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Big Data and Scoring in the Financial Sector

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Abstract

Scoring is an assessment procedure, especially for the purpose of credit assessment. Big data did not “create” that kind of procedure but influences the calculation of probability forecasts by opening up additional data sources and by providing enhanced possibilities of analyzing data. Scoring is negatively connoted. While being connected to risks, it opens up opportunities for companies as well as for the data subject. Since 2009, scoring is regulated by the German Federal Data Protection act, which entitles the data subject to get information free of charge once a year. Currently, a draft amendment concerning scoring is discussed in Parliament.
Big Data and Scoring in the Financial
Sector
Stefanie Eschholz and Jonathan Djabbarpour
Abstract Scoring is an assessment procedure, especially for the purpose of credit
assessment. Big data did not createthat kind of procedure but inuences the
calculation of probability forecasts by opening up additional data sources and by
providing enhanced possibilities of analyzing data. Scoring is negatively connoted.
While being connected to risks, it opens up opportunities for companies as well as
for the data subject. Since 2009, scoring is regulated by the German Federal Data
Protection act, which entitles the data subject to get information free of charge once
a year. Currently, a draft amendment concerning scoring is discussed in Parliament.
1 Introduction
The catchphrases scoring and big data are frequently used by the media. Often, it is
not clear what these phrases are supposed to mean. They are not always used with
the same meaning, and they are sometimes used undifferentiated.
Therefore, the question arises what scoring actually is. Scoring describes a
procedure, which assesses a person to compare him or her with others.
1
Those
assessment procedures originate from banking: before a credit is given, a bank
customers credit default risk is assessed (so-called credit scoring).
2
For this pur-
pose, a scale is determined. Depending on the position on that scale, the bank
customer is assessed either as a goodand therefore creditworthy customer or as a
badone. A goodcustomer will be offered a credit with good conditions by the
bank while a badcustomer is not offered any credit at all or only one with bad
conditions, for example higher interests or additional collateral are requested.
S. Eschholz (&)J. Djabbarpour
Institute for Information, Telecommunication and Media Law (ITM),
University of Münster, Münster, Germany
e-mail: stefanie.eschholz@uni-muenster.de
1
BGH, NJW 2014, 1235 (1235 et seq.).
2
BT-Drucks. 16/10529, p 9; Jandt, K&R 2015, 6 (6).
©The Author(s) 2018
T. Hoeren and B. Kolany-Raiser (eds.), Big Data in Context,
SpringerBriefs in Law, https://doi.org/10.1007/978-3-319-62461-7_8
63
Furthermore, the question arises what big data is all about. Data is called bigif
it is characterized by the three Vs: Volume, Velocity, Variety.
3
Additional
characteristics such as Veracity are included in some denitions.
4
Big data is about
analyzing masses of data.
5
Signicant for big data is the quick and easy calculation
of probability forecasts and correlations, which enables new insights and the
deduction of (behavioral) patterns.
6
2 Scoring Procedure
Usually, businesses that score do not publish any details or only few details about
factors inuencing the score and their weighting. One reason for this is that they
consider this information as a business secret. Another reason is that fully trans-
parent procedures entail the risk of manipulation.
7
Generally, the scoring factors are gathered systematically to calculate one or
more scores out of them by means of statistical methods. For instance, the Schufa,
Germanys most noted credit agency,
8
calculates a basic score as well as
sector-specic scores and collection scores. While the basic score reects the
customers general creditworthiness, the sector-specic scores are supplemented
with specics of each sector, for example of the telecommunications sector.
Collection scores indicate the probability of successfully collected debts. Different
factors in different weightings are included in the calculation of the score to meet
the different requests as good as possible.
9
A single factor itself does not necessarily have a positive or negative inuence
on the score, but the factor can have such inuence in context with or in depen-
dency with other factors. For instance, one regularly paid mobile phone contract can
3
Laney 2001, 3D Data Management: Controlling Data Volume, Velocity and Variety, http://blogs.
gartner.com/doug-laney/les/2012/01/ad949-3D-Data-Management-Controlling-Data-Volume-
Velocity-and-Variety.pdf.
4
E.g. Markl, in: Hoeren, Big Data und Recht, p 4 and Fraunhofer-Society, http://www.iml.
fraunhofer.de/de/themengebiete/software_engineering/big-data.html.
5
Markl, in: Hoeren 2014, Big Data und Recht, p 4; Jandt, K&R 2015,p6.
6
Jandt, K&R 2015,p6.
7
SCHUFA Holding Ahttps://www.schufa.de/de/ueber-uns/daten-scoring/scoring/transparente-
scoreverfahren/.
8
Credit agencies are private-law companies, not government agencies. They collect and le
commercially personal data about companies and persons concerning their creditworthiness. They
receive such data from other companies (e.g., banks, telecommunication companies, mail order
companies, energy suppliers and collection companies), publicly available registers (e.g., con-
cerning insolvency) or other public sources (e.g., internet, newspaper). They pass information to
business partners for value. Besides Schufa, there are also other credit agencies like Infoscore,
Deltavista and Bürgel. Sources: Ehmann 2014, section 29 m. n. 83, 84; LDI NRW, 2012; https://
www.schufa.de/de/.
9
https://www.schufa.de/de/unternehmenskunden/leistungen/bonitaet/.
64 S. Eschholz and J. Djabbarpour
have a positive inuence, whereas many mobile phone contracts can have a neg-
ative inuence. Furthermore, non-existing or not known factors can have an
inuence as well. Under certain circumstances, a customer without any record can
be considered less creditworthy than a customer who regularly exceeds his credit
line, but always repays his or her debts.
10
The values used for scoring do not necessarily reect reality. For instance, other
factors are the number of people in the household or how long the household
already exists. For a credit agency, a household does not exist until it gets to know
about its existence. The scores are calculated with this value even if the household
exists much longer. It is quite the same when it comes to the number of people in
the household because sometimes outdated or simply wrong data is used here.
11
In the past, the Schufa score could deteriorate when a customer asked different
banks for offers even if he or she did not accept any of them. In the meantime, the
Schufa has introduced the factor request for conditionsthat does not have any
inuence on the actual score. One has to obtain and prove your Schufa credit record
to assure that the requests were used correctly and that no wrong negative factors
inuenced the score.
12
3 Scoring in the Big Data Era
The extent and scope of scoring were increased considerably in recent years by new
technologies for gathering and analyzing data—“bigdata.
13
Scoring procedures
infuse more and more areas of life and therefore they are the basis for decisions
leading to a contract and its conditions.
14
Admittedly, scoring is no specic manifestation of big data. The Schufa started
in the 1920s, computerized its database already in the 1970s and began to develop
credit scores in the 1990s.
However, big data opens up additional data sources. For instance, the Schufa
considered using social media data from networks like Facebook, Twitter and Xing
in 2012.
15
For this purpose, the Hasso-Plattner-Institute (HPI) of the University of
Potsdam should start research on how information from social media could be used
for credit scoring.
16
Because of the public reaction, the research never took place.
10
Mansmann, ct 10/2014, p 80 et seq.
11
Schulzki-Haddouti, ct 21/2014, p 39.
12
Mansmann, ct 10/2014, p 80.
13
Jandt, K&R 2015, p 6; ULD & GP Forschergruppe 2014, Scoring nach der Datenschutz-Novelle
2009 und neue Entwicklungen, 16. p 55 et seq., p 125.
14
Jandt, K&R 2015, p 6 et seq.; Schulzki-Haddouti, c't 21/2014, p 38.
15
Rieger, Kredit auf Daten, FAZ.net, http://www.faz.net/aktuell/feuilleton/schufa-facebook-kredit-
auf-daten-11779657.html; Schmucker, DVP 8/2013, p 321 et seq.
16
Rieger 2012, Kredit auf Daten, FAZ.de, http://www.faz.net/aktuell/feuilleton/schufa-facebook-
kredit-auf-daten-11779657.html.
Big Data and Scoring in the Financial Sector 65
First, the HPI refrained from conducting the project SCHUFALab@HPI and nally
the Schufa abandoned its plans.
17
Now, the Schufa does not use social media data at
all according to its homepage. But other companies use social media data to assess
credit default risks.
18
The company Kreditech, for example, uses big data (including
social media data) to offer alternative nancial services that are transacted fast and
completely online and the company provides its service 24/7but not in
Germany.
19
Often, those alternative nancial services to traditional bank credits are
used especially by people who were assessed as risky potential customers by banks
and therefore did not obtain any credit or did not obtain a low-interest credit.
20
The
only option for people with a bad credit assessment who need a credit is to agree to
a credit at the cost of their privacy.
21
It becomes apparent that personal data has an
economic value that many customers are not aware of.
4 Risks and Chances
Striking headlines in the media
22
and statements made by politicians have shown
the risks related to scoring.
23
The central points of criticism are the lack of trans-
parency concerning the data used and concerning the procedures, the quality and
correctness of data, the length of the retention period as well as the actual and legal
possibilities to correct the data inuencing the score.
24
Due to long retention
periods mistakes made in the past inuence the data subjects present and future.
25
Scores are derived from companiesexperiences with their customers by general-
ization. Therefore, a person could get a score, which does not meet his or her
current, individual circumstances.
26
17
Schmucker, DVP 8/2013, p 322.
18
Morozov, Bonitätübers Handy, FAZ.de, http://www.faz.net/aktuell/feuilleton/silicon-demokratie/
kolumne-silicon- demokratie-bonitaet-uebers-handy-12060602.html.
19
Kreditech Holding SSL GmbH, https://www.kreditech.com/what-we-do/.
20
Morozov 2013, Bonitätübers Handy, FAZ.net, http://www.faz.net/aktuell/feuilleton/silicon-
demokratie/kolumne-silicon-demokratie-bonitaet-uebers-handy-12060602.html.
21
Ibid.
22
For examples see http://www.heise.de/:Scoring zur Bonitätsprüfung schwer fehlerbehaftet,
Zügelloses ScoringKaum Kontrolle über die Bewertung der Kreditwürdigkeit,Studie:
Scoring oft unverständlich,Aussagekraft fragwürdig’”.
23
Steinebach et al., Begleitpapier BürgerdialogChancen durch Big Data und die Frage des
Privatsphäreschutzes, p 33.
24
Jandt, K&R 2015, p 7 et seq.; Steinebach et al., Begleitpapier BürgerdialogChancen durch Big
Data und die Frage des Privatsphäreschutzes, p 32 et seq.; see BT-Drucks. 16/10529 and
BT-Drucks. 18/4864.
25
Jandt, K&R 2015, p 7 et seq.; Steinebach et al., Begleitpapier BürgerdialogChancen durch Big
Data und die Frage des Privatsphäreschutzes, p 9, 32, 39.
26
BT-Drucks. 16/10529, p 17; Jandt, K&R 2015, p 6 et seq.; Steinebach et al., Begleitpapier
BürgerdialogChancen durch Big Data und die Frage des Privatsphäreschutzes, p 32 et seq.
66 S. Eschholz and J. Djabbarpour
It cannot be denied that the individual can suffer disadvantages based on scoring
procedures. However, it has to be kept in mind that scoring has advantages as well,
and not only for companies. One side of the coin is that companies are protected
against payment defaults; the other side of the coin is the consumers protection
against over-indebtedness.
27
Banks would not have any indication which customer
is able to cover repayment without the assessment by a score.
28
They would charge
risk premiums und would grant less credits to make up for the risk of payment
defaults. The result would be higher credit costs for all customers.
29
There would
not be the opportunity to get an attractive credit offer due to a positive risk
assessment any more.
30
A reasonable risk assessment also contributes to macroeconomic stability. Based
on scoring, credits are granted in accordance with the customers economic per-
formance and therefore crises like the Subprime-crisis in 2007, which resulted in a
global nancial crisis,
31
can be prevented.
32
It also needs to be taken into consideration that scoring objecties forecasts:
decisions are based on an algorithm instead of a bank employees subjective
judgment, and therefore unconscious discrimination could be avoided.
33
5 Legal Situation
In 2009, scoring was regulated by the German federal data protection act (BDSG)
for the rst time. Although the legislator wanted to regulate credit scoring, neither
the law itself nor its explanatory memorandum is restricted to procedures to assess
27
ULD & GP Forschergruppe 2014, Scoring nach der Datenschutz-Novelle 2009 und neue
Entwicklungen, p 32; SCHUFA Holding AG, https://www.schufa.de/de/ueber-uns/daten-scoring/
scoring/scoring/.
28
ULD & GP Forschergruppe, Scoring nach der Datenschutz-Novelle 2009 und neue
Entwicklungen, p 92; SCHUFA Holding AG, https://www.schufa.de/de/ueber-uns/daten-scoring/
scoring/scoring/.
29
SCHUFA Holding AG, https://www.schufa.de/de/ueber-uns/daten-scoring/scoring/scoring/.
30
Steinebach et al., Begleitpapier BürgerdialogChancen durch Big Data und die Frage des
Privatsphäreschutzes, p 39; ULD & GP Forschergruppe, Scoring nach der Datenschutz-Novelle
2009 und neue Entwicklungen, p 92.
31
Subprime mortgages are those that are given to people with a poor credit history. Credit defaults
in the USA were increasing and resulted in a global nancial crisis, since US mortgage credits
were renanced in the international capital markets. Sources with further information to the
subprime-crisis: Budzinski and Michler, Gabler Wirtschaftslexikon; Steinebach et al. 2015.
32
Steinebach et al., Begleitpapier BürgerdialogChancen durch Big Data und die Frage des
Privatsphäreschutzes, p 39.
33
Steinebach et al., Begleitpapier BürgerdialogChancen durch Big Data und die Frage des
Privatsphäreschutzes, p 39; ULD & GP Forschergruppe, Scoring nach der Datenschutz-Novelle
2009 und neue Entwicklungen, p 92; SCHUFA Holding AG, https://www.schufa.de/de/ueber-uns/
daten-scoring/scoring/scoring/.
Big Data and Scoring in the Financial Sector 67
credit default risks.
34
The law describes scoring as a procedure that is characterized
by a means-end relation: the aim is to calculate how probable a certain, future
behavior of the data subject is; as means mathematical-statistical methods are
employed.
35
Simultaneously, the scored data subject was entitled to get information free of
charge once a year (section 34 para. 2, 4, 8 BDSG). According to the study
Scoring nach der Datenschutz-Novelle 2009, only one out of three consumers
exercised their right, probably because of the fact that not every consumer knows
his or her right to information. The right to information enables the data subject to
exercise his or her right to correction, deletion and blocking of data (section 35
BDSG).
36
Besides, general civil law rules for damage claims and injunctive reliefs
because of privacy violation have to be kept in mind as well as the specic damage
claim of data protection law (section 7 BDSG).
37
The Federal Court of Justice of Germany stated its position on scoring in two
decisions. In the rst decision, the court rejected an injunctive relief concerning a
negative credit assessment because the freedom of expression protects the assess-
ment of credit default risks as long as it is based on true fact.
38
In the second
decision, the court conrmed the data subjects right to get to know, which personal
data is led about him or her and has inuenced the score.
39
But, the algorithm with
which the score is calculated is protected as business secret so that businesses do
not have to inform the data subject about the weighting of single factors or the
denition of comparison groups. The Federal Court of Justice of Germany argued
that the credit agenciescompetitiveness depends on the secrecy of the algorithm
calculating the score. The right to information does not include the right to
re-calculate and check the calculation of the score. It remains to be seen which
position the Federal Constitutional Court will state deciding about the constitutional
complaint brought against the second decision of the Federal Court of Justice of
Germany.
40
In May 2015, the parliamentary party BÜNDNIS 90/DIE GRÜNEN proposed a
draft amendment
41
concerning scoring, which is still in the legislative process.
42
The draft aims at extending the data subjects right to information and access
34
BT-Drucks. 16/10529, p 1, 9, 15 et seq.
35
BT-Drucks. 16/10529, p 9; Ehmann, in: Simitis, BDSG, section 28b Ref. 22 et seq.
36
BT-Drucks. 16/10529, p 17.
37
ULD & GP Forschergruppe, Scoring nach der Datenschutz-Novelle 2009 und neue
Entwicklungen, p 139.
38
BGH, MMR 2011, p 409 et seq.
39
BGH, NJW 2014, p 1235 et seq.; detailed ULD & GP Forschergruppe, Scoring nach der
Datenschutz-Novelle 2009 und neue Entwicklungen, p 45 et seq.
40
BVerfG, 1 BvR 756/14.
41
BT-Drucks. 18/4864.
42
For further information see http://dipbt.bundestag.de/extrakt/ba/WP18/669/66907.html.
68 S. Eschholz and J. Djabbarpour
against credit agencies and companies concerning his or her score. Following
regulations shall be put in place:
Ex ante disclosure of scoring procedures
Right of access concerning single data sets, weighting of single factors,
assignment to comparison groups and retention periods
43
For credit assessment, it shall be prohibited to use data that is not relevant to the
data subjects creditworthiness or that is likely to discriminate
Credit agencies shall be obligated to actively inform the data subject
Supervisory authority shall control compliance with data protection legislation.
The legislative proposal points out, that scoring procedures need to become more
transparent. It cites the study Scoring nach der Datenschutznovelle 2009to sub-
stantiate its demand. In the study, a lack of transparency in the procedures is criticized,
stating that it deprives the data subject of the basis for effective legal protection. The
study also states that the quality of the data inuencing the score is not guaranteed.
Moreover, the authors of the study doubt that the scientic integrity of the scoring
procedures can be guaranteed. At present, there are no legally prescribed criteria for
the measurement of the scientic integrity of the mathematical-statistical procedure.
This could be a reason why supervisory authorities practically do not control
scoring procedures.
44
Although supervisory authorities are already under the cur-
rent legal situation empowered to control whether the calculation is based on a
scientic approved mathematical-statistical procedure (section 38 BDSG), they
lack capacity to control by now.
45
Under these circumstances, it is not clear how the
plans of BÜNDNIS 90/DIE GRÜNEN could be implemented. Besides, it can be
doubted if it is actually possible to control when big data technologies and
self-learning algorithms will be used more often in the future.
46
6 Prospect
In the future, the economic usage of data and the data subjects interests must be
balanced adequately in the scoring procedure as well as concerning any other
manifestation of big data.
47
That is the only possible way to guarantee that deci-
sions based on algorithms are reliable and legal.
48
43
Contrary to BGH, Decision of 28 January 2014VI ZR 156/13.
44
BT-Drucks. 18/4864, p 1; Steinebach et al., Begleitpapier BürgerdialogChancen durch Big
Data und die Frage des Privatsphäreschutzes, p 33, 55; ULD & GP Forschergruppe, Scoring nach
der Datenschutz-Novelle 2009 und neue Entwicklungen, p 133.
45
Schulzki-Haddouti, ct 21/2014, p 38.
46
Jandt, K&R 2015,p7.
47
Bitter/Buchmüller/Uecker, in: Hoeren, Big Data und Recht, p 71.
48
Ibid.
Big Data and Scoring in the Financial Sector 69
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Author Biographies
Stefanie Eschholz Dipl.-Jur., research associate at the Institute for Information,
Telecommunication and Media Law (ITM) at the University of Münster until 2016. She holds a
law degree from Münster.
Jonathan Djabbarpour B.Sc., research assistant at the Institute for Information,
Telecommunication and Media Law (ITM) at the University of Münster until 2016. He currently
completes his master studies in business informatics.
70 S. Eschholz and J. Djabbarpour
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Big Data and Scoring in the Financial Sector 71
Article
Full-text available
Este artigo objetiva estudar os aspectos e as características do controle, da dominação e da vigilância na sociedade do digital, das novas tecnologias e da imersão no virtual com excessivas exposição e exibição. Parte da hipótese de que o desenvolvimento desenfreado das máquinas inteligentes pode conduzir ao estágio futuro pós-humano, sobretudo, transumanista, aleijando-se privacidade e autonomia individuais. Seus objetivos específicos são: i) estudar estruturas de vigilância, com ênfase na arquitetura panóptica do poder (Bentham, Foucault) e suas abordagens mais recentes; ii) expor a ascensão e os impactos das novas tecnologias, especialmente das técnicas de big data, dos algoritmos e da IA no contexto da vigilância. Como resultado, conclui-se que, com a inconsequente evolução tecnológica, desenvolvem-se grandes riscos de perda permanente do autocontrole humano, bem como das possibilidades de salvaguarda contra tais riscos. Metodologicamente, trata-se de pesquisa exploratória, com procedimento hipotético-dedutivo, abordagem qualitativa e transdisciplinar e técnica de pesquisa de revisão bibliográfica. PALAVRAS CHAVE: Panóptico; Vigilância; Novas tecnologias; Controle social. ABSTRACT This article aims to study the aspects and characteristics of control, domination, and surveillance in the digital society, exploring the impact of new technologies and immersion in the virtual realm with excessive exposure and display. It hypothesizes that the unrestrained development of intelligent machines may lead to a future post-human stage, particularly transhumanist, compromising individual privacy and autonomy. The specific objectives are: i) to examine surveillance structures, with an emphasis on the panoptic architecture of power (Bentham, Foucault) and its more recent approaches; ii) to elucidate the rise and impacts of new technologies, especially big data techniques, algorithms, and AI in the context of surveillance. As a result, it is concluded that with the heedless technological evolution, significant risks of permanent loss of human self-control and the possibilities of safeguarding against such risks emerge. Methodologically, it is an exploratory research with a hypothetical-deductive procedure, a qualitative and transdisciplinary approach, and the technique of literature review. Keywords Panopticon; Surveillance; New technologies; Social control.
3D data management: controlling data volume, velocity and variety. http://blogs. gartner.com/doug-laney/files/2012/01/ad949-3D-Data-Management-Controlling-DataVolume-Velocity-and-Variety
  • D Laney
Laney D (2001) 3D data management: controlling data volume, velocity and variety. http://blogs. gartner.com/doug-laney/files/2012/01/ad949-3D-Data-Management-Controlling-DataVolume-Velocity-and-Variety.pdf. Accessed 4 Apr 2017
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