trend is that the wandisco plc october 19, 2017 · wandisco cmd; veni, vidi, cc decies centena cmd...
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Completed: 19 October 2017 01:47EDTDisseminated: 19 October 2017 01:47EDT
George O'Connor | +44 (0) 20 7710 7694 | george.o'[email protected] Sales Desk | +44 (0) 20 7710 7600
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October 19, 2017 European Software & IT Services
WANdisco plcWAND – LSE; WAND.L
BUY
COMPANY UPDATE WANdisco CMD; Veni, vidi, CC decies centenaPrice (18 October 2017) 863p
Changes
Rating
Target Price
Previous
-
-
Current
BUY
1,029p
Key data
Bloomberg/Reuters codes: WAND LN / WAND.L
Market cap (£m) 287
FTSE ALL SHARE 4,141
1mth perf (%) 29.2
3mths perf (%) 37.5
12mths perf (%) 456.5
12mth high-low (p) 890 - 128
Free float (%) 71
Key financials
Year to Dec 2016A 2017E 2018ESales 11.4 16.8 20.1EBITDA (adj) (7.5) (2.4) 0.0EV/EBITDA (x) 0.5 1.8 (171.9)PE adj (x) NA NA NAEV/Sales (x) (0.3) (0.3) (0.1)EPS adj (c) (0.47) (0.25) (0.20)
Prices are as of close 18 October 2017
All sources unless otherwise stated: Companydata, FactSet, Stifel estimates
Share price performance (indexed)
700
600
500
400
300
200
100
0Nov-16 Jan-17 Mar-17 May-17 Jul-17 Sep-17
Absolute Rel.FTSE ALL SHARE (ASX)
SummaryLike Julius Caesar conquering Pharnaces II, Tuesday’s WANdisco CMD was a swift,conclusive affair. IBM fired the killer blow by suggesting that it could see US$200-300mrevenue from its WANdisco OEM. For us, other highlights include: (i) the convincingnarrative that WANdisco has the capabilities to execute on the opportunity. (ii)Commentary that “the puck” is moving to WANdisco not the other way around. (iii) Fromthe technical presentations more clarity around the defensibility of the technology, but alsovery pleasing to see WANdisco open the kimono on its longer range thinking. (iv) From theesteemed industry analyst Peter Burris there was an overlay message that the industrytrend is that the “cloud goes to where the data” – which we read as an endorsement ofthe importance of hybrid computing (remember for some it is only a transitionary step –we think that it is ‘the thing’). On the grudge list, no customer presentation, no colour onQ3 trading, nothing on SCM (a positive from H1 results) and no commentary on the deepchanges wrought by CEO (those ‘99 Problems’). This has been a masterful turnaroundand its fixing process deserves more mention. As we return to our desk we have revisited(i) our DCF to try to accommodate some of the IBM ‘what it is’ thinking and, (ii) giventhe Microsoft Data Box news on Tuesday the evidence says that WANdisco has a criticalpiece of industry plumbing, is an asset to a collection of deep pocket behemoths andso we revisited our SOTP. Net/net these changes increase our target price from 843p to1029p. We retain our Buy rating.
Key PointsForecasts. We make no changes to our forecasts or recommendation.
IBM. Mr. Dimtchev spoke to previous cases where IBM had taken a US$20-30m revenuebusiness and transformed it into a US$200-300m in a few years and that was the intentionwith IBM Big Replicate (i.e. the WANdisco Fusion OEM product).
Industry analyst Mr. Burris pointed out that total cost of ownership studies had shownthat for some the cost of data transfer is currently prohibitive, and as processing datalocally is more cost effective, it is the cloud that comes to the data, rather than the currentorthodoxy which is that the data goes to the cloud.
Ability to execute. While the ‘puck moves to WANdisco’ helps TAM and makes the usecase more tangible, our long standing grudge is that it is not TAM but rather the abilityto execute on TAM which is the more critical component in judging success. WANdisconeeds to be able not just to onboard customers, but also help on sales prospects andPOCs from the channel prospects and POCs at scale and at speed. On this, we believeTuesday’s CMD was a strong positive.
Impressive technology – read all about it. This is all possible because of WANdisco’s IPstrength with DConE, its patent-protected ‘active transaction replication’ software (allowsdata to be moved securely, at speed and at scale between computing environments).WANdisco Fusion is a general purpose replication platform with plug-ins for multiplestorage systems (cloud, big data, etc) rather than a specific platform for Hadoop.
Watch again. In case you missed the CMD it is here. http://webcasting.brrmedia.co.uk/broadcast/59d65608d349960788385d17/59e6fee232342194530000c5
Target price update 1029p. WANdisco offers investors exposure to a business enjoyingrigorous growth in a global target market, and to perhaps the ‘noisiest’ theme in ITcurrently – Big Data. We see abundant evidence that the company is now positioned toaccelerate growth that should create further value for its shareholders. We use a blendedmodel to arrive at our 12-month share price target of US1,092cents/843p (taking DCFUS1526cents (increased from US1,145cents), sum-of-the-parts 1597cents (increasedfrom US1,110cents) and FCF yield US1,251cents).
All relevant disclosures and certifications appear on pages 21 - 23 of this report.
Stifel does and seeks to do business with companies covered in its research reports. As a result, investors should be awarethat the firm may have a conflict of interest that could affect the objectivity of this report. Investors should consider thisreport as only a single factor in making their investment decision.
Key data1
Key profit and loss data ($)
2016A 2017E 2018ESales 11.4 16.8 20.1EBITDA (9.3) (3.7) (1.4)EBITDA margin (%) (81.3) (21.8) (6.8)Gross profit 10 16 19Net income (9.2) (12.9) (8.6)PBT rep (10.0) (13.8) (9.6)EBITDA adj (7.5) (2.4) 0.0Depreciation & amortisation 9 8 8DPS 0.00 0.00 0.00
Key cash flow data ($)
2016A 2017E 2018EOperating profit (17.9) (11.5) (9.6)Operating cash flow (2.2) 4.7 3.7Capex (0.1) (0.1) (0.1)Dividends 0.00 0.00 0.00Net debt (7.6) (8.2) (6.8)Taxes paid (0) 1 1Cash flow from investing 5 1 (1)FCF (8.3) 0.6 (1.4)Dividends 0.00 0.00 0.00Cash at end of year 8 8 7
Key balance sheet ($)
2016A 2017E 2018ECash and cash equivalents 7.6 8.2 6.8Total assets 20.2 20.2 18.5
Key informationTarget price methodology/risks
We use a blended model to arrive at our 12-month share price target of1029p, using discounted cash flow, sum-of-the-parts and free cash flowyield. While WANdisco has a number of adjacent growth opportunities,we believe the ‘cash generation’ bias in our valuation methodologyreflects how investors see the benefits of subscription-based businessmodels.
Risks to target price. In addition to general and macroeconomic risks,the downside risks include continued deceleration in the source codeand Big Data markets. This would impact cash inflow and therebyincrease cash outflow and lessen investor interest. Upside risks includea better-than-expected revenue growth, possibly as a consequence ofthe channel partner sales accelerating faster than anticipated.
Business description
WANdisco is an infrastructure software company that has developed apatent-protected method for data replication of across heterogeneouscompute environments.
Senior management
David Richards - CEO
Erik Miller - CFO
Key dates
Jan 2018 - Trading update
Major shareholders
Oppenheimer Funds 15.02%
Schroder Investment Management 9.86%
T. Rowe Rice International 6.09%
GAM 4.38%
Ross Creek Capital 3.88%
Website
www.wandisco.com1 Year end December
Data in millions, except per share and percentagesSource: Company data, FactSet, Stifel estimates
WANdisco plcWAND – LSE
European Software & IT ServicesCompany Update
October 19, 2017
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WANdisco CMD; Veni, vidi, CC decies centena
CMD – In summary Peter Burris, GM Wikibon.
Mr Burris commented that for digital businesses, ‘data’ is the basis of their differentiation and for them,
data is an asset and their objective must be to put that asset to work and apply it to new areas. Hence
their need to unlock data from multiple places. In addition, as data is not scarce, nor is it fungible, it has
a different value when used in different applications, and so by its nature it will, over time, be more
distributed. As digital businesses create new higher value applications, their data will be increasingly
more distributed (part of the rationale being that costs are lower) and hence there is a growing need to;
(i) be able to restore data and, (ii) protect it. According to Mr Burris this is an under-served part of the
market.
While the cloud is a critical architectural component for digital business, Mr Burris argued that not all
data will move to the cloud and pointed to total cost of ownership studies which concluded that for some
the cost of data transfer is currently prohibitive, and also processing data locally is more cost effective.
Hence his view that “the cloud comes to the data” – which goes against the current orthodoxy that the
data goes to the cloud.
Mr Burris argued that over time the IaaS market (say Amazon AWS) will not out-grow the SaaS or
private cloud markets (see figure below) because the cloud moves to the data – again Mr Burris broke
with the current orthodoxy. As data will drive greater functional distribution this will lead in turn to greater
application complexity (see figure), more distributed data and this will increase the importance of; (i)
protecting data, (ii) near real-time data replication, (iii) application-level data restoring, and (iv) the
importance of data governance – where users will want to ensure that the data is not ‘locked-in’ by any
particular IaaS/PaaS vendor. This market opportunity would be worth “at least US$1bn”.
Looking at Disaster recovery, Mr Burris argued that his research concluded that on average applications
fail to restore c35% of the time. For a typical Fortune 100 firm this results in US$3.7bn lost revenue and
for a digital business failure to restore means that the business is lost. This market is judged to be
cUS$8bn market and one characterised by lots of customer churn.
Figure 1: Worldwide Enterprise IT Projection by vendor revenue segmentation, 2015-2026 (US$bn)
Source: Wikibon, 2017
WANdisco plcWAND – LSE
European Software & IT ServicesCompany Update
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Figure 2: Illustrating application complexity
Source: Wikibon, 2017
Jagane Sundar, CTO, WANdisco
Mr Sundar opened the kimono as to WANdisco's longer run (i.e. two years plus) thinking regarding the
product direction. By definition this is outside the usual forecast period, but amongst the commentary
was; (i) data has expanded beyond single servers to clusters and now demand is pushing for data to be
available across multiple regions (this dovetailed with Mr Burris points on data distribution) and that
without WANdisco demanding consistent coherent, always available distributed data applications is
impossible.
Regarding the longer run product roadmap Mr Sundar talked through the importance of; (i) delivering
higher throughput rates, (ii) applying Paxos to database transactions and (iii) ‘pipelining’ or reducing
latency on data transfer.
Paul Scott-Murphy, VP Product Management, WANdisco
Mr Scott-Murphy begin with a nice recap to remind all that WANdisco Fusion is a general purpose
replication platform with plug-ins for multiple storage systems rather than being designed to be specific
to Hadoop (investors, we find, still see WANdisco as a ‘Hadoop play’), which enables replication of
changing data to the cloud and on-prem.
Mr Scott-Murphy highlighted the four WANdisco Fusion use cases as: (i) data centre to data centre, (ii)
data centre to cloud, (iii) physical data movement – note the Amazon Snowmobile and Microsoft Data
Box announcements and, (iv) Cloud to cloud. For us this linked with Mr Burris’ point on the importance
that users are starting to attach to moving data from IaaS to IaaS vendor (say from AWS to Azure) in
order to avoid and vendor lock-in or predatory pricing. [We commented this week that as IaaS services
were all starting to look the same, for users they should be thinking about exploiting price deflation –
here https://stifel2.bluematrix.com/sellside/EmailDocViewer?encrypt=75b28fbc-0bbb-4992-afcd-
fcd1805264a0&mime=pdf&co=Stifel&id=george.o'[email protected]&source=mail
As to the shorter-term product roadmap we were encouraged by the moves to engage the wider
software developer community be that in enabling better application independence, OEM readiness and
a development kit (in industry jargon STK) which will enable more third party development. For us this
would be a very significant departure.
Keith Graham, SVP Worldwide Sales WANdisco
Mr Graham talked through the switch at WANdisco from a direct sales organisation to developing an
indirect sales model and how this resulted in a different sales process. We noted positively a very
flexible partner model which seemed to include any version of partner model (spanning referral, reseller,
fulfilment, marketplace, co-selling and OEM). On the sales execution side we noted that WANdisco’s
commitment was deeper than we had expected with; (i) Lead generation in EMEA and North America,
(ii) Sales and pre-sales in North America, EMEA and APAC, and (iii) channel Manager for IBM
Americas, IBM EMEA, Oracle WW and AWS. [Aside: we spoke to IBM about this afterwards and they
were very happy that WANdisco had hired ex-IBMers to manage the IBM relationship.]
WANdisco plcWAND – LSE
European Software & IT ServicesCompany Update
October 19, 2017
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Mr Graham concluded with a case study of the sales model whereby ‘home team’ had been working
with a particular client on a 100 node cluster, yet they went with IBM who was working with the same
client as part of a larger deal. The eventual contract was expanded to 750 nodes.
Peter Scott, SVP Business Development, WANdisco
Mr Scott is one of the veterans at WANdisco (c10 years) and he is accredited with driving the pivot to an
indirect sales model in 2015. Mr Scott gave colour on the underlying ‘why’ thinking in the sales model
and in particular talked though the importance of the strategic partners, such as AWS, IBM, Microsoft,
Oracle. How each had a different engagement model and how WANdisco has a multi-stage model for
on-boarding new channel partners. He also commented on the importance of Alibaba and growing data
volumes in that region. Alibaba is not a current partner. [As a quick illustration as to likely data volumes:
there are 751m Internet users in China, 462m in India and 286m in US (source Internetworldstats.com)].
Regarding IBM, Mr Scott reminded that the success of the partnership was illustrated by the H1/2017A
US$3.5m royalty and that the pair had a significant pipeline of POCs (in industry jargon: proof of
concept – usually a step before a customer buys a license) for H2/2017 with IBM. [This point was re-
iterated by IBM in their presentation.]
Mr Scott concluded that WANdisco had a deep competitive moat, and a strong channel partner
ecosystem.
Nick Dimtchev, Business Unit Executive, IBM/Hortonworks Alliance Global Sales Leader
The IBM/Hortonworks Alliance group is part of IBM’s analytics division. Mr Dimtchev spoke to previous
cases where IBM had taken a US$20-30m revenue business and transformed it to a US$200 - 300m
one in a few years. That was the intention with IBM Big Replicate (i.e. the WANdisco Fusion OEM
product). Mr Dimtchev talked how IBM has made this a repeatable structured process which starts with
the customer use case and how much they will pay. Dovetailing with Mr Burris earlier comments, Mr
Dimtchev stated that distributed data, different types of data and ensuring that the customer has the
right data to run their applications is a critical success factor. Mr Dimtchev stated that the opportunity
was not about implementing dashboard technology but rather about managing data and data
governance. Of the comments:
The importance of the ‘data landing zone’. IBM has signed two OEM agreements in this
business area, WANdisco, and more recently Hortonworks. IBM sees Hortonworks as the number
1 Hadoop distribution.
Why did IBM chose WANdisco? (i) It supports multiple databases and so gives IBM the flexibility
to be heterogeneous, like the target customer base. (ii) There are no other enterprise-grade
alternatives for restore and data replication. (iii) WANdisco Fusion solves big enterprise user pain
points and it has a tangible ROI.
Who are the target customers? These are typically regulated industries such as Banking,
Insurance, Telco and Manufacturing, where the customers are complex and large (20 – 4,000
Hadoop nodes) and in production mode (i.e. they have moved from using Hadoop for test and
development). They are all looking to reduce cost of ownership and risk.
Why does IBM BigReplicate win? (i) It is not just one product and customers like the ‘one-stop
shop’ integrated product as part of the wider IBM product family, (ii) it plays a role as part of IBM’s
hybrid cloud strategy – thereby helps customers migrate at their pace, (iii) the IBM wider focus and
investment in big data, i.e. analytics and Watson (iv) the strategic alliance with Hortonworks.
The customer use case. Mr Dimtchev talked though a use case based on downtime which had
been costing the customer US$466k per incident. For this customer over three years IBM was able
to demonstrate savings of US$9.3m.
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European Software & IT ServicesCompany Update
October 19, 2017
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How many potential customers? Including the c100 Hortonworks customers, Mr Dimtchev talked
about up to 2,000 customers and that IBM were looking to extend outside North America and
Europe. The deals would be very large transactions, i.e. multi-million dollar value deals. In Q&A,
WANdisco CEO David Richards talked about a US$700m deal (value to IBM contract) and later
chatting with Mr Dimtchev he also talked though other similarly very large deals.
Figure 3: IBM Value adds for Big Data
Source: IBM, Stifel Research
WANdisco Fusion is here
WANdisco plcWAND – LSE
European Software & IT ServicesCompany Update
October 19, 2017
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Stifel Viewpoint
This is part of a continuum…
We are reminded again of that well-used phrase, “Skate to where the puck is going, not where it has
been” as we reflect on Tuesday’s CMD. In essence, we believe that this reflects the dramatically
increasing (i) interest in data migration to the hybrid cloud, and (ii) the new importance of high-values
services, such as Disaster Recovery and high availability and data migration technologies amongst the
channel partner companies (i.e. Amazon, Microsoft, IBM, Google) and large end user organisations.
Furthermore, the news builds on a rack of positive news from WANdisco in the past couple of months,
where we have charted its expanding customer sales progress and the competitive USP
…which tells us about the growing importance of hybrid cloud…
The ‘puck’ is heading to hybrid cloud and the marketplace driver is the growing acceptance of hybrid
cloud and use of IaaS has transformed how users procure and manage compute and storage
infrastructure. This is in turn leading to increased investments and greater competition among a number
of public cloud IaaS providers and heightened strategic focus on their offerings – and this will continue
to build out channel interest in working with WANdisco. While IaaS services are starting to look similar
across the top providers, the strengths of the ecosystem of tools will be a strong way in which public
cloud IaaS providers differentiate and position themselves in this market – hence the importance of
ensuring that they have an ‘active replication solution’.
And the change in storage formats (NAS &SAN give way to Object storage in a cloud setting) all help
We also note a trigger in the rise of object storage, which has become prominent in the form of array-
type products as well as being the basis for cloud-based protocols such as Amazon’s S3. To see how
object storage differs significantly from SAN and NAS protocols, File and block are file system-based
methods of storage access. In both cases, there is a file system which organise data into files and
folders in a tree-like hierarchy. But under the bonnet, that file path and the file system also handle
addressing to the physical location of blocks of storage on the media itself. The key difference between
file access/NAS and block access/SAN is that in NAS, the file system resides on the array. In a SAN,
the file system is external to the array and I/O calls are handled by the file system on the server, with
only block-level information required to access data from the SAN. To briefly compare and contrast:
NAS: Good at secure file sharing. Can become siloed. Scale-out NAS potentially good at scale.
Bad at extreme scale.
SAN: Good at transactional and database workloads. Can be expensive.
SAN and NAS: Both can come with advanced storage features, such as replication. Both can be
relatively costly compared with object storage on commodity hardware, although both SAN and
NAS software-defined storage are available. Both lack the rich metadata of object storage.
Object storage: Very scalable, suited to unstructured data and large datasets, potentially good for
analytics via rich metadata. Lacks high-end performance and data protection is slow across
clusters. Can be very cost-efficient, hardware-wise.
Sales execution is critical
WANdisco is a products company. Its pivot from direct to indirect sales has been accomplished without
it losing that 'product centricity' - everything comes from that and it is critical to its long term success.
While the ‘puck moves to WANdisco’ helps TAM and makes the use case more tangible, our long
standing grudge is that it is not TAM but rather the ability to execute on TAM which is the more critical
component in judging success. WANdisco needs to be able not just onboard customers, but also help
on sales prospects and POCs coming through from the channel prospects and POCs at scale and at
speed. On this, we believe Tuesday’s CMD was a strong positive.
WANdisco plcWAND – LSE
European Software & IT ServicesCompany Update
October 19, 2017
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INVESTMENT CASE – revisited
WANdisco is an infrastructure software company operating at the confluence of four IT axes: big/lots of
data; migration to Cloud; importance of RASS; and agile software development/DevOps. The company
has differentiated technology and an impressive client list, and is currently enjoying strong operational
momentum.
Impressive technology
WANdisco replicates data across heterogeneous environments. Its Distributed Coordination Engine
(DConE) is patent-protected (11 issued, 27 pending). DConE is capable of active transaction replication,
where data servers are equal peers in a distributed network. This means data is never lost (critical in
disaster recovery situations), and can be moved, at speed and at scale, between computing
environments (critical in replication and data migration scenarios) and in new-world Cloud SLA
management (critical for customers migrating between IaaS providers). Customers talk about a very
strong ROI. This technology is an enhancement of the Paxos algorithm to enable active-active
replication between a variety of data sources including Hadoop clusters, Cloud environments, NAS
(network-attached storage) filers, etc. It enables continuous data access in the face of network outages,
hardware failures and entire data centres going up and down.
The bluest of the blue-chip customers
WANdisco’s customers are companies that are building software, are organised globally, and are
migrating to the Cloud – this should make for a very large total addressable market (TAM). Sectors
include: auto, entertainment, financial services, government, healthcare, IT, telecoms and utilities. The
customer list has a strong tech constituency that includes not only Accenture, ARM, Cisco, Dell, HP and
IBM, but also banks like HSBC and such global brands as GE, Fidelity, John Deere, Johnson &
Johnson, Pitney Bowes and Wal-Mart. The company has c200 customers (of which c31 are on
WANdisco’s Big Data product, and most use its ALM product).
Large TAM still expanding organically
Trying to draw a boundary around WANdisco’s TAM can be a frustrating exercise. Thinking through the
technology tends to throw up new use cases in multiple adjacent customer markets and vertical
industries, all in addition to the current focus on replication, migration and Application Lifecycle
Management. Looking at the three core areas, we think: (1) disaster recovery should be a cUS$11bn
TAM; (2) data migration to the Cloud suggests a cUS$7bn TAM; (3) inter-Cloud data replication,
availability and procurement/SLA management should be a large and viable market as the cloud-based
application hosting market matures and enterprise users think about their pricing power.
Attractive multiples – all about the growth
WANdisco is enjoying accelerating growth. The H1 numbers headline with news of record bookings
+97% YoY, 109% growth in H2 bookings, FY total bookings +72% YoY. Following a US$14m fund
raising in summer 2016, cash stood at US$7.6m on 31 December, up from US$1.1m at 30 June 2016.
The new multi-layered sales and distribution model is thriving
A key focus for 2016 was to establish a partner network. Mission accomplished – now, in addition to its
own ‘direct sales team’, WANdisco has a set of Tier 1 channel partners. This includes IBM, with which
WANdisco inked a rare OEM agreement, as well as significant channel partnerships with Oracle and
Amazon. All are contributing to bookings and are instrumental in building the company’s sales pipeline.
They also reduce the cost base, thereby hastening WANdisco along the path to profitability.
Management stays the course, maintains the ‘passion’
Management has been through the mill – and remains together. The ‘top table’ still includes founders
David Richards and Yeturu Aahlad. New CFO Erik Miller has public and private software industry
experience.
WANdisco plcWAND – LSE
European Software & IT ServicesCompany Update
October 19, 2017
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Figure 4: WANdisco: Key data (US$m)
Year to 31 December 2015A 2016A 2017E 2018E 2019E 2020E
Bookings 9.00 15.50 20.83 29.29 40.60 50.35
Sales 10.99 11.38 16.81 20.10 24.29 29.11
Gross profit 10.25 10.03 15.64 18.69 22.59 27.07
EBITDA -15.99 -7.46 -2.41 0.02 2.84 6.74
EBIT -29.92 -17.89 -11.49 -9.58 -7.32 -4.01
Continuing pre-tax profit -16.76 -7.91 -2.62 -0.20 2.60 6.47
Reported pre-tax profit -31.04 -10.05 -13.78 -9.58 -7.32 -4.01
Tax rate 0.07 0.10 0.31 4.20 -0.34 -0.14
Net Income -29.91 -9.27 -12.97 -8.73 -6.42 -3.08
Net funds 2.56 7.26 4.89 3.42 3.88 9.32
Per Share Data (c)
Fully diluted adjusted EPS -0.88 -0.47 -0.25 -0.20 -0.13 -0.04
DPS 0.00 0.00 0.00 0.00 0.00 0.00
Free Cash Flow -90.80 -25.07 1.70 -3.82 1.27 5.53
Free cash flow yield -7.9% -2.2% 0.1% -0.3% 0.1% 0.5%
Valuation Data
EV/Bookings 48.87 28.08 21.00 14.99 10.80 8.60
EV/Sales (x) 40.01 38.24 26.02 21.84 18.05 14.88
EV/EBITDA (x) -27.51 -58.30 -181.16 25461.80 154.39 64.27
EV/EBIT (x) -14.70 -24.32 -38.09 -45.82 -59.94 -107.90
EV/FCF (x) -16.83 -52.13 682.39 -304.82 918.39 208.01
P/E (x) -1303.99 -2439.90 -4569.27 -5856.82 -8772.42 -30534.71
P/FCF (x) -12.59 -45.60 671.65 -299.01 901.84 206.82
Free cash flow yield -7.9% -2.2% 0.1% -0.3% 0.1% 0.5%
Dividend yield (%) na na na na na na
EV/NOPAT (x) -14.71 -46.92 -33.73 -50.29 -68.28 -140.83
Source: Company data, Stifel estimates
WANdisco plcWAND – LSE
European Software & IT ServicesCompany Update
October 19, 2017
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OUR CENTRAL CASE
WANdisco is an infrastructure software company that has developed a patent-protected method for data
replication across heterogeneous compute environments. The company focuses mainly on (1) Source
Code Management/aka Application Life Cycle Management and (2) Big Data. WANdisco has been on a
roller coaster since its IPO in 2012, but we believe it has now found its feet with these milestone results.
There is a new coherency with the Fusion product, a better defined sales model, and operating results
look to be turning around.
What does WANdisco do?
WANdisco has built a range of enterprise-class data replication products using its own technology,
DConE. These products improve data migration and ‘round-the-clock’ availability in areas like
replication, mirroring and clustering, and also help to eliminate WAN latency.
At the company’s outset, DConE was focused on a relatively narrow area in version control. The
company expanded into the Hadoop (big) data replication with the 2013 launch of its Non-Stop Name
Node on the heels of its 2012 acquisition of AltoStor. In 2015, WANdisco debuted Fusion, which
significantly expanded TAM as it connected beyond Hadoop distributors into the wider storage market
including vendors such as Amazon, EMC, IBM, Oracle and Teradata. A core technology runs through
the products, which are designed to be independent of the underlying application so they can serve as
the foundation for distributing other applications or databases. WANdisco enables geographically
distributed servers to remain continuously synchronised (i.e. have the same data at the same time). This
solves problems for companies with distributed divisions that are working collaboratively (e.g. in
software design) that operate over a WAN (wide area network). It also appeals to those which are
concerned about network speed, latency, availability, scalability and security. WANdisco competes in
the same markets as infrastructure software companies like CA, IBM, Micro Focus and Microsoft.
How does it do it?
WANdisco has developed an active transaction replication to provide continuous availability, streaming
back-up, uninterrupted migration, hybrid Cloud and Cloud bursting, and data consistency across
clusters that are any distance apart. By this, all the data servers in a network are ‘equal’ (i.e. ‘peers’). To
better understand, compare with active:passive – or better master/slave, where one server is the de
facto controller – should the master go down, data will be lost. So active:active is superior because the
data servers maintain ‘a consensus’ across a distributed network, so the core data remains secure.
WANdisco’s mission
WANdisco aims to push the limits of what can be achieved with distributed computer systems deployed
on a WAN. Note that while WANdisco uses Open Source software and is a member of the Apache
Foundation, DConE itself is not Open Source software. Talking with Dr Yeturu, we gained the
impression that he remains committed to developing software that will create “a richer multipart
interaction with the Internet”. Fundamental to this view, in our opinion, is that the Internet is a distributed
computing platform and so being able to harness various web servers and ‘see’ them as a single entity,
and to coordinate computing resources without using a central server, is crucial.
Who are the customers?
Users are typically larger corporations, and include a number of Fortune Global 100 companies. These
companies are building software, organised globally and migrating to the Cloud. Sectors include auto,
entertainment, financial services, government, healthcare, IT, telecoms and utilities. The customer list
has a strong tech constituency that includes not only Accenture, ARM, Cisco, Dell, HP and IBM, but also
banks like HSBC and such global brands as GE, Fidelity, John Deere, Johnson & Johnson, Pitney
Bowes and Wal-Mart. The company has c200 customers (of which c31 are on WANdisco’s Big Data
product, and most use its ALM product).
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The use case: What do customers use WANdisco for?
Disaster recovery. Customers use WANdisco to ensure that if their server goes down (e.g. the
area electricity gets knocked out), that data would not be lost. WANdisco products provide Cloud,
on-premise and Cloud-to-Cloud with guaranteed data consistency and no data loss.
Data migration to the Cloud. Over time, the Cloud is attracting customers like a moth to a flame,
because it is cost-effective, requires little upfront investment, and brings many other benefits to an
enterprise. This use case will impact many companies, and will be long-running simply because
companies will migrate to the Cloud at different paces. By its nature, however, the Cloud
represents a one-off sale, and arguably less interesting for WANdisco (and its shareholders).
Customers could use a ‘hybrid’ Cloud, where they mix and match on-premise and Cloud servers,
and move data between the two. Other users might move data from the ‘edge’ of the network to
the core. Here a customer talked through a medical example – with on-the-edge data collection
from remote locations and the analysis in the core. This gives WANdisco an annuity revenue
stream.
Inter-Cloud data replication and availability. In this scenario, customers look to maintain dual
supplier strategies (like their on-premise brethren of old), or to migrate to a new Cloud vendor after
losing confidence with the current supplier owing to poor SAL management, predatory pricing and
the cost of extracting data or security issues, etc. They will need to be able to move data between
suppliers in order to avoid predatory pricing and ‘lock-in’. This nascent market currently reflects the
early stage of enterprise users migrating to the Cloud. Some customers have already started to
migrate between Cloud providers, but much of their eagerness to do so gets diluted once they
recognise the downtime required with traditional migration methods. We are reading more about
these Cloud migrations in the trade press suggesting that there is a growing audience.
Improving Cloud provider availability. We note outages at cloud service providers. If data were
being consistently replicated across multiple data centres within a Cloud provider in near-real time,
these outages would not occur. This suggests that data is replicated across cloud data centres in a
batch-based approach – hence the outages.
Impressive ROI
Customers and channel partners speak positively of the realised ROI. While the data are all anecdotal,
a Forrester Total Economic Impact (TEI) study of WANdisco’s Subversion Multisite product revealed a
357% return on investment within a nine-month period.
The sales channel partners
IBM. In April 2016, WANdisco announced an OEM deal with IBM where the latter will resell
WANdisco Fusion under a white-labelled product called IBM Big Replicate. This is a two-year,
nonexclusive deal whereby IBM sells Fusion, offers first-line product support, and WANdisco
provides technical and engineering support to IBM. As to the economics, IBM charges the
customer in an on-premise deployment, and pays a 30% royalty to WANdisco.
Amazon Web Services (AWS). Now signed up as part of AWS ‘Snowball’ initiative (i.e. AWS large
scale data transfer service), this partnership started in March 2016 when WANdisco began selling
on the AWS marketplace, where it was listed as a featured product. We understand that the
economics are an 80/20 split in favour of WANdisco of any revenue generated through AWS. The
pricing for Fusion is a 30% upcharge to S3 pricing. S3 is currently priced at $0.03/GB/Month.
Fusion is 30% on top of this, with WANdisco receiving 80% of that. This is priced on all data that
are under continuous replication. We believe there are four to five live customers via AWS.
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Oracle. WANdisco has a resale agreement in place with Oracle. WANdisco Fusion works with
Oracle’s Big Data Appliance. The first deal through this channel was announced in October 2016,
a US$1.5m deal with an unnamed regional US bank. An Oracle reseller sourced and closed the
deal. As WANdisco is a member of Oracle’s PartnerNetwork, Fusion was certified as an
enterprise-grade solution that met Oracle’s Maximum Availability Architecture best practices
blueprint for replication.
HP. WANdisco announced a resale agreement with HP in Q2 2016. The banner client is the Dubai
Connected City. Given the Micro Focus merger, we would imagine more sales activity in 2017 as
reps get keen to show that they are ‘useful’.
New Context. This partnership was inked in July 2016. New Context is essentially an outsourced
IT management service. The concern that WANdisco addresses here is data integrity for clients
that have data compliance policies, and WANdisco can control where the data goes and who has
access to it in an auditable way. This is important for clients that have classified data with
concomitant rules on read access, and that also have data that are not allowed to leave the US.
Google. WANdisco is a listed technology partner of Google Dataproc. We understand that Google
has developed a solution for data replication for Google search – by using hardware it calls the
Google Spanner database. With this, Google put atomic clocks on all of their servers, launched
GPS satellites, and ran cabling across their data centres. This is deemed to be good enough for
Google search, but is not a commercial solution.
What does Fusion do?
WANdisco’s DConE technology is at the heart of Fusion. It allows multiple instances of the same
application to operate on independent hardware without sharing any resources. This is active
transactional replication technology for continuous availability, streaming backup, uninterrupted
migration and hybrid Cloud, and ensures data consistency across clusters that are any distance apart.
This is possible because all of the application servers are synchronised continuously by the DConE
engine, and operate as peers to each other, regardless of whether the servers are on the same LAN or
are globally separated and accessible only over a WAN. The industry talks about this as being a ‘peer-
to-peer’ system when there is no central co-ordinating ‘master’, or lead service. This is achieved by
immediately replicating changes made against one server to the others (‘active-active replication’).
Using this WANdisco software creates the effect of a single-server system (i.e. a quasi-single instance),
which then performs at LAN speed even though the servers themselves may be thousands of miles
apart.
Once WANdisco’s products are installed at each site, each server becomes an active node on the WAN
with its own DConE. These work cooperatively as peers to perform distributed transaction management
tasks, handle conflicts, and ensure that the same write order is maintained across all of the servers.
This means WANdisco provides One-Copy Equivalence (consistent data/single version of the truth)
across a system of distributed servers connected over a WAN or LAN, and should one server go down
there is no effect on the other servers in the implementation. This has significant implications in terms of
maximising productivity, eliminating downtime and preventing data loss in a globally distributed
collaborative work environment.
If a site goes down, with Fusion installed with each cluster or in each Cloud environment, each cluster
knows the last good transaction it processed. Hence, when it comes back online, it can reach out to the
other servers installed with the other participating clusters, grab all the transactions that it missed while
it was offline, and apply them and re-sync automatically. This eliminates the risk of human error in
recovery, and ensures against data loss. Fusion continuously replicates data.
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RISKS
The key risks to our investment case include: (1) the core technology, (2) the competitive market, (3) the
nature of the demand environment, and (4) WANdisco’s continued ability to deliver further sales growth
at similar-to-recent rates.
Technology risk
In terms of technological risk, we identify two issues:
1. What problem does DConE solve, and is it ‘critical’ enough? Some repositioning has aimed at
‘nailing down’ the use case. However, in WANdisco Fusion, we see a coherent product with a
defined end-market.
2. Is the core technology established? Paxos creator (from his paper ‘The Part-Time Parliament’)
Dr Leslie Lamport acknowledged to us that, despite interest in the Paxos offshoot Raft having led
to a number of implementations, Paxos remains the standard approach to implementing fault-
tolerant systems.
Sidebar: the origins of DConE
The original intellectual property (IP) underpinning DConE was first issued in 2005, after WANdisco’s
technical founder Yeturu Aahlad spent five years working to create a peer-to-peer distributed system. Dr
Aahlad’s work was based on a paper by mathematician/computer scientist Dr Leslie Lamport, who
named his solution the Paxos algorithm (see Appendix). That Dr Aahlad had been a distributed systems
architect at Sun Microsystems tells us that he was in the right place at the right time, when the industry
was just beginning to think about issues around distributed computing.
Good enough and DIY solutions
The technology industry is littered with examples of ‘good enough’ technology (note: this report
was written in Microsoft Word 2010). Good enough often means ‘cheaper’, but also in this case we
have come across examples where companies have developed a (nearly) peer-based system
using batch-processing (i.e. not real-time) and solutions that re-hash the ‘master/slave’
methodology – i.e. they are not peer-to-peer. There is no direct competitor, and the key is data
migration with no interruption (i.e. zero outage).
Some of the ‘2.0’ web properties solve the problem by: (1) using more hardware (the unit of
production in a data centre is a small, and cheap compute blade, easily deployed) by creating a
hardware-based fault tolerance – an easier fix, but not generally suitable; (2) developing their own
solutions. Later in this report, we look at two case studies (Airbnb and Netflix) to illustrate what
cash- and engineering-rich companies can do for themselves.
Raft. Raft is a consensus algorithm designed as an alternative to Paxos. It was meant to be more
understandable than Paxos. Like Paxos, Raft offers a generic route to distributing a state machine
across a cluster of computing systems, ensuring that each node in the cluster agrees upon the
same series of state transitions. The difference is that Raft decomposes the problem into relatively
independent sub-problems. A server in a Raft cluster is either a leader, a candidate, or a follower,
with the leader responsible for log replication and informing the followers via a heartbeat message.
There are a number of implementations (see https://raft.github.io/#implementations), but no large
commercial sponsorship.
Blockchain enjoys some status as a tech cure-all currently, and its distributed ledger technology is
being explored as a trusted way to track the ownership of assets with no need of a central
authority. The design goal is to speed up transactions and cut costs, while lowering fraud
incidences. At its heart, Blockchain is a distributed file system. The database is shared by all
nodes participating in a system, and people using Blockchain keep copies (a block) of the
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Wandisco Blockchain file. As such, the Blockchain database uses a distributed consensus model.
Each block has a cryptographic signature (aka a hash) of the preceding block, hence the ‘chain’
analogy as the blocks are added sequentially. It is a peer-to-peer network with many distributed
nodes. While the failure of one node (or even several nodes) will not prevent the rest of the
network from functioning properly, data will still be lost. Current criticisms of Blockchain include its
(lack of) speed and the visibility of the information (to anyone). We know of one WANdisco
customer that had been exploring Blockchain, but now sees DConE as more suitable for its needs.
Artificial intelligence taking over
Just to future-proof this report – there are moves afoot to bring more artificial intelligence (AI) into the
software development world. It is not too much of a stretch, should we accept it, that AI develops
software autonomously. In that case, ‘out of the box’ fault tolerance could be at such a level that,
coupled with AI developed software, knowledge (i.e. the practical implementation of data) will be
ubiquitous and will always be available. This would negate the need for DConE. We offer no timeframe.
Running out of cash
WANdisco has returned to seek cash from the stock market several times. The latest trading update (16
January 2017) revealed that in Q4 the cash burn was US$200k, down from US$6.9m in 2016. Among
several corners the company has turned: (1) it has recut its cloth to match existing cash resources, and
(2) a new appreciation of the importance of the balance sheet, a sea change we think was inspired by
the new CFO. Our model suggests that the company does not need to raise fresh cash, but this
depends on rising revenue and better sales execution, rather than trimming the cost base.
Sales execution is there at last
As befits an early-stage software company, WANdisco has had a multifaceted ‘let’s try a few things’ go-
to-market strategy. We recall its pre-IPO days, when WANdisco built a ‘frictionless’ sales model for its
ALM line of business, supplemented with an ‘inside’ sales team that concentrated on converting the free
community to paying customers. However, ALM/version control customers were a technical audience
that knew what it wanted. The same approach was never going to work for Big Data, where WANdisco
debuted in 2013, and where it would have to build its own enterprise sales team supplemented by a
sales channel. The early moves with the Hadoop ‘distro’ companies (Cloudera and Hortonworks) looked
sensible, yet ultimately proved to be the wrong start point as the distros developed their own Disaster
Recovery (DR) offer. Through iterations, WANdisco now has a multifaceted sales distribution model that
headlines with a rare IBM OEM relationship. In addition, WANdisco has its own enterprise sales team,
coupled to channel partners including Amazon and Oracle, plus a number of professional services
organisations.
Competition – a wrinkle
Looking through the competitive pack (see below), we note a product competitor in the ALM market,
‘Git’. Git is an Open Source, distributed version control system designed to handle all projects, from
small to very large, with speed. It is positioned as a replacement product for version control tools like
Perforce or Subversion. Git has surged in recent years, and companies like GitHub and (to some extent)
Atlassian have done a better job a tethering themselves to the Git banner. While WANdisco has a Git
(and indeed a Gerrit) offer in addition to Subversion, arguably the company needs to work harder to
establish its brand in the Git market.
‘Forking’
WANdisco is an engineering-led software company that puts technology on a pedestal, and its
customers look to it to figure out ‘what’s next’. In such situations, ‘forking’ comes with the territory in the
Open Source world. ‘Forking’, or the development of competing variations, occurs when projects
splintering into different forms lead to disputes. However, a number of recent staff and process changes
in engineering at WANdisco should help reduce the risk of forking.
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Difficulties in hiring
As a small company with developers in San Francisco, WANdisco may find it difficult to hire. In fairness,
given that options are ‘under the water’, we are surprised that unplanned staff attrition is not more of an
issue. We caution that:
Good people remain ‘hard’ to hire;
The US, Northern Ireland and Sheffield offices may find it difficult to hire. In the US, the staff may
be too ‘footloose’ and expensive, too prone to receiving competitor calls. In Sheffield, they may be
too scarce. In Northern Ireland, they might not be skilled enough. We like the global nature of
WANdisco, and think the company needs to have a distributed office structure to mirror how its
customers are organised.
Staff are expensive
We refer to ITJobswatch for an impression of UK software developer costs for contractor and full-time
staff. Staff costs are c70% of any tech company’s operating spend. Most of WANdisco’s staff are in
three locations. Of these, we note that a Hadoop developer in the UK is £800-850/day for a contractor,
c£64,000 per annum full time. This is a UK average, and local rates in Sheffield will be cheaper than the
same role in the City of London. The same role in San Francisco will average US$112,000 for FTE –
that translates to £90,000, or c40% more on a ceteris paribus basis. While the issue of staff costs will be
food for thought, balancing this we recall a conversation with analysts at another tech company, who
noted that there was a big difference in two hypothetical developers just on the basis of the influence of
the surroundings, and suggested that developers are better in somewhere like Silicon Valley, as it is a
magnet for new thought and best practice.
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Competitive overview
Signing agreements with key players in the space (IBM, Oracle, Amazon and Microsoft) all indicate that
(i) WANdisco IP is extremely broad, (ii) there is a general acknowledgement that there isn’t anyone
doing anything similar, and in their view (iii) WANdisco has a multi-year head-start over anyone. There
is no direct competitor. However, looking into the market we see a number of competitive areas:
We can see operational overlaps with ETL (Extract, Transform, Load) vendors in the data
migration business. The long list of established companies focused on this area includes
Informatica, Information Builders, SAS and Syncsort. Here, the competitive threat can be
somewhat overplayed.
There is also some overlap with the database replication vendors. This is more often a
master/slave architecture between the original and the copies. The master logs the updates, which
then ripple through to the slaves which output a message, stating that it has received the update
successfully, thus allowing the sending (and potentially re-sending until successfully applied) of
subsequent updates. In the case of multi-master replication, the updates can be submitted to any
database node, and then ripple through to other servers – but here the challenge is transactional
conflict prevention. Database replication also becomes difficult when it scales up.
In addition, there are more niche Big Data replication vendors like Attunity, Denodo, Talend and
many others. Looking at (e.g. Attunity), we note that its Replicate software helps load and ingest
data across all major databases, data warehouses and Hadoop, on-premises and in the Cloud.
Attunity’s customer base for this product set is estimated to be c2,000 organisations globally.
Through capabilities for replicating data to and from the Cloud, and accelerating data warehouse
deployments, Big Data (Hadoop) and workload optimisation support, Attunity enables a broad
scope of integration styles, and also supports Apache Kafka by enabling real-time intertwining of
data movement.
The most potent are the IaaS and PaaS vendors. Here we find the solution is first to put hardware
server technology at the problem. Note for example that Amazon Web Services has disaster
recovery. But looking at the offer, we note Amazon has an AWS Import/Export feature when users
are moving large amounts of data into and out of AWS – it is portable storage device, which for
data sets of significant size, AWS Import/Export is often faster than Internet transfer. For data
migration, as customers move to the Cloud, AWS offers Amazon Relational Database Service,
alongside Amazon DynamoDBis (a NoSQL database) and Amazon Redshift is a fully managed,
petabyte-scale data warehouse service.
Other Cloud infrastructure software vendors, such as distro Cloudera or Hortonworks. We have
seen distros and infrastructure Hadoop companies launch their own, mostly, Disaster Recovery
based solutions. For example, Cloudera Manager Backup and Disaster Recovery (BDR) is its
Hadoop DR offer. These are typically active:passive and likely reflect early Hadoop usage and the
use of non-mission critical applications. On user forums, we find lots of interest in using the
‘snapshot feature’ in HDFS. These will take a point in time image, which in truth could be for an
entire file system, a sub-tree in a file system or just a file. Clearly this will not capture the
incremental data changes, and snapshotting can be bandwidth-intensive.
Other technology solutions – here, we have Raft and to some extent Blockchain, yet neither
has a major commercial endorsement. Docker is also lurking in the background. While not directly
competitive, it allows users to develop distributed computing systems by using software
‘containers’. Docker can be integrated into various infrastructure tools, including Amazon Web
Services, Ansible, CFEngine, Chef, Google Cloud Platform, IBM Bluemix, HPE Helion, Microsoft
Azure, OpenStack, Oracle Container Cloud Service and others. According to industry analysts 451
Research, ‘Docker is a tool that can package an application and its dependencies in a virtual
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container that can run on any Linux server. This helps enable flexibility and portability on where the
application can run, whether on premises, public Cloud, private Cloud, bare metal, etc.’ Kafka also
deserves a mention. Kafka is used for building real-time data pipelines and streaming applications.
This is an Apache Open Source project. Kafka lets users publish and subscribe to streams of
records so it is a messaging system. Kafka also lets users store streams of records in a fault
tolerant way. So we can see advantages like scalability and fault-tolerance so there is some
overlap with WANdisco. Kafka is also widely used and it may become more popular as users look
to ingest data into a Hadoop cluster and then cleanse it. (Consider a use case: you might trawl the
web for all references for all daily commuters into the City of London – use Kafka to gather that raw
data. Then run an analytics to find the only Irish guy with five kids.)
DIY. (1) Airbnb posted a blog detailing its migration of a Hive warehouse. The warehouse had
grown from 350TB in mid-2013 to 11PB by the end of 2015. The sheer size of the warehouse gave
rise to issues of reliability, so Airbnb opted to migrate to a new architecture. Airbnb decided that
existing migration tools either had issues with a large data warehouse or had a significant
operational overhead, so it developed ‘ReAirto’ to save time and effort when replicating data at this
scale. Initially, all the data was in a single HDFS/Hive warehouse, but the mixed production with ad
hoc workloads led to reliability issues. Airbnb split the warehouse in two: production jobs and ad
hoc queries. It then had to migrate the large warehouse, and then after the split keep datasets in
sync. It developed ‘ReAir’ to do this, and has since open-sourced the tool for the community.
‘ReAir’ is useful for replicating data warehouses based on the Hive metastore, and Airbnb has
made these tools to be scalable to clusters which are petabytes in size. ReAir can work across a
variety of different Hive and Hadoop versions and can operate largely standalone.
ReAir includes two replication tools: batch and incremental.
A batch replication tool to copy a specific list of tables at once, which is ideal for a cluster
migration.
An incremental replication tool to track changes that occur in the warehouse and replicate the
objects as they are generated or modified. This keeps datasets in sync between clusters as it
starts copying changes within seconds of object creation.
Link to GitHub: https://github.com/airbnb/reair
(2) Netflix has a loosely coupled microservice-based architecture that emphasises separation of
concerns. It has developed EVCache, its data-caching service that provides the low-latency, high
reliability caching solution, and it routinely handles upwards of 30m requests/sec, storing hundreds
of billions of objects across tens of thousands of memcached instances, translating to c2 trillion
requests a day globally. When Netflix launched in 130 additional countries, it built EVCache’s
global replication system. EVCache is Open Source, and has been in production for more than five
years. Netflix’s Cloud-based service is spread across three Amazon Web Services (AWS) regions.
While requests are mostly served from the region the member is closest to, this can change due to
(say) problems with infrastructure or a regional/geographic failover, so because of this Netflix has a
stateless application server architecture, whereby a server can take a request from any region.
Consequently the data must be replicated to all regions so it’s available to serve member requests
no matter where they originate. Netflix designed EVCache for itself, so it admits that one non
requirement was to have strong global consistency. Remember that Netflix doesn’t mind if (say)
the Ireland and Virginia servers have slightly different recommendations for the same person as
long as the difference does not impact browsing or streaming experience. For non-critical data,
Netflix has an “eventual consistency” model for replication, whereby local or global differences are
tolerated for a short time. This simplifies the EVCache replication design, and means that Netflix
did not worry about global locking, quorum reads and writes, transactional updates, partial-commit
rollbacks or other complications of distributed consistency.
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Figure 5: Competitive overview
Source: Stifel Research
Figure 6: Profit & loss (US$m)
Year to 31 December 2015A 2016A H1 2017E 2018E 2019E 2020E
Bookings 9.00 15.50 10.20 20.83 29.29 40.60 50.35
SCM/ALM 6.50 8.40 3.20 8.28 7.88 7.64 7.54
Fusion/Big Data 2.50 7.10 7.00 12.56 21.41 32.96 42.81
Turnover by type
SCM/ ALM 9.2 8.2 4.6 8.4 8.0 7.8 7.7
Fusion/big data 1.8 3.2 5.1 8.4 12.1 16.5 21.4
Total turnover 11.0 11.4 9.66 16.8 20.1 24.3 29.1
Adj EBITDA pre exceptional -15.988 -7.46 0.25 -2.41 0.02 2.84 6.74
Margin (%) -145% -0.66 0.03 -14% 0% 12% 23%
Exceptional costs -0.614 8.11 -2.30 -2.30 0.00 0.00 0.00
Adj EBITDA post exceptional -16.602 0.65 -2.04 -4.71 0.02 2.84 6.74
EBITDA margin % -151% 6% -28% 0% 12% 23%
Adj EBITDA pre exceptional inc Dev expenditure -24.357 -13.324 -2.77 -7.90 -5.86 -3.56 0.11
Depreciation -0.270 -0.17 -0.11 -0.20 -0.22 -0.24 -0.27
Adj EBITA -16.258 -7.638 0.15 -2.62 -0.20 2.60 6.47
Net Interest -0.51 -0.27 -0.24 0.00 0.00 0.00 0.00
Adjusted pre tax profit -16.764 -7.91 -0.09 -2.62 -0.20 2.60 6.47
Exceptional items -0.614 8.11 -2.30 -2.30 0.00 0.00 0.00
Share based payments -4.057 -1.787 -0.46 -1.25 -1.38 -1.51 -1.66
Intangible amortisation -9.600 -8.466 -3.44 -7.62 -8.00 -8.40 -8.82
Pre-tax profit post exceptional -31.035 -10.046 -6.288 -13.78 -9.58 -7.32 -4.01
Taxation 1.13 0.772 -0.04 0.81 0.85 0.89 0.94
Profit after tax -29.906 -9.274 -6.33 -12.97 -8.73 -6.42 -3.08
Other income 0.055 0.107 0.00 0.11 0.12 0.12 0.13
Dividends 0.0 0.0 0.00 0.00 0.00 0.00 0.00
Reported retained profit post exceptional -29.851 -9.167 -6.33 -12.86 -8.61 -6.30 -2.95
Weighted average basic shares (m) 26.78 33.29 37.32 37.66 37.66 37.66 37.66
Weighted average full diluted shares (m) 28.78 33.29 37.32 37.66 37.66 37.66 37.66
Diluted adjusted EPS (US$) -0.88 -0.47 -0.10 -0.25 -0.20 -0.13 -0.04
DPS (US$) 0.0 0.0 0.00 0.0 0.0 0.0 0.0
Source: Company data, Stifel estimates
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Figure 7: Cash flow (US$m)
Year to 31 December 2015A 2016A 2017E 2018E 2019E 2020E
Operating Profit -29.91 -9.27 -12.97 -8.73 -6.42 -3.08
Depreciation & Amortisation 9.87 8.64 7.82 8.22 8.64 9.09
Share based payments 4.67 1.82 1.25 1.38 1.51 1.66
Increase/(decrease) creditors/payables -0.43 0.83 0.75 0.44 0.31 0.59
Increase/(decrease) deferred income -1.51 2.74 2.36 3.15 2.72 0.00
(Increase)/decrease debtors/receivables 0.28 0.33 -0.53 -0.75 -0.88 -0.45
(Increase)/decrease in Gov grant -0.05 -0.01 0.00 0.00 0.00 0.00
Working capital -1.71 3.88 2.57 2.84 2.14 0.14
Other 0.04 -7.24 6.00 0.00 0.00 0.00
Operating cash flow -17.04 -2.18 4.67 3.71 5.88 7.81
Net interest -0.06 -0.17 0.16 0.15 0.13 0.12
Taxation -0.58 -0.08 0.81 0.60 0.63 0.66
Net capex -0.10 -0.06 -0.07 -0.07 -0.07 -0.08
Development -8.37 -5.86 -4.94 -5.82 -6.08 -6.43
Free cash flow -26.14 -8.35 0.64 -1.44 0.48 2.08
Dividends 0.00 0.00 0.00 0.00 0.00 0.00
Acquisitions 0.00 0.00 0.00 0.00 0.00 0.00
Other 0.06 0.00 0.00 0.00 0.00 0.00
Net cash flow -26.08 -8.35 0.64 -1.44 0.48 2.08
Shares issued (net) 26.17 13.52 0.00 0.00 0.00 0.00
Cash/(debt) acquired 0.00 0.00 0.00 0.00 0.00 0.00
Currency effects -0.02 -0.18 0.00 0.00 0.00 0.00
Increase / (decrease) cash 0.07 5.00 0.64 -1.44 0.48 2.08
Opening cash / (debt) 2.48 2.56 7.56 8.20 6.76 7.23
Closing cash / (debt) 2.56 7.556 8.20 6.76 7.23 9.32
Borrowings/finance lease 0.00 0.29 0.31 0.34 0.36 0.00
Other loans 0.00 0.00 3.00 3.00 3.00 0.00
Net cash (debt) 2.56 7.26 4.89 3.42 3.88 9.32
Source: Company data, Stifel estimates
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Figure 8: Balance sheet (US$m)
Year to 31 December 2015A 2016A 2017E 2018E 2019E 2020E
Fixed Assets
P. P & Equipment 0.23 0.49 0.44 0.38 0.41 0.37
Intangible assets 8.58 5.98 4.84 3.89 4.47 4.03
Total fixed assets 8.81 6.47 5.29 4.27 4.89 4.41
Current Assets (Receivables)
Cash at hand and in bank 2.56 7.56 8.20 6.76 7.24 9.32
Trade debtors 6.73 6.15 6.68 7.43 8.32 8.77
Other receivables & prepayments 0.00 0.00 0.00 0.00 0.00 0.00
Corp tax credit receivable 0.00 0.00 0.00 0.00 0.00 0.00
Total current assets 9.28 13.70 14.88 14.19 15.55 18.09
Total assets 18.10 20.17 20.17 18.46 20.44 22.50
Current liabilities (Payables)
Short-term debt 0.00 0.09 0.09 0.09 0.09 0.09
Trade creditors 2.71 3.49 4.24 4.68 4.99 5.58
Deferred income 6.06 5.81 8.17 11.32 14.04 14.04
Current tax liabilities 0.00 0.01 0.00 0.00 0.00 0.00
Deferred government grant 0.03 0.01 0.01 0.01 0.02 0.02
Total current liabilities 8.80 9.41 12.51 16.11 19.13 19.73
Net Current Assets 0.48 4.29 2.37 -1.91 -3.58 -1.64
Total Assets-Current Liabilities 9.29 10.76 7.66 2.36 1.31 2.77
Non-current liabilities
Deferred income 3.70 6.68 8.98 12.63 17.51 21.71
Borrowings/finance lease 0.00 0.29 0.31 0.32 0.34 0.36
Borrowings 3rd pty loan 3.00 3.00 3.00 3.00
Deferred tax liability 0.01 0.00 0.10 0.11 0.12 0.13
Retirement benefit obligations 0.00 0.00 0.00 0.00 0.00 0.00
Total non-current liabilities 3.70 6.98 12.39 16.07 20.97 25.20
Total Liabilities 12.50 16.39 24.90 32.17 40.11 44.93
Net assets 5.59 3.78 -4.74 -13.71 -19.67 -22.44
Shareholders’ Funds
Called up share capital 4.67 5.64 5.92 6.22 6.53 6.85
Share premium 81.97 94.53 94.53 94.53 94.53 94.53
Translation reserve -0.25 -8.28 0.15 2.56 3.58 4.89
Other reserves 1.25 1.25 1.25 1.25 1.25 1.25
Retained earnings -82.05 -89.34 -106.58 -118.26 -125.54 -129.96
Shareholders’ funds 5.59 3.78 -4.74 -13.71 -19.66 -22.44
Equity and liabilities 18.10 20.17 20.16 18.46 20.44 22.49
Source: Company data, Stifel estimates
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Important Disclosures and Certifications
I, George O'Connor, certify that the views expressed in this research report accurately reflect my personal viewsabout the subject securities or issuers; and I, George O'Connor, certify that no part of my compensation was,is, or will be directly or indirectly related to the specific recommendations or views contained in this researchreport. Our European Policy for Managing Research Conflicts of Interest is available at www.stifel.com.
WANdisco plc (WAND.LN) as of October 18, 2017 (in GBp)
Pric
e (G
Bp)
1,000
800
600
400
200
0Oct-14 Jan-15 Apr-15 Jul-15 Oct-15 Jan-16 Apr-16 Jul-16 Oct-16 Jan-17 Apr-17 Jul-17 Oct-17 Jan-18
02/23/2017390.50I:B:508.89p
03/08/2017480.00B:606.66p
04/24/2017462.00B:622.70p
09/06/2017700.00B:842.74p
09/26/2017817.50B:843.00p
Powered by: BlueMatrixBuy=B; Hold=H; Sell=S; Discontinued=D; Suspended=SU; Discontinued=D; Initiation=I*Represents the value(s) that changed.
For a price chart with our ratings and any applicable target price changes for WAND.LN go tohttp://stifel2.bluematrix.com/sellside/Disclosures.action?ticker=WAND.LN
Stifel or an affiliate is a market maker or liquidity provider in the securities of WANdisco plc.Stifel or an affiliate has received compensation for investment banking services from WANdisco plc in the past 12 months.Stifel or an affiliate expects to receive or intends to seek compensation for investment banking services from WANdiscoplc in the next 3 months.WANdisco plc is provided with non-investment banking, securities related services by Stifel or an affiliate or was providedwith non-investment banking, securities related services by Stifel or an affiliate within the past 12 months.WANdisco plc is provided with investment banking services by Stifel or was provided with investment banking servicesby Stifel or an affiliate within the past 12 months.WANdisco plc is a client of Stifel or an affiliate or was a client of Stifel or an affiliate within the past 12 months.Stifel or an affiliate has received compensation for non-investment banking, securities related services from WANdiscoplc in the past 12 months.Stifel or an affiliate is a corporate broker and/or advisor to WANdisco plc.The equity research analyst(s) responsible for the preparation of this report receive(s) compensation based on variousfactors, including Stifel’s overall revenue, which includes investment banking revenue.Our investment rating system is three tiered, defined as follows:
BUY -We expect a total return of greater than 10% over the next 12 months with total return equal to the percentageprice change plus dividend yield.
HOLD -We expect a total return between -5% and 10% over the next 12 months with total return equal to the percentageprice change plus dividend yield.
SELL -We expect a total return below -5% over the next 12 months with total return equal to the percentage price changeplus dividend yield.
Occasionally, we use the ancillary rating of SUSPENDED (SU) to indicate a long-term suspension in rating and/or targetprice, and/or coverage due to applicable regulations or Stifel policies. SUSPENDED indicates the analyst is unable todetermine a “reasonable basis” for rating/target price or estimates due to lack of publicly available information or the
WANdisco plcWAND – LSE
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inability to quantify the publicly available information provided by the company and it is unknown when the outlook willbe clarified. SUSPENDED may also be used when an analyst has left the firm.
Of the securities we rate, 49% are rated Buy, 38% are rated Hold, 2% are rated Sell and 11% are rated Suspended.
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