adoption.
Slide 3
• P2P Electronic cash
• Decentralized network
• Fixed monetary policy
• Predictable inflation
• Scalable
• Open source code
Satoshi’s Vision?
...BTC, BCH, BSV have
conflicting views
1
2
3
4
5
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcoin.org/bitcoin.pdf
BSV’s strategy is to make blocks significantly larger than what is currently needed in order to attract corporate partners. Post-
Genesis upgrade, BSV’s block size limit is 2GB (though most miners are setting their block template size to 256MB).
• Although we estimate transactions per second (TPS) for BSV could reach 1500, this does not account for larger
transaction sizes (ex. document storage) and bandwidth needs. 600 tps is a more practical limit, especially since
most BSV miners currently set their block limit to 256MB. At full 2GB blocks, BSV could reach >5000 TPS depending
on transaction size.
• Further, at 1.1MB, BSV’s blocks are larger than BTC’s. Being 0.43% full, they can still accommodate future growth.
Slide 4
Figure: BSV is the “big block” Bitcoin
BSV chose biggest blocks for
highest theoretical TPS...
...but low on-chain activity
results in nearly empty blocks
and low actual TPS
in MB, 30 day moving average BSV BTC BCH
(a) 24H Transactions 236,479 319,354 42,363
(b) 24H Blocks 145 146 144
(c) = (b) / (a) Transactions / Block 1,636 2,189 294
(d) Average Block Size (MB) 1.10 0.98 0.10
(e) = (d) / (c) Average transaction size (MB) 0.000670 0.000448 0.000356
(f) Miner chosen block limit (MB) 256 2 32
(g) = (f) / (e) * 144 / (24 * 3600) TPS with 256MB chosen block limit 636.8 7.4 149.8
(h) = (d) / (f) Block fill % 0.43% 49.08% 0.33%
(i) = (a) / 24 / 3600 Actual TPS 2.7 3.7 0.5
What block size is just right?
2MB
32MB 2GB
BSV miners are
setting their
block limits to
256MB
1
2
3
4
5
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat, coinmarketcap.com, blockchain.com, bitinfocharts
Slide 5
Figure: Mining profitability for main Bitcoin forks
As of 10/31/19
Using the Bitmain Antminer S9 and S17 Pro mining rigs as a reference, we show that both the BCH and BSV Networks are
operating at slightly lower profitability than BTC. We also note that a 3rd party, coin.dance, has often shown BSV to be more
profitable to mine than BTC or BCH (in our view reflecting the project’s higher risk).
• Miners are acting rationally, with little arbitrage available; we expect smaller projects to deliver higher
profitability to compensate miners for taking on higher risk on higher volatility of both price and hash power,
and lower network security.
• Notably, profitability suggests miners perceive BSV risk as comparable to its larger BCH competitor.
BTC BCH BSV BTC BCH BSVTotal Hashpower 88,995,440 2,925,400 1,368,800 88,995,440 2,925,400 1,368,800
Price $9,222.00 $281.31 $128.24 $9,222.00 $281.31 $128.24
Device Hashpower, TH/s 14.0 14.0 14.0 56.0 56.0 56.0
Share of Hashpower 0.000016% 0.000479% 0.001023% 0.000063% 0.001914% 0.004091%
Cost per rig $310 $310 $310 $2,969 $2,969 $2,969
Power consumption per device, Watts 1471.3 1471.3 1471.3 2696.4 2696.4 2696.4
Daily power cost @ 0.06 / kWh $2.12 $2.12 $2.12 $3.88 $3.88 $3.88
Overhead cost @20% $0.42 $0.42 $0.42 $0.78 $0.78 $0.78
Tokens mined per day 0.000295 0.008973 0.019177 0.001180 0.035893 0.076710
Depreciation / Token (24 month life) $1,460 $48 $22 $3,495 $115 $54
Cash cost per token $8,619 $283 $133 $3,949 $130 $61
Total cost per token $10,079 $331 $155 $7,444 $245 $114
Price / Cash Breakeven 1.1x 1.0x 1.0x 2.3x 2.2x 2.1x
Price / Breakeven 0.9x 0.8x 0.8x 1.2x 1.1x 1.1x
Bitmain Antminer S9 Bitmain Antminer S17 Pro
1
2
3
4
5
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat
Slide 6
Current Genesis upgrade
Current block size
limit is 2048MB
Bitcoin SV will lift the theoretical block size limit from 2GB with its Genesis upgrade, allowing miners to set their own block
cap limit. Currently the block cap limit is 2GB with most miners setting their own limit to 256 MB. This design decision is
motivated by BSV’s desire to give miners greater control over the network relative to developers.
• Block sizes are constrained by the 10-minute block interval and the time it takes for larger blocks to propagate
through the network.
• In practice, the block size would increase with network usage (fuller blocks) and improved internet bandwidth.
256 MB 256 MBMiners can set
lower limit,
currently 256MB
Genesis upgrade will remove
block size limit entirely...
…But network capacity likely to
constrain miners’ block size settings
512
1024
2048
256
1
2
3
4
5
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Slide 7
• Split of Bitcoin Cash (which itself came from split of Bitcoin Core)
• “Big block” Bitcoin implementation
• Targeting enterprise usage to drive consumer adoption
Overview
• Block cap = 2GB
• Genesis upgrade will remove block cap completely
• Wants to “freeze” protocol to reduce developer power
• BSV does not expect all users to run full nodes and doing so is cost prohibitive for retail users
Key features
• ~1 EH/s mining hash power
• Primary mining pools: Coingeek, SVPool, Mempool, ViaBTC
• Mining is more centralized vs. other chains but mining diversity has been increasing recently
• Larger blocks = higher cost to run full nodes
Mining
Partnerships to date include:
• DRIVE Markets (payments)
• UNISOT (supply chain)
• CryptoFights (gaming)
• Twetch (social media)
• ONEstore (mobile apps)
Partnerships
Infrastructure supporting BSV...
• 15+ wallets
• 25+ services accepting BSV as payment
• 10+ block explorers
• nChain (development arm)
• CoinGeek (media, conferences, mining, and investment)
Community
• CoinGeek London, Feb ‘20
• Genesis protocol upgrade in February 2020 to eliminate all block size caps
Upcoming catalysts
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcoin.org/bitcoin.pdf
BSV emerged after a contentious split of the BCH network. BSV supporters disagreed with protocol changes to Bitcoin
Cash, which they contend deviate from the original Bitcoin protocol. BCH had itself emerged after a chain split with Bitcoin
Core (BTC) following BTC’s addition of SegWit. These protocol disputes represent clashing visions over how best to scale
(or not scale) Bitcoin.
• The BSV community disagreed with BCH’s proposed changes, such as adding opcodes not in the original
Bitcoin protocol and maintaining protocol limits (ex. block size) that BSV believed were temporary by design.
• BSV instead proposed (1) increasing max block size to 128MB from 32MB (2) restoring Satoshi opcodes from
version 0.11 and (3) removing the 201 opcodes per script limit2.
Slide 8
Figure: Timeline of BTC, BCH, and BSV protocol disputesPer Fundstrat
1. Opcodes: a set of commands used to construct the small range of operations that Script performs in the Bitcoin protocol. Script is the programming language
within the Bitcoin protocol used for transaction processing (ex. verifying transactions).
2. 201 opcode per script limit: defends network against cyber attacks invoking high computational load by limiting the number of opcodes contained within one
script (operations)
BTC Core
released
Jan ‘09
BIP125:
Replace-by-fee
Late
Aug ‘17
BIP141:
SegWit
Dec ‘15
Early
Aug ‘17
BCH and BTC
split
Aug ‘18
BCH community
disagrees on desired
protocol changesBSV and
BCH split
Early
Nov ‘18
“Hash war” lasts 11 days
Mid
Nov ‘18
BSV believes its project is
continuing the original protocol
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcoin.org/bitcoin.pdf
The Bitcoin SV (BSV) community believes BSV is the closest representation of Satoshi Nakamoto’s original vision for the
Bitcoin protocol, undoubtedly a controversial belief. Their view of what Bitcoin was meant to be includes a raised block limit,
greater power with miners relative to developers, and fewer major edits to the project source code.
• Scalability, stakeholder balance of power, and use case are areas where BSV has taken its network in a different
direction than either BTC or BCH.
• The challenge for BSV will be convincing the broader crypto community not just that BSV is the original vision
for Bitcoin, but that it’s the best vision for gaining mass adoption.
Slide 9
• P2P Electronic cash
• Decentralized network
• Fixed monetary policy
• Predictable inflation
• Scalable
• Open source code
Satoshi’s Vision?
...BTC, BCH, BSV have
conflicting views
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcoin.org/bitcoin.pdf
Slide 10
BSV
Scalability, balance of power, and use case identity are the core areas of contention fueling the Bitcoin debate both within and
between Bitcoin projects. The market will ultimately decide the right answers and so far, BTC is winning the popularity contest in
the market for decentralized value transfer (measured by total market cap).
• BSV desires a high throughout (scalability) data commodity network (use case identity) where power is shifted
away from developers towards miners (balance of power).
• The best variation will win in the marketplace as expressed through price and network activity...due to significance
of network effects, winning the “popularity contest” in fork wars is crucial.
Scalability Balance of Power Use Case
Capacity to handle transaction
activity pertinent to use case
Balance between devs, miners,
and nodes to control direction and
security of protocol
Should Bitcoin be digital cash,
digital gold, or a general use
commodity data ledger?
• 2GB block size (soon to have
no limit)
• Bitcoin must scale to be a
commodity data ledger
• Freeze protocol to reduce
developer control
• Centralized development
(nChain)
• Network stability = fewer
changes to protocol
• Digital cash / payments
• Commodity data ledger
• SegWit (now over 50% of tx)
• Scaling isn’t free – costs
security and decentralization
• Desire active developer
community
• Miners are commodity actors,
respond to incentives
• Digital gold at 1st layer
• Opportunity for payments with
2nd layer scaling
• 32MB block size
• Bitcoin must scale to be global
P2P payments network
• Desire active developer
community
• Miners are commodity actors;
respond to incentives
• Payments network / digital
cash at the 1st layer
BTC
BCH
Their view...
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcointalk.org/index.php?topic=1391350.0
Satoshi at least entertained the notion of increasing the block size in 2010 on a discussion Bitcointalk discussion thread,
and even suggested how it theoretically could be done.
• The idea of raising the block size limit is a concept that has been discussed since the earliest days of Bitcoin.
Slide 11
Theoretical solution – phasing in
larger block size limit after certain
number of blocks have been mined
Figure: Bitcointalk.com discussion thread on increasing block size limitFrom 2010
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcointalk.org/index.php?topic=1391350.0
In one email to Mike Hearn (former BTC core developer) in 2009, Satoshi suggested that the Bitcoin network could one day
scale to be much larger than the Visa’s online credit card network. In ‘09 Visa was processing ~15mm online credit purchases
per day, or ~170 tps vs. BTC’s current limit of 4-7 tps.
• It’s impossible to truly know Satoshi’s intentions, but this does seem to negate the notion that Satoshi would
not want Bitcoin to scale significantly.
• Separately, Satoshi even seems to accept the possibility of specialized mining operations.
Slide 12
Scaling to
compete with Visa
Advent of
ASICs not
expected
Figure: Email from Satoshi Nakamoto to Mike Hearne re: Bitcoin ScalingFrom 2009
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat, Bitcoin SV
Slide 13
Performance
Security
Governance
Regulation
Use case
applications
• Block size limit is currently set to 2GB, but will be removed entirely following the Genesis upgrade
(February 2020)
• With most miners setting block limit to 256MB, BSV theoretical TPS is currently ~700 TPS
• Actual TPS is ~2.1 due to low on-chain activity; blocks are currently carrying 0.30% of total capacity
• Miner concentration is high with the two largest pools approaching ~50% of total hash power.
• Though, with total network hash power ~1 EH/s, CoinGeek and ViaBTC’s significant share of hash power
(>40%) could be viewed as a defensive measure against another non-supportive pool waging a network
attack.
• BSV supports pseudo-anonymity, but not anonymity; believes there should be a minimum level of
transaction visibility for regulators to effectively monitor transactions for illegal activity.
• Developers are not prioritizing transaction anonymity on the network.
• Supports tokenization solutions on BSV that emphasize a regulatory friendly design.
• Micropayments
• The long-term and ambitious vision for BSV, highlighted by the introduction in December ’18 of the
“Metanet”, is for BSV to act as a commodity data ledger for the internet.
• nChain is the primary development team of BSV; code development is centralized with nChain controlling
all code changes.
• The Bitcoin Association owns the BSV node software, which differs from traditional open source projects in
crypto; it also funds node software development.
• BSV believes more power should be with miners than with developers (mitigating BSV’s centralized
development)
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: https://bitcoin.org/bitcoin.pdf
BSV’s strategy is to make blocks significantly larger than what is currently needed in order to attract corporate partners. Post-
Genesis upgrade, BSV’s block size limit is 2GB (though most miners are setting their block template size to 256MB).
• Although we estimate transactions per second (TPS) for BSV could reach 1500, this does not account for larger
transaction sizes (ex. document storage) and bandwidth needs. 600 tps is a more practical limit, especially since
most BSV miners currently set their block limit to 256MB. At full 2GB blocks, BSV could reach >5000 TPS depending
on transaction size.
• Further, at 1.1MB, BSV’s blocks are larger than BTC’s. Being 0.43% full, they can still accommodate future growth.
Slide 14
Figure: BSV is the “big block” Bitcoin
BSV chose biggest blocks for
highest theoretical TPS...
...but low on-chain activity
results in nearly empty blocks
and low actual TPS
in MB, 30 day moving average BSV BTC BCH
(a) 24H Transactions 236,479 319,354 42,363
(b) 24H Blocks 145 146 144
(c) = (b) / (a) Transactions / Block 1,636 2,189 294
(d) Average Block Size (MB) 1.10 0.98 0.10
(e) = (d) / (c) Average transaction size (MB) 0.000670 0.000448 0.000356
(f) Miner chosen block limit (MB) 256 2 32
(g) = (f) / (e) * 144 / (24 * 3600) TPS with 256MB chosen block limit 636.8 7.4 149.8
(h) = (d) / (f) Block fill % 0.43% 49.08% 0.33%
(i) = (a) / 24 / 3600 Actual TPS 2.7 3.7 0.5
What block size is just right?
2MB
32MB 2GB
BSV miners are
setting their block
limits to 256MB
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat
Slide 15
Current Genesis upgrade
Current block size
limit is 2048MB
Bitcoin SV will lift the theoretical block size limit from 2GB with its Genesis upgrade, allowing miners to set their own block
cap limit. Currently the block cap limit is 2GB with most miners setting their own limit to 256 MB. This design decision is
motivated by BSV’s desire to give miners greater control over the network relative to developers.
• Block sizes are constrained by the 10-minute block interval and the time it takes for larger blocks to propagate
through the network.
• In practice, the block size would increase with network usage (fuller blocks) and improved internet bandwidth.
256 MB 256 MBMiners can set
lower limit,
currently 256MB
Genesis upgrade will remove
block size limit entirely...
…But network capacity likely to
constrain miners’ block size settings
512
1024
2048
256
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Slide 16
Theoretical TPS exceeds BTC and BCH
BSV’s current block size limit of 2GB (and soon to be
unlimited) means that the theoretical TPS of the network
is significantly higher than that of BTC or BCH.
Centralized software development brings
efficiencies to process
With nChain as the primary development arm of BSV,
software changes are able to occur much more
expeditiously than with other chains.
Stable codebase
BSV aims to create a stable codebase by reducing the
number of changes to it going forward. Over time this is
something corporate entities may appreciate.
BSV regularly engages with community
CoinGeek regularly hosts large conferences and events
to bring together and grow the BSV community.
Owned node software discourages forking network
The Bitcoin Association owns the BSV node software,
which should discourage forking of the BSV network.
High block size could inhibit network propagation
In part due to large block sizes, BSV occasionally
experiences block reorgs though it is unclear what the
long-term detriment of such events could be.
Centralized developer community may turn off open
source software purists
Though it brings efficiencies to software changes, a
formalized centralized development arm may alienate
some members of the open source community.
Inhibiting developer power could have unforeseen
consequences
BSV will shift power away from developers and towards
miners. This could result in unforeseen consequences
especially if hash power remains concentrated
BSV total network hash power is low at ~1 EH/s
Network hash rate is ~1% of BTC’s hash power. The
lower hash power is, the lower the cost for attacking the
network.
Mining hash power is concentrated
The two largest mining pools, CoinGeek and ViaBTC
represent >40% of total network hash power.
PROS CONS
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat, CoinGeek, nChain
Select Leadership
Calvin Ayre
CoinGeek Owner & Founder
Mr Ayre is a leader in online gaming and runs CoinGeek and its SHA256 mining operations.
Jimmy Nguyen
President, Bitcoin Association and former CEO, nChain
Mr Nguyen is the President of the Bitcoin Association and previously led nChain, the entity driving BSV
R&D and software development. He was previously a leading intellectual property lawyer.
Dr Craig Wright
Chief Scientist, nChain
Dr. Craig Wright is an Australian computer scientist and is currently Chief Scientist of nChain, the
development arm of Bitcoin SV.
Steve Shadders
Chief Technology Officer, nChain
Steve Shadders , an early contributor to Bitcoin, provides project oversight and liaises with sponsors and
industry.
Slide 17
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
$2
$4
$8
$16
$32
$64
$128
$256
$512
$1,024
$2,048
$4,096
Nov
'18
Jan '1
9
Mar
'19
May
'19
Jul '
19
Sep
'19
BTC BCH BSV
1,000
2,000
4,000
8,000
16,000
32,000
64,000
128,000
256,000
512,000
1,024,000
2,048,000
4,096,000
Nov
'18
Jan '1
9
Mar
'19
May
'19
Jul '
19
Sep
'19
BTC BCH BSV
$5$10$20$40$80
$160$320$640
$1,280$2,560$5,120
$10,240$20,480$40,960$81,920
$163,840$327,680$655,360
$1,310,720
Nov
'18
Jan '1
9
Mar
'19
May
'19
Jul '
19
Sep
'19
BTC BCH BSV
Slide 18
Figure: Transaction levels for BTC, BCH and BSV
7 day moving average
BTC on-chain transaction value and daily fees are an order of magnitude higher than BSV or BCH.
• Transaction count is more comparable across the three competing protocols, but average transactions are much
smaller for BCH and BSV than for BTC.
• The BSV is primarily used for metadata transfers, which helps explain why its avg. transaction value is so low.
Source: Fundstrat, Coinmetrics
Transaction Value ($M) Daily Fees ($)Transaction Count
Tx value
spiking up
to catch up
to Tx count
Daily BSV fees
of $220 trail
BTC’s $325k
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
0kB
500kB
1000kB
1500kB
2000kB
2500kB
3000kB
3500kB
4000kB
4500kB
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
BTC BCH BSV
Slide 19
Figure: Average block size BTC, BCH and BSV
Since 11/15/18, 7 day moving average
• BSV’s block size has been growing since the spring, and is now comparable to BTC’s block size despite
significant differences in the makeup of each network’s respective block composition.
• Both BTC and BCH block sizes have been roughly static over the past year while BSV has seen its average
block size climb from lows in June 2019.
Source: Fundstrat, Coinmetrics
BSV average block
size has grown while
BTC and BCH have
been stable…
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
$2
$4
$8
$16
$32
$64
$128
$256
$512
$1,024
$2,048
$4,096
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
BTC BCH BSV
$4
$8
$16
$32
$64
$128
$256
$512
$1,024
$2,048
$4,096
$8,192
$16,384
$32,768
$65,536
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
BTC BCH BSV
Slide 20
Figure: On Chain and Exchange daily traded value
$ millions, 7 Day Moving Average
Exchange volume is substantially higher than on-chain volume, our measurement of “speculation relative to utility.”
• BTC exchange volume is currently 15.9x on-chain volume, BCH is 17.2x while BSV is 20.4x.
• At 20.4x greater than it’s on-chain volume, BSV’s speculative relative to utility is higher than both BCH and BTC.
Source: Fundstrat, Coinmetrics
On-Chain Volume Exchange Volume
BSV exchange
volume is 20.4x on-
chain volume
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
0.00001%
0.00002%
0.00004%
0.00008%
0.00016%
0.00032%
0.00064%
0.00128%
0.00256%
0.00512%
0.01024%
0.02048%
0.04096%
0.08192%
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
BTC BCH BSV
Slide 21
Figure: Fees as a % of on chain transaction volume
7 Day Moving Average
BTC remains relatively expensive to transact on, compared to BCH and BSV, although all have much lower costs than
traditional payment networks.
• BCH and BSV have lower fees as % of on chain volume despite having lower average transaction sizes.
• Large block size and low fees allow for users to save data files to the blockchain for use cases such as legal /
real estate documents and contracts.
Source: Fundstrat, Coinmetrics
BSV fees are
currently 0.001% of
on chain volume
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
4,000
16,000
64,000
256,000
1,024,000
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
BTC BCH BSV
Slide 22
Figure: Daily active addresses for BTC, BCH and BSV
7 Day Moving Average
Active addresses for BTC have been relatively stable over the past year.
• BSV and BCH’s active addresses were both high at the original split but fell sharply over the following weeks.
• BSV addresses have been ticking up since early 2019 and now exceed BCH.
Source: Fundstrat, Coinmetrics
Steady growth in active
addresses since early 2019
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
0
50
100
150
200
250
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
Re
bas
ed
: 1
00
on
11
/15
/18
BTC BCH BSV
Slide 23
Figure: Rebased price for BTC, BCH and BSV
Since 11/15/18, 30 day moving average
BSV’s price performance has exceeded that of BCH since their split in November 2018.
• BSV is up ~7% since the Nov 2018 launch, while BTC is up 50% and BCH is down 40%.
• Most of the BSV price action took place between 5/20 and 7/1, delayed compared to the sharp BTC recovery
starting 4/1.
Source: Fundstrat, Coinmetrics
BSV price recovery
was later, shorter
and faster than BTC
Figure: Absolute price for BTC, BCH and BSV
Log scale, since 11/15/18, 7 day moving average
$25
$50
$100
$200
$400
$800
$1,600
$3,200
$6,400
$12,800
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
BTC BCH BSV
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
1
2
4
8
16
32
64
128
256
512
1024
2048
4096
8192
16384
1 9
17
25
33
41
49
57
65
73
81
89
97
105
113
121
129
137
145
153
161
169
177
185
193
201
209
217
225
233
241
249
257
265
273
281
289
297
305
313
321
329
337
345
353
361
30
-Day M
Avg
, re
base
d t
o 1
00
as o
f d
ay 1
Days from release
BCH DCR ZEC DASH XMR DOGE GRIN LTC AVG BSV
Slide 24
Below we show the price performance (indexed to 100) of BSV and its peers for the first 365 days since their launch in order
to gauge how BSV has performed relative to other cryptocurrencies.
• BSV’s price performance has lagged its competitor group average over its first year (launch was November ’18).
• Its launch in mid November ’18 coincided with a crypto bear market that lasted through March ’19.
Source: Fundstrat, Coinmetrics
Figure: Price performance for BSV and select other tokens
First year from initial release, 30 day moving average; dashed lines are tokens launched in bull market, solid lines in bear market.
BSV is flat since
launch, but trailing
peer average
Bear market launch Bull market launch
DASHLTC
BCH
DCRDOGE
XMRGRIN
ZEC
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
4
8
16
32
64
128
256
512
1024
3
12
21
30
39
48
57
66
75
84
93
102
111
120
129
138
147
156
165
174
183
192
201
210
219
228
237
246
255
264
273
282
291
300
309
318
327
336
345
354
363
30
-Day M
Avg
, re
base
d t
o 1
00
as o
f d
ay 1
Days from release
BCH ZEC DCR DASH XMR DOGE GRIN LTC AVG BSV
Source: Fundstrat, Coinmetrics
Slide 25
Figure: Active addresses for BSV and select other tokens
First year from initial release, 30 day moving average; dashed lines are tokens launched in bull market, solid lines in bear market.
Below we show active address growth (indexed to 100) of BSV and its peers for the first 365 days since their launch in order
to gauge how BSV has performed relative to other cryptocurrencies. As a fork, BSV started with a lot more initial addresses
than some of the peers.
• Active addresses for BSV bottomed at 22% of the average over the first 30 days.
• Currently, BSV active addresses are at 120% of the initial average active addresses.
Active addresses have
been growing steadily
since bottom at ~60 days
Bear market launch Bull market launch
DASH
LTC
BCH
DCR
DOGE
ZEC
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Slide 26
Figure: Transaction Count and Transaction Value for BSV and select other tokens
First year from initial release, 30 day moving average; dashed lines are tokens launched in bull market, solid lines in bear market.
Below we show transaction count and transaction value growth (indexed to 100) of BSV and its peers for the first 365 days
since their launch in order to gauge how BSV has performed relative to other cryptocurrencies.
• BSV’s transaction count and transaction value have grown since launch at a lower rate than its peer group.
Source: Fundstrat, Coinmetrics
Transaction Count Transaction Value
0.25
0.5
1
2
4
8
16
32
64
128
256
512
1024
3
21
39
57
75
93
111
129
147
165
183
201
219
237
255
273
291
309
327
345
363
30
-Day
MA
vg,
reb
ase
d t
o 1
00
as
of
day
1
Days from release
BCH DASH XMR DCR ZEC
DOGE GRIN LTC AVG BSV
1
2
4
8
16
32
64
128
256
512
1024
2048
4096
2
20
38
56
74
92
110
128
146
164
182
200
218
236
254
272
290
308
326
344
362
30
-Day
MA
vg,
reb
ase
d t
o 1
00
as
of
day
1
Days from release
BCH DASH XMR DCR ZEC
DOGE GRIN LTC AVG BSV
Transactions
increasing...
DASH
LTC
DCR
ZEC
XMR
BCH
DOGE
... transaction
value bottomed
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
(1000)
(500)
0
500
1000
1500
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
Re
base
d:
0 o
n 1
1/1
5/1
8
BTC BCH BSV
Source: Fundstrat, Coinmetrics
Slide 27
Figure: Cumulative blocks mined less theoretical blocks mined at 10-
minute intervals
Since 11/15/2018 (BSV launch)
BSV has mined ~400 fewer blocks than expected since 12/1/2018, coinciding with a general decline in hash power.
• Compared to the theoretical number of blocks that should have been mined since 11/15/2018, BTC miners have
earned an excess of 1200 blocks, worth ~$122 million. In other words, mining hash power has grown faster than
difficulty over most difficulty adjustment periods.
• BCH has mined about 160 fewer blocks than it should have, mostly through year end 2019.
• On the other hand, BSV miners earned ~400 fewer blocks, despite difficulty staying roughly static since Dec 1
2018.
Figure: Mining difficulty
Since 11/15/2018 (BSV launch)
Stable mining difficulty YTD,
but cumulative block shortfall
growing
0
50
100
150
200
250
Nov '18 Jan '19 Mar '19 May '19 Jul '19 Sep '19
Re
base
d:
10
0 o
n 1
1/1
5/1
8
BTC BCH BSV
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat, coinmarketcap.com, blockchain.com, bitinfocharts
Slide 28
Figure: Mining profitability for main Bitcoin forks
As of 10/31/19
Using the Bitmain Antminer S9 and S17 Pro mining rigs as a reference, we show that both the BCH and BSV Networks are
operating at slightly lower profitability than BTC. We also note that a 3rd party, coin.dance, has often shown BSV to be more
profitable to mine than BTC or BCH (in our view reflecting the project’s higher risk).
• Miners are acting rationally, with little arbitrage available; we expect smaller projects to deliver higher
profitability to compensate miners for taking on higher risk on higher volatility of both price and hash power,
and lower network security.
• Notably, profitability suggests miners perceive BSV risk as comparable to its larger BCH competitor.
BTC BCH BSV BTC BCH BSVTotal Hashpower 88,995,440 2,925,400 1,368,800 88,995,440 2,925,400 1,368,800
Price $9,222.00 $281.31 $128.24 $9,222.00 $281.31 $128.24
Device Hashpower, TH/s 14.0 14.0 14.0 56.0 56.0 56.0
Share of Hashpower 0.000016% 0.000479% 0.001023% 0.000063% 0.001914% 0.004091%
Cost per rig $310 $310 $310 $2,969 $2,969 $2,969
Power consumption per device, Watts 1471.3 1471.3 1471.3 2696.4 2696.4 2696.4
Daily power cost @ 0.06 / kWh $2.12 $2.12 $2.12 $3.88 $3.88 $3.88
Overhead cost @20% $0.42 $0.42 $0.42 $0.78 $0.78 $0.78
Tokens mined per day 0.000295 0.008973 0.019177 0.001180 0.035893 0.076710
Depreciation / Token (24 month life) $1,460 $48 $22 $3,495 $115 $54
Cash cost per token $8,619 $283 $133 $3,949 $130 $61
Total cost per token $10,079 $331 $155 $7,444 $245 $114
Price / Cash Breakeven 1.1x 1.0x 1.0x 2.3x 2.2x 2.1x
Price / Breakeven 0.9x 0.8x 0.8x 1.2x 1.1x 1.1x
Bitmain Antminer S9 Bitmain Antminer S17 Pro
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat, coinmarketcap.com, blockchain.com, bitinfocharts
Slide 29
Figure: Incremental storage needs for a node over the next 4 years
Each block = 1 TB of storage
BSV needs much more storage than either BCH or BTC.
• Assuming a 50% block fill on BSV, the blockchain would grow at almost 4.5 TB per month or 200+ TB over 4 years.
• Over the same timeframe, even if 100% full, BCH’s blockchain would grow by 7 TB, and BTC’s by less than 0.5 TB.
• The need for large storage capacity could shut out individual hobbyists from running BSV nodes.
BSV’s big blocks lead to
large storage needs…
BSV BTCBCH
BSV BCH BTC
Block Size 2048 MB 32 MB 2 MB
Block Fill 50% 100% 100%
Block Frequency 10 mins 10 mins 10 mins
Daily Storage 147456 MB 4608 MB 288 MB
Monthly Blockchain Growth 4.42 TB 0.14 TB 0.01 TB
Storage in 48 months 212.3 TB 6.6 TB 0.4 TB
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
$843
$77$62
$0
$100
$200
$300
$400
$500
$600
$700
$800
$900
BSV BCH BTCSource: Fundstrat, amazon.com for hardware prices, Comcast Xfinity and Stealth communications for dedicated broadband prices
https://bitcoinsv.io/2019/08/02/bitcoin-sv-node-system-requirements/,
https://www.reddit.com/r/btc/comments/80y78b/current_bitcoin_cash_node_hardware_requirements/,
https://bitcoin.org/en/full-node#special-cases
Cost in 48 months is less than sum of line items assuming future costs of storage and bandwidth are lower than current, declining at 1% per month
Slide 30
Figure: Estimated monthly cost to run a node in 4 yearsNote: We assume unit costs for HDDs and bandwidth decline by 1% p.m.
We priced out computing and bandwidth requirements for a full node for BSV, BTC and BCH.
• A BTC node can be run on a budget i3 desktop or laptop, while a BCH node requires just slightly more mid-range resources, including
additional connected storage.
• A full BSV node requires significant compute power, storage, and bandwidth to be able to process, store large blocks, and bandwidth –
especially uploads speeds – for timely propagation of the state of the blockchain.
• A BSV node could cost $7000 upfront, a high end internet connection, and $80-90 in monthly hard disk purchases.
Over time BSV nodes
could cost 14 times
more per month
BSV BCH BTC
CPU Specs 12-core i9 i5-9400 i3-8100
Memory 64 GB 12 GB 8 GB
Power Consumption 1500 W 300 W 300 W
Price $7,095 $520 $395
Storage Cost / TB $20 $20 $20
HDD Power Consumption / TB 5.6 W 5.6 W 5.6 W
Recommended Internet Bandwidth 1 Gbps 250 Mbps 100 Mbps
Depreciation (48 month life) $148 $11 $8
Hard Disk Purchases $88.47 $2.76 $0.17
Bandwidth Costs $105 $80 $65
Electricity $116 $15 $13
Cost in 48 months $384 $77 $62
Sp
ecif
icat
ion
sM
on
thly
Co
sts
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
F2Pool
15.9%
Poolin
12.7%AntPool
12.6%
BTC.com
16.8%
ViaBTC
7.1%
Huobi
6.6%
BTC.top
5.6%
Other
22.7%
BTC.top
12.2%
BTC.com
9.8%
BTC.top
12.2%
BTC.com
9.8%
Bitcoin.com
9.0%Antpool
7.1%
ViaBTC
5.1%
Other
56.8%
ViaBTC
23%
Coingeek
22%
Mempool
6%
SVPool
5%
OKEx
5%Other
39%
Top 2 pools account for
>40% of BSV hash power
Source: Fundstrat, coin.dance
Slide 31
Figure: Mining pools’ share of network hash power
As of 9/30/19. Past 7 days.
BSV takes a different stances on the role of miners in the network than does BTC or BCH. Specifically, BSV believes miners
should have more power than they do currently in either the BTC or BCH networks.
• Currently CoinGeek and ViaBTC control >40% of hash power. Though this does prompt security concerns, it’s
important to remember that CoinGeek is heavily invested in the success of BSV.
• Thus, launching an attack against BSV would conflict with their own economic and personal interests.
• The CoinGeek pool is a part of CoinGeek.com, which is a significant supporter of the BSV network (CoinGeek
hosts the largest BSV conferences globally); SVPool (5% of hash power) is a personal initiative of Craig Wright.
BSV BTC BCH
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat, CoinGeek, nChain
Slide 32
• Primary development
arm of Bitcoin SV
• Funds node software development
• Sponsors conferences in support of BSV
• 1 of 2 largest BSV mining groups
• 1 of 4 largest BSV mining groups • Owner of Bitcoin SV’s node software
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Slide 33
Source: Bitcoin SV
• Company: Enterprise-class blockchain products for financial
services and supply chain
• Why BSV: DRIVE Pay real-time remittance using BSV’s
ledger for recordkeeping and BSV for bridge currency.
• Company: Social media platform; twitter-like platform where
micropayments add financial incentives to user interactions
• Why BSV: Users can earn and spend BSV through their
interactions with other users on the platform. For example,
creating text replies (no image) costs $0.02 and liking a post
costs $0.10, of which $0.09 goes to the content creator.
• Company: Online gaming company
• Why BSV: Maintain permanent record of past games on BSV
ledger; potential for in-game items to become tradeable within
broader digital ecosystem.
• Company: Enterprise blockchain service provider
• Why BSV: BSV offers high transaction throughput with low
transaction fees, and smart contract functionality.
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
There are several wallet providers supporting BSV, including those listed below…
• Bitcoin SV can be traded on 80 exchanges, although liquidity is limited on many of them.
• Making BSV more accessible to a wider audience is crucial to broadening adoption.
Slide 34
Figure: Bitcoin SV Wallets Figure: Select Bitcoin SV Exchanges
Source: Fundstrat, Bitcoinsv.io, bitcoinassociation.net
Diverse options make it easier to
hold and trade BSV across markets
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat, Bitcoinsv.io
There are several block explorers as well as numerous developer tools to support the BSV ecosystem.
• These tools help engineers build out products and applications on the Bitcoin SV blockchain.
• A diverse set of applications is necessary for Bitcoin SV to grow share vs competing blockchains. There are
now over 300 published BSV applications and developer tools.
Slide 35
Figure: Select Bitcoin SV block explorers Figure: Other Bitcoin SV tools
Developer tools support
community growth and
maturation
Block explorers improve
transparency
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: nChain
Slide 36
Figure: Metanet example – Institutional record storage and interaction with social media
nChain proposed The Metanet as a blockchain powered, browser based distributed peer Internet. The proposal would create
a directed graph that can be reconstructed off chain and can essentially preserve the versions and history of content data,
preserving the state of, say, geospatial / image archive as of a point in time. The data can be accessed in a trustless manner
owing to the proof of work that goes into securely validating the data.
• One possible example application is the ability to securely validate the visual progress of a construction project,
especially if payment installments are to be released based on construction milestones.
• The BSV team has discussed many potential applications, including academia and social media, shown below.
• We would view adoption in construction, real estate, and illiquid asset title management as crucial evidence of
broader success in meeting a market need.
An institution can
follow its students
by year
Social media treeAcademic credentials
on social media point
back to institution for
verification
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: Fundstrat
Slide 37
Category Description Bitcoin SV
Bitcoin
Core
Bitcoin
Cash Ripple Ethereum Litecoin
Enterprise cost
savings
Financing and
tracking l l
PaymentsReduced
payment fees l ◔ l l ◑ l
Digital commodity
Trusted asset
storage and
retrievall ◔ ◑ ◔
Enable open
sourced funding
Funding platform
or token open to
publicl l l l l
New business
models
New payment
streams l ◑ ◑ l ◑
Many of the opportunities for value creation in the economy by crypto projects stem from cryptocurrencies’ ability to offer
users frictionless (or near-frictionless) transfer of value (the transfer of 1s and 0s which represent value in digital economy).
Bitcoin SV has multiple
vectors for value creation
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
Source: G4S and Payments Advisory Group
Slide 38
Figure: Payment instruments by attribute
While some cryptocurrencies have gained traction as a potential store of value, the notion of a decentralized cryptocurrency
gaining mainstream adoption is still far out on the horizon.
• As Facebook’s attempt at launching Libra has shown, there are still significant regulatory hurdles and it’s
unclear that the public in the developing world is looking for alternative payment methods.
As a payments rail,
cryptocurrency faces
regulatory and
technological hurdles to
mass adoption
November 6, 2019
Introduction Project Overview Network Analysis Mining Ecosystem Appendix
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Alex Kern, the research analysts denoted by an “AC” on the cover of this report, hereby certifies that all of the views expressed in this report accurately reflect their personal views, which have not been influenced by considerations of the firm’s business or client relationships.
Neither I (Alex Kern), nor a member of my household is an officer, director, or advisory board member of the issuer(s) or has another significant affiliation with the issuer(s) that is/are the subject of this research report. There is a possibility that we will from time to time have long or short positions in, and buy or sell, the securities or derivatives, if any, referred to in this research
Conflicts of Interest
This research contains the views, opinions and recommendations of Fundstrat. The Bitcoin Association is a client of Fundstrat and receives Fundstrat’s published research reports. The Bitcoin Association has commissioned/paid for this specific research project and has permission to distribute. This report is intended for research and educational purposes.
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This research is for the clients of Fundstrat Global Advisors only. Additional information is available upon request. Information has been obtained from sources believed to be reliable but Fundstrat Global Advisors does not warrant its completeness or accuracy except with respect to any disclosures relative to Fundstrat and the analyst's involvement (if any) with any of the subject companies of the research. All pricing is as of the market close for the securities discussed, unless otherwise stated. Opinions and estimates constitute our judgment as of the date of this material and are subject to change without notice. Past performance is not indicative of future results. This material is not intended as an offer or solicitation for the purchase or sale of any financial instrument. The opinions and recommendations herein do not take into account individual client circumstances, risk tolerance, objectives, or needs and are not intended as recommendations of particular securities, financial instruments or strategies. The recipient of this report must make its own independent decision regarding any securities or financial instruments mentioned herein. Except in circumstances where Fundstrat expressly agrees otherwise in writing, Fundstrat is not acting as a municipal advisor and the opinions or views contained herein are not intended to be, and do not constitute, advice, including within the meaning of Section 15B of the Securities Exchange Act of 1934. All research reports are disseminated and available to all clients simultaneously through electronic publication to our internal client website, fundstrat.com. Not all research content is redistributed to our clients or made available to third-party aggregators or the media. Please contact your sales representative if you would like to receive any of our research publications.
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Slide 39