=Paper=
{{Paper
|id=Vol-2561/paper8
|storemode=property
|title=Adapting Service Delivery for Quantum Programming
|pdfUrl=https://ceur-ws.org/Vol-2561/paper8.pdf
|volume=Vol-2561
|authors=Guillermo Jose Hernandez Gonzalez
|dblpUrl=https://dblp.org/rec/conf/quanswer/Gonzalez20
}}
==Adapting Service Delivery for Quantum Programming==
https://ceur-ws.org/Vol-2561/paper8.pdf
Adapting Service Delivery for Quantum Programming
Guillermo José Hernández Gonzalez
1 Grupo Eidos Consultoria Informatica SLU, Madrid, 28230, Spain 2
guillermo.hernandez@m2iformacion.com
Abstract. Brief presentation to summarize the possible and predictable changes
and challenges that service delivery needs to support to adequate to the quan-
tum programming and other general quantum technologies.
Keywords: Service Delivery; Quantum Programming
1 Context
Context about the present service delivery and the state of the digital transformation
in IT. Presenting the current situation of service delivery, the need to improve and
expand IT services, driven by the digital transformation and digital world, including a
brief summary of tendencies and innovations such as:
• Cloud: Organizations are moving services to the cloud driven by various reasons,
such as economy, high availability or flexibility.
• New Standards, laws and frameworks: Agile frameworks, new technologies and
worries has created a new set of standards, frameworks and new laws. These new
items are shaping the current service delivery.
• AI: artificial intelligence, machine learning, deep learning, etc. The AI arrived at
IT services and its use is increasing exponentially. We need to understand the utili-
ty and challenges this is creating.
• IoT: Internet of things is maybe one of the flagships of the digital transformation.
Connectivity and online IT services needs to be delivered, maintained and im-
proved for every device joining the internet. This is creating a high number of
troubles with security, availability and compatibility.
• 24x7: Current services are defined for the need of high availability. Users demand
access at all times and services providers need to cater this requirement.
Copyright © 2020 for this paper by its authors. Use permitted under Creative Com-
mons License Attribution 4.0 International (CC BY 4.0).
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2 The evolution of IT Services
A brief exposition of the evolution of IT services and the prediction of its future.
Talking about the different phases’ services have suffered and trying to predict the
possible future phases.
“Life services” of IoT and daily life are going to increase, permeating every aspect
of life, work, health, sports, leisure, education, etc. We need to understand this possi-
ble reality and prepare to the needed changes. Quantum programming is becoming a
reality and can make that the digital transformation takes a new level of deep.
3 What is going to change
A brief summary of the different IT services and service delivery aspects that are
going to change to adapt to the quantum programming and engineering. We must face
and prepare to meet these challenges.
3.1 Services
Current services will improve thanks to quantum programming. We need to under-
stand this need to be treated as part as the future service delivery. This new technolo-
gy will enable us to surpass the limits of our current services:
• Improved output: quantum programming and engineering will open the door to
maximize output and remove limitations, as it could be used to access, generate
and compute data faster using parallelism.
• Real time: current concept of real time is hard to describe as “real” real time.
Queues implemented in the services, maximum channel capacity, etc. to protect the
stability of services could disappear as a necessity thanks to quantum program-
ming.
• Better statistics: Profiling and statistics could use all the data in real time. We can
prepare services to enable “perfect” decisions based on the actual experience of the
service and users. Also, this can be applied to improved predictions of future data.
• Real AI: Existing AI is still a prototype of what we envisioned as AI in the past.
Using improved inference engines, learning and data, we have created an AI that
simulates intelligence, but it’s still bound by most of the classical constraints of
time and data quantity to take decisions. Quantum programming may be the birth
of real AI, an AI so fast in evaluating predictions, all the predictions, that could re-
ally surpass our own software engineering.
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3.2 Architectures
Business and IT architectures are prepared for the actual technology, frameworks and
processes used to operate and deliver IT services. Quantum programming will bring
as we have previusly discusses changes to IT services. Those changes will impact the
Business architecture and current models as Zachman or Togaf, we will need to
change business to understand and use quantum computing posibilities and make use
of the improve performance and decision making, these should be reflected in updated
architectures and business models.
IT architectures will be impacted deeper, as not only it currents systems should
change to assimilate new processes and models, but actual IT infrastructure and plat-
forms need to change. These must be followed by changes in IT architecture under-
standing and management.
If possible that current hardware limitations in most organizations will further ac-
celerate the current trend of moving infrastructure to the cloud, as organizations will
need more memory and data space to allocate the output of quantum programming.
3.3 Agreements and Relations
Quantum programming and quantum computing will modify current services and by
correlation we must change the agreements and contracts managing those services.
SLAs must be improved to define better the needs for the quantum software develop-
ment, precision of the data to be produced and managed. We must also consider
changes relating privacy with clients, as quantum programming can produce data that
can generate high risk of be consider PII (personal identifiable information), as it
could be really be used to generate personal profiling at new levels of understanding.
In the field of agreements, relations with other business units and collaborators of
IT should change. Stakeholders of it services must start understanding how to define
new needs in terms of formula or statistics to make use of the future IT service capa-
bilities, but to do so, they need to understand these transformation and be aware of the
need to change the definition of business service and needs.
3.4 New Roles
Simply put IT and organizations are going to need new roles and people to fill those
roles:
─ Physicist and mathematicians to help with the intrinsic matrix formulas that quan-
tum programming need for the code.
─ Middleware expert to create and integrate connectors between classical software
and services with the new quantum ones.
─ Process experts to develop the flow of business processes integrating quantum
methods.
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─ Statisticians to study and mitigate the deviation of quantum programming and
computing.
─ Researchers to study and create new ways to make use of the quantum possibilities.
─ Quantum programmers to develop the new code.
─ Confidentiality and privacy experts to manage the risk of using quantum program-
ming to generate different types of profiling.
3.5 Data Management
Service data has been managed by classical databases until the apparition of Big Data.
Big data enabled us to manage a larger quantity and more disperse types of data, but
services are still limited by the constrains of queries speed and hardware. Quantum
programing parallelism and concurrent capabilities should be exploited to let us create
the concept of bigger data, managing all our data, information and knowledge all at a
time and letting us correlate everything. Maybe even, we should prepare to create
“The biggest data”, were we can manage not only our data, but all the data of various
organizations maximize the use of the information.
3.6 Risk
As we have explained in previous points, the new quantum programming can bring
many ways of improving the service delivery, but it will also bring new risk and dan-
gers.
We must be aware of the risk of managing colossal amounts of data, the deviation
caused by quantum programming and computing, the uncertainty of using the correct
quantum circuit and not being able to test all the outputs, failure and hardship to con-
nect classical and quantum systems, and, of course, the risk of using the quantum
programming for not very noble reasons.
We must understand that the quantum era could bring the end to our current safe IT
measures protecting our systems and perimeters. We must prepare for it.
3.7 Quantum Services Open a New Future
Quantum services is the general term for services that today are impossible or hard to
deliver, but quantum programming could make it real. Exploit of quantum architec-
ture, programming and systems could make us integrate service delivery seamless in
people life, at real time and less cost.
Also, in the end, quantum computing and programming is a half open door at this
moment, in time it will make possible and reveal new possibilities and technologies.
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References
1. Axelos: ITIL® Foundation, ITIL 4 edition (2019)
2. Axelos: ITIL® v3 Series
3. ISACA: COBIT 5 2016
4. Eleanor G. Rieffel and Wolfgang H. Polak: Quantum Computing A Gentle Introduction.
Scientific and Engineering Computation (2011)
5. Jose Luis Hevia: Course Materials. Alhambra systems and M2iformacion. Web:
https://www.m2iformacion.com/Cursos/DetalleCurso.aspx?idcurso=M2iESPQ001