BUSINESS AND PROPERTY COURTS OF ENGLAND AND WALES
INTELLECTUAL PROPERTY LIST (ChD)
London, EC4A 1NL |
||
B e f o r e :
____________________
(1) DR CRAIG STEVEN WRIGHT (2) WRIGHT INTERNATIONAL INVESTMENTS LIMITED (3) WRIGHT INTERNATIONAL INVESTMENTS UK LIMITED |
Claimants |
|
- and - |
||
(1) BTC CORE (A PARTNERSHIP OF ENTITIES AND INDIVIDUALS INCLUDING THE SECOND TO TWENTY-SIXTH DEFENDANTS) (2) WLADIMIR JASPER VAN DER LAAN (3) JONAS SCHNELLI (4) PIETER WUILLE (5) MARCO PATRICK FALKE (6) SAMUEL DOBSON (7) MICHAEL ROHAN FORD (8) CORY FIELDS (9) GEORGE MICHAEL DOMBROWSKI (A.K.A. 'LUKE DASHJR') (10) MATTHEW GREGORY CORALLO (11) PETER TODD (12) GREGORY FULTON MAXWELL (13) ERIC LOMBROZO (14) JOHN NEWBERY (15) PETER JOHN BUSHNELL (16) BLOCK, INC. (17) SPIRAL BTC, INC. (18) SQUARE UP EUROPE LTD (19) BLOCKSTREAM CORPORATION INC. (20) CHAINCODE LABS, INC (21) COINBASE GLOBAL INC. (22) CB PAYMENTS, LTD (23) COINBASE EUROPE LIMITED (24) COINBASE INC. (25) CRYPTO OPEN PATENT ALLIANCE (26) SQUAREUP INTERNATIONAL LIMITED |
Defendants |
____________________
The Defendants were neither present nor represented
Hearing date: 3rd February 2023
____________________
Crown Copyright ©
Remote hand-down: This judgment will be handed down remotely by circulation to the parties or their representatives by email and release to The National Archives. A copy of the judgment in final form as handed down should be available on The National Archives website shortly thereafter but can otherwise be obtained on request by email to the Judicial Office (press.enquiries@judiciary.uk). The deemed time and date of hand down is 10 am on Tuesday 7th February 2023.
Mr Justice Mellor :
Background
How the issue arose and how it developed
'4. I devised and created the Bitcoin File Format in the course of writing the code for the Bitcoin System. When the software runs and the hashing problem is solved, the software creates blocks in the Bitcoin File Format which are added to the Bitcoin Blockchain file.
5. The first block in the Bitcoin Blockchain is a special block known as the "Genesis Block". I ran the Bitcoin Software on 3 January 2009 (GMT) and created the Genesis Block on that day. It includes the words "The Times 03/Jan/2009 Chancellor on brink of second bailout for banks". (These words are not part of the file format but are simply some of the contents of the Genesis Block). The "Genesis Block" is an anchor value which is unique to Bitcoin.
6. There were issues with the software which took me some days to correct. The second block (now known as Block #1) which is the first "mined" block in the Blockchain was not created until I ran the software on 9 January 2009 (GMT).
7. Therefore, the Bitcoin File Format in the form which is on the Bitcoin Blockchain was first recorded on 3 January 2009 (GMT) when the software was run as I have described above. The recording was in electronic form on the Bitcoin Blockchain.'
'When these earlier pre-release versions were run as with the version released in January 2009, they would write a block to file. This would have made a record in electronic form of the Bitcoin File Format in the form it stood at the time.'
'The alleged literary copyright work is said to be the Bitcoin File Format, as explained in Schedule 2. Paragraph 57 of the Particulars of Claim seems to indicate that the Bitcoin File Format was first recorded in the early blocks of the Blockchain.
However, as the Judge understands the position, each block simply comprises a long list of hex characters. The 'structure' derives from what the software is instructed (in its code) to read and process when it reads a block. So the software reads the first 80 bytes and processes those as constituting the header. Those 80 bytes can then be 'read' by reference to the structure set out in paragraph 3 of Schedule 2, so the first 4 bytes are processed as constituting the nVersion field and so on. But again, the structure of the block header derives from what the software is instructed to read and process. It is not indicated in the block itself.
Hence the questions:
1) Is the above understanding broadly correct? If erroneous, please explain in what respects.
2) Where, in one of the early blocks, is it possible to discern the structure which is now claimed to be the copyright work;
3) In what sense is the structure (as discernible in one of the early blocks) reproduced in later blocks?'
The underlying claim
The Bitcoin File Format
i) nVersion, 4 bytes in length comprising a 32 bit unsigned integer stored in little endian and representing the version of the block format;
ii) hashPrevBlock, 32 bytes in length, being a double hash of the previous block header stored in little endian – essentially the link to the previous block in the chain;
iii) hashMerkleRoot, again 32 bytes in length, comprising a double hash of the root of the Merkle tree of transactions stored in little endian;
iv) nTime, a 4 byte field, representing the time in seconds since 1 Jan 1970, in a 32 but unsigned integer in little endian;
v) nBits, a 4 byte field recording a measure of the difficulty target in compact format;
vi) nNonce, a 4 byte field. Nonce is a portmanteau of 'number used only once'. The Nonce is used in the proof of work algorithm and is effectively the number that blockchain miners are solving for.
Copyright
'3 Literary, dramatic and musical works
(1) In this Part—
"literary work" means any work, other than a dramatic or musical work, which is written, spoken or sung, and accordingly includes—
(a) a table or compilation, and
(b) a computer program;
….
(2) Copyright does not subsist in a literary, …. work unless and until it is recorded, in writing or otherwise; and references in this Part to the time at which such a work is made are to the time at which it is so recorded.
(3) It is immaterial for the purposes of subsection (2) whether the work is recorded by or with the permission of the author; and where it is not recorded by the author, nothing in that subsection affects the question whether copyright subsists in the record as distinct from the work recorded.
'40 Accordingly, for there to be a 'work' as referred to in Directive 2001/29, the subject matter protected by copyright must be expressed in a manner which makes it identifiable with sufficient precision and objectivity, even though that expression is not necessarily in permanent form.
41 That is because, first, the authorities responsible for ensuring that the exclusive rights inherent in copyright are protected must be able to identify, clearly and precisely, the subject matter so protected. The same is true for individuals, in particular economic operators, who must be able to identify, clearly and precisely, what is the subject matter of protection which third parties, especially competitors, enjoy. Secondly, the need to ensure that there is no element of subjectivity –– given that it is detrimental to legal certainty –– in the process of identifying the protected subject matter means that the latter must be capable of being expressed in a precise and objective manner.'
Caselaw
i) First, there was the trial judgment of Arnold J., as he then was: [2010] EWHC 1829 (Ch); [2011] RPC 1, ('SAS No.1') in which he referred a series of questions to the CJEU of interpretation of Council Directive 91/250 (the Software Directive) and Directive 2009/24/EC (its later replacement).
ii) Second, there was the CJEU ruling: Case C-406/10, [2012] RPC 31. ('SAS No.2'). It will be seen below that the CJEU also referred to another Directive in the field of copyright: 2001/29/EC, also known as the Information Society Directive.
iii) Third, there was the further judgment of Arnold J. dealing with issues arising from the CJEU ruling: [2013] EWHC 69 (Ch), [2013] RPC 17. ('SAS No.3').
iv) Although there was an appeal from SAS No.3, it was concerned only with the main claims and did not touch upon the file format issue (or the SAS Language issue): [2013] EWCA Civ 1482.
'(i) A claim that WPL has copied the manuals for the SAS System published by SAS Institute ("the SAS Manuals") when creating WPS and thereby infringed the copyright in the SAS Manuals.' I interpolate, this was the 'Manual to Program Claim'.
'(ii) A claim that, by copying the SAS Manuals when creating WPS, WPL has indirectly copied the programs comprising the SAS Components and thereby infringed the copyright in the SAS Components.' Again, I interpolate, this was the 'Program to Program Claim'.
'(iii) A claim that WPL has used a version of the SAS System known as the Learning Edition in contravention of the terms of its licences, and thereby both acted in breach of the relevant contracts and infringed the copyright in the Learning Edition.' This was the 'Learning Edition Claim'.
(iv) A claim that WPL has infringed the copyright in the SAS Manuals in creating its own documentation, namely a manual ("the WPS Manual") and some "quick reference" guides ("the WPS Guides").' This was the 'Manual to Manual Claim'.
'This category consists of example 23. This concerns a SAS data file format called SAS7BDAT. I have already commented on Professor Ivey's evidence in relation to the data file formats in para.23 above. The example consists of "the SAS source code used to generate files in the SAS7BDAT formats" on the one hand and 15 identified routines in the WPS source code and their functions on the other hand. As presented in exhibit PAI11, example 23 appears to be an allegation of (presumably indirect) reproduction of unidentified SAS source code. That is also the flavour of Professor Ivey's evidence in the body of his report. As stated above, however, not merely is the SAS source code unidentified, but also Professor Ivey had not even inspected the relevant source code. There is no evidence that the SAS source code sets out the SAS7BDAT format, as opposed to reading and writing files in that format.'
'"The SAS file formats must be detailed in the SAS source code, in order for the SAS System to be able to generate files in those formats. The whole point of the reverse engineering exercise undertaken by WPL is to replicate the operation of that SAS source code in WPS."
That evidence was capable of seriously misleading a non-technical judge. There is in fact no evidence that the SAS source code does "detail" the relevant SAS data file formats, as opposed to reading and writing files in those formats. Professor Ivey not only did not exhibit the relevant SAS source code to his report, but also had not even inspected it. I do not consider, however, that this means that the remainder of Professor Ivey's evidence should be rejected.'
'38 From this the Court concluded that the source code and the object code of a computer program are forms of expression thereof which, consequently, are entitled to be protected by copyright as computer programs, by virtue of Art.1(2) of Directive 91/250. On the other hand, as regards the graphic user interface, the Court held that such an interface does not enable the reproduction of the computer program, but merely constitutes one element of that program by means of which users make use of the features of that program (Bezpec?nostni´ softwarova´ asociace, paras.34 and 41).
39 On the basis of those considerations, it must be stated that, with regard to the elements of a computer program which are the subject of Questions 1 to 5, neither the functionality of a computer program nor the programming language and the format of data files used in a computer program in order to exploit certain of its functions constitute a form of expression of that program for the purposes of Art.1(2) of Directive 91/250.
40 As the Advocate General states in point 57 of his Opinion, to accept that the functionality of a computer program can be protected by copyright would amount to making it possible to monopolise ideas, to the detriment of technological progress and industrial development.
41 Moreover, point 3.7 of the explanatory memorandum to the Proposal for Directive 91/250 [COM (88) 816] states that the main advantage of protecting computer programs by copyright is that such protection covers only the individual expression of the work and thus leaves other authors the desired latitude to create similar or even identical programs provided that they refrain from copying.
42 With respect to the programming language and the format of data files used in a computer program to interpret and execute application programs written by users and to read and write data in a specific format of data files, these are elements of that program by means of which users exploit certain functions of that program.
43 In that context, it should be made clear that, if a third party were to procure the part of the source code or the object code relating to the programming language or to the format of data files used in a computer program, and if that party were to create, with the aid of that code, similar elements in its own computer program, that conduct would be liable to constitute partial reproduction within the meaning of Art.4(a) of Directive 91/250.
44 As is, however, apparent from the order for reference, WPL did not have access to the source code of SAS Institute's program and did not carry out any decompilation of the object code of that program. By means of observing, studying and testing the behaviour of SAS Institute's program, WPL reproduced the functionality of that program by using the same programming language and the same format of data files.
45 The Court also points out that the finding made in para.39 of the present judgment cannot affect the possibility that the SAS language and the format of SAS Institute's data files might be protected, as works, by copyright under Directive 2001/29 if they are their author's own intellectual creation (see Bezpec?nostni´ softwarova´ asociace, paras.44 to 46).'
'27 First, can a programming language such as the SAS Language be a work at all? In the light of a number of recent judgments of the CJEU, it may be arguable that it is not a fatal objection to a claim that copyright subsists in a particular work that the work is not one of the kinds of work listed in s.1(1)(a) of the Copyright, Designs and Patents 1988 and defined elsewhere in that Act. Nevertheless, it remains clear that the putative copyright work must be a literary or artistic work within the meaning of art.2(1) of the Berne Convention: see Case C-5/08, Infopaq International A/S v Danske Dagblades Forening [2009] ECR I-6569, [2010] FSR 20 at [32]–[37]. While the definition of "literary and artistic works" in art.2(1) is expansive and open-ended, it is not unlimited. For example, it is conventionally understood not to include sound recordings or broadcasts: see Ricketson and Ginsburg, International Copyright and Neighbouring Rights: The Berne Convention and Beyond (2nd edn, Oxford University Press, 2007), pp.505–508, 1205–1208; Goldstein and Hugenholtz, International Copyright: Principles, Law and Practice (3rd edn, Oxford University Press, 2012), pp.106, 158, 188–191; and Ficsor, Guide to the Copyright and Related Rights Treaties Administered by WIPO (WIPO, 2003), p.27. (The 1988 Act confers "copyright" on such subject matter, but as I have explained elsewhere, the right granted is a right in the signal and not in the content, and thus in effect is a neighbouring or related right.) As I explained in my first judgment at [197], it is now settled that a computer program is a literary work within art.2(1), but it does not necessarily follow that a programming language is such a work.
28 Two points can be disposed of with relatively little difficulty. The first is that, as counsel for WPL pointed out, SAS Institute's draft amendments do not specify what type of work SAS Institute contends the SAS Language to be. I do not regard that as a fatal objection to the allowability of the amendment. In any event, I find it difficult to conceive that, if it is a work, it can be anything other than a literary work. The real question is whether it is a work at all.
29 The second point is that, as was common ground between counsel, it is important to distinguish between the putative work on the one hand and any particular fixation of the work on the other hand. The United Kingdom, in common with many other countries, takes advantage of art.2(2) of the Berne Convention and requires fixation as a condition precedent to the subsistence of copyright: see s.3(2) of the 1988 Act. In principle, the technical means by which fixation is achieved is irrelevant. Thus, as discussed above, an artistic work may be fixed in the source code of a computer program. But the fixation must not be confused with the work. A printed book is a fixation which may embody a variety of works, for example a literary work (the text) and a series of artistic works (illustrations). These different works are likely to have different authors, and hence different owners and terms of copyright. Thus the fact that one can identify a fixation is a necessary, but not a sufficient, condition for the subsistence of copyright.
30 Counsel for WPL submitted that the proposition that a programming language such as the SAS Language could be a work was a novel one which required factual investigation as well as legal analysis. I agree. An issue which was considered at trial, in particular in the expert evidence, was whether the SAS Language was a programming language at all. Having considered the evidence, I concluded that it was: see my first judgment at [47]–[56]. That evidence sheds some light on the question presently under consideration. Thus WPL's expert Dr Worden explained in his report that it was necessary to distinguish between a language, including a programming language such as the SAS Language, and instances of it. He also explained there are two main aspects of a language: its syntax and its semantics.
31 Nevertheless, I am confident that further evidence relevant to the present issue could usefully have been adduced by the parties. I briefly described in my first judgment at [46] the manner in which the SAS System executes scripts written in the SAS Language. This is not a matter which was investigated in any detail at the trial, however. Nor was there any detailed consideration of the relationship between the SAS Language and the SAS Components other than Base SAS. Still less was there investigation of the history of the SAS Language: when, how and by whom it was created and when, how and to what extent it has evolved from its origins.
32 As an illustration of this point, counsel for WPL submitted that the SAS Language could be regarded as an abstraction from the SAS Components in a similar way as the plot of a novel can be regarded as an abstraction from the novel. Even leaving aside my general scepticism about the appropriateness of this kind of analogy when dealing with computer software (see my first judgment at [234]), I am not at all sure that the submission is factually accurate. My present understanding is that the SAS Components implement scripts written in the SAS Language. Accordingly, it is possible to deduce aspects of the SAS Language from observing the operation of the SAS Components. It does not follow that the SAS Language is an abstraction from the SAS Components. It may perhaps be more accurate to regard it as an abstraction from the SAS Manuals, but I am not sure about that either.
33 Based on the evidence which was adduced at trial, and my general understanding of the position, my provisional view is that a programming language such as the SAS Language is not capable of being a work. A dictionary and a grammar are works which describe a language. Such works record, and thereby fix, the elements of the language they describe: the meanings of its words and its syntax. It does not follow that the language is a work. Rather, the language is the material from which works (including dictionaries and grammars) may be created. The evolutionary or organic aspect of language can be left on one side for the moment, since it is clear that it is possible to create a language from scratch. Even when a language is created from scratch, however, what it amounts to is a system of rules for the generation and recognition of meaningful statements. Programming languages such as the SAS Language are no different in this respect.
34 Counsel for SAS Institute argued that the SAS Language was an intellectual creation, and therefore it was a work. In my view that is a non sequitur. As counsel for WPL pointed out, there are many intellectual creations which are not works, such as scientific theories: see Ricketson and Ginsburg at pp. 406–407. An article or book describing a scientific theory is a literary work, but for the reasons explained above that is beside the point when it comes to the question of whether the scientific theory per se is a work. I would add that treating the scientific theory as a distinct work protectable by copyright would undermine the exclusion of the theory from protection by the copyright in the article or book mandated by art.9(2) of TRIPS and art.2 of the WIPO Copyright Treaty (as to which, see my first judgment at [204]–[205]).
35 A second issue is whether, assuming that a programming language is in principle capable of being a work, the SAS Language as it exists now is a work. Although, as I have said, the matter was not properly investigated at trial, it is my understanding that the SAS Language has evolved considerably since its origins. Rather as new words and syntactical constructions enter human languages over time, so too new features have been added to the SAS Language over time. This was not planned and there was no overall design. In those circumstances, it is doubtful whether the SAS Language would qualify as a compilation: see my first judgment at [261]. Whether it could be argued to be a (literary) work of some other type is a question upon which it is not necessary for me to express any view.
SAS data file formats
36 The position in relation to the SAS data file formats is similar to that in respect of the SAS Language. Again, counsel for SAS Institute sought to argue that the SAS data file formats were independent copyright works, relying upon the judgment of the CJEU at [45]. Again, counsel for WPL objected that no such case had been pleaded by SAS Institute, and it was too late for SAS Institute to seek to raise such a case now. As counsel for WPL pointed out, the position in relation to the SAS data file formats is, if anything, even worse than that in relation to the SAS Language, since the draft amendments proposed by SAS Institute still do not plead any case in relation to the data file formats.
37 In my judgment SAS Institute cannot advance a case that the SAS data file formats are distinct copyright works without pleading it. Even leaving aside the point that no such amendment has yet been formulated, it would not be justified to give SAS Institute permission to amend at this late stage. As with the SAS Language, this would require difficult new factual and legal issues to be investigated.
38 There was relatively little evidence about the SAS data file formats at trial. To the best of my recollection, the only format that was addressed in the evidence at trial was SAS7BDAT (see my first judgment at [128]–[129]). I do not even know what other formats, if any, SAS Institute claims that WPL has copied.
39 The question of whether a data file format such as SAS7BDAT is a work is not straightforward for similar reasons to those that I have given in relation to the SAS Language.
40 Even if it is a work, SAS Institute's claim in respect of the data file formats raises rather more acutely the question of fixation. For the reasons given in my first judgment at [32] and [128]–[129], it has not been established that SAS7BDAT is fixed in the SAS Components. It is not clear to me that it is fixed in any of the SAS Manuals either.
41 This claim also raises the question of originality, and in particular whether a data file format is an intellectual creation. For this purpose, elements "differentiated only by their technical function" must be disregarded: see BSA at [47] (quoted in para.19 above) and [50]. What is required is something on which the author has stamped his "personal touch" through the creative choices he has made: see Case C-145/10, Painer v Standard Verlags GmbH, [2012] ECDR 6 at [89]–[92] and Case C-604/10, Football Dataco Ltd v Yahoo! UK Ltd [2012] 2 CMLR 24, [2013] F.S.R. 1 at [38]–[39]. It is open to evidence and argument as to whether data file formats such as SAS7BDAT satisfy this requirement.'
'To enable the patient to access the results of the ECG screening, using software ("the Software") ECG Cloud outputs an extensible mark-up language ("XML") file with a standardised format ("the XML Format"). The XML file is then used to generate a report for distribution to the patient or general practitioner by inserting the information held in the XML Format into a template.'
'Does copyright subsist in the XML Format?
103 XML is a standard computer language for defining/representing structured data in a way which is partly self-describing using natural language terminology. It is not a data format, but a standardised abstraction which allows flexibility in the kinds of data structure which can be represented, and in the choice of terminology and layout. Because of its flexibility, it is likely that independently designed XML schemata will differ markedly, even when describing essentially the same data.
104 Technomed claims no rights in XML as a language: rather, it claims rights in data formats written in the XML language. The XML Format was created by Mr Fuller, an employee of Technomed, between 7 April 2011 and 15 January 2014. It contains text from the Classifications, the Options and the Patient Definitions as well as Traffic Light codes using an alphanumeric convention. Different versions were created over that period as improvements and adjustments were made. As noted above, Technomed's XML Format was provided by Bluecrest to Express on 20 December 2013.
105 Technomed's computer expert, Mr Dickson, undertook a comparison of Technomed's XML Format with an XML file produced by Express for Bluecrest. Mr Dickson identified 16 characteristics shared by the two files. He considered that it was "inconceivable" that a number of those shared characteristics could have arisen by coincidence. It was his evidence that those common characteristics could only be explained by one of the files being derived from the other, or both being derived from a common source.
106 As noted earlier, the computer experts who gave evidence both agreed that the defendants used the same XML schema as previously used by Technomed, and that the revised XML schema later used by the defendants was a minor revision not a fundamental redesign. Mr Dickson in his report noted that Express's derived XML schema was in use until at least 11 December 2015.
107 Ms Heal submitted, and Mr Hill accepted in his written closing submissions, that the XML Format is not entitled to protection as a computer program (citing the Court of Justice in SAS Institute Inc v World Programming Ltd (C-406/10) EU:C:2012:259; [2012] RPC 31 and Arnold J in SAS Institute Inc v World Programming Ltd [2013] EWHC 69 (Ch)). But Mr Hill submitted that the XML Format is entitled to protection as a literary work, in support of which he cited Arnold J at [41] of SAS Institute. Ms Heal accepted in her written closing that the XML Format could be a literary work so long as it meets the intellectual creation test. I therefore do not need to resolve the concerns expressed by Arnold J in SAS Institute about fixing of a format.
108 Mr Hill submitted that the XML Format exhibits the personal stamp of its author Mr Fuller, relying on Mr Dickson's evidence where he helpfully set out in an exhibit an example of an XML file generated by ECG Cloud, and colour highlighted those parts of it which were names chosen by the scheme designer, as opposed to the actual data described by the document, and syntax element dictated by the XML standard. Mr Dickson was not cross-examined about this document. Mr Hill submitted on this basis that the XML Format contains content—not just structure, and hence is entitled to copyright protection.
109 I accept Mr Hill's submission. The XML Format is the product of Mr Fuller's intellectual creation. Copyright subsists in the XML Format.'
'2 The IDEA System was developed utilising the XML format to create/structure, validate and run applications created using the IDEA System. Three of the main components of the IDEA System can be described as follows:
(i) the IDEA Editor, or authoring software, which allows the author-user creating an application to define the "frames" and "trees" of the application and creates XML files which conform with the XML data formats developed as part of the development of the IDEA System and referred to in the pleadings and the evidence collectively as the "XML Schema";
(ii) the IDEA Engine, which deciphers XML files which have been encoded according to the XML Schema, renders the results for the user, and handles the data flow between different parts of the system; and
(iii) the IDEA Player, which processes the XML files and "plays" them according to the sequence of IDEA commands encoded within them.'
'What is the XML Schema?
38 XML stands for Extensible Markup Language. Mr Riordan for the claimants relies on what he describes as a "good working definition" of XML provided by Mr David Stone, sitting as a Deputy Judge of the High Court, in Technomed Ltd v Bluecrest Health Screening Ltd [2017] EWHC 2142 (Ch); [2018] E.C.D.R. 1; [2018] F.S.R. 8 at [103]: [as quoted above]
39 I do not understand the defendants to object to this definition. Dr Young describes an XML database as a text file which holds data in a hierarchical database. He describes the main parts of an XML file as including: (i) elements, which can have sub-elements or "child elements" nested within them, in a hierarchy; (ii) attributes, which are names set to value within an element; and (iii) values, which are the application data stored or referenced within the XML file. This may be text or numerical values or may, for example, be a link or a pointer to an image, video or audio file to be played. Dr Young gives examples of an XML hierarchal database file at pages 11 and 12 of his first report.
40 Dr Young draws an important distinction, as Mr Riordan notes in his submissions, between the structural elements of an XML file, which are the elements and the attributes, and the data elements which are the values. For BTB, then, the values are (or link/point to) the author-provided content of the application.
'Although the XML Schema is not object code, I am satisfied on the evidence, including the expert evidence, that the unique logic elements of the XML Schema act in a way which is almost like code, and a number of the named IDEA components (including the IDEA Player) cannot be used as the licence intends without the concurrent use of the XML Schema, …'
Counsel's submissions
i) That Dr Wright expended substantial skill and judgement in creating the Bitcoin File Format, such that the originality/intellectual creativity requirement is met – in other words I have ignored any potential issue as mentioned by Arnold J. in SAS No.3 at [41];
ii) That Dr Wright devised and created the Bitcoin File Format in the course of writing the code for the Bitcoin System;
iii) There is no reason why two works cannot be created in parallel with one another and in the course of the same creative process.
i) At one point, Counsel was on the verge of making the submission that Arnold J. rejected in SAS No. 3 at [34], namely that because the Bitcoin File Format was an intellectual creation, it was therefore a work. This is as much a non-sequitur as it was in SAS No.3.
ii) Second, Counsel submitted that fixation was a pure formality, imposed so that there can be no argument later as to what the copyright work is. On that basis, he submitted, there was sufficient fixation in this case, because there is no doubt as to what the Bitcoin File Format is. This is another non-sequitur, which is also based on a complete misunderstanding of the requirement for a fixation.