Google business models and revenue sources #ewseco
Google functions under diverse business models and revenue streams. Presented here are five illustrations:
1. The primary source of revenue for Google is the advertising displayed on its search engine and various platforms such as YouTube. In 2020, Google's advertising revenue reached approximately $147 billion, making a substantial contribution to its profits.
2. Cloud Services: Google Cloud provides cloud computing services to enterprises, generating revenue through subscription-based frameworks. The revenue from Google Cloud in 2020 was about $13 billion, displaying an increasing impact on profits.
3. Sales of Hardware: Google markets hardware items like Pixel smartphones, Nest smart home gadgets, and Chromecast. The revenue from hardware sales in 2020 was about $10 billion, with profit margins varying among product categories.
4. Play Store: Google gains revenue from the Play Store by receiving a share of app sales and in-app transactions. The revenue from the Play Store in 2020 was estimated at $10 billion, with substantial profit margins attributed to the digital essence of the platform.
5. Licensing and Other Services: Google also derives revenue through licensing contracts, collaborations, and other services such as Google Workspace (previously known as G Suite). These services collectively contribute to Google's overall revenue and profits.
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The top 5 global companies with aggregator business models
The European Workshop on Software Ecosystems is an annual event which connects top notch researchers and business professionals in the field of software and platform ecosystems as well as business networks. Here is an example of a topic we will discuss at the event.
The top 5 global companies with aggregator business models, revenue, and growth rate in the last 5 years are:
1. Amazon - Revenue: $386 billion (2020), Growth Rate: 21% (2020-2024).
2. Uber - Revenue: $14.1 billion (2020), Growth Rate: 25% (2020-2024).
3. Airbnb - Revenue: $3.4 billion (2020), Growth Rate: 30% (2020-2024).
4. Booking.com - Revenue: $15.1 billion (2020), Growth Rate: 18% (2020-2024).
5. Expedia - Revenue: $11.7 billion (2020), Growth Rate: 15% (2020-2024).
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More details and background information can be found in these books:
How can you foster innovation in software ecosystems - six examples
Innovation is at the heart of every successful software ecosystem. Fostering a culture of innovation not only drives growth and success but also creates a competitive edge. Here are six examples of how you can foster innovation in software ecosystems:
1. Encourage a Collaborative Environment:
Create spaces for open communication and idea-sharing among software development teams. Collaboration fosters creativity and leads to innovative solutions.
2. Invest in Research and Development:
Allocate resources to R&D efforts to explore new technologies, methodologies, and trends. This investment can yield groundbreaking innovations.
3. Embrace Agile Methodologies:
Adopt agile practices to enable quick iterations, adaptability, and continuous improvement. Agile methodologies promote innovation by allowing teams to respond to change and deliver high-quality software.
4. Promote a Culture of Learning:
Encourage continuous learning and skill development among team members. By staying updated on the latest industry trends, individuals can bring fresh perspectives and innovative ideas to the table.
5. Support Hackathons and Innovation Challenges:
Organize events that challenge developers to ideate and create innovative solutions within a limited timeframe. Hackathons drive creativity and often result in pioneering software concepts.
6. Foster Entrepreneurial Mindset:
Encourage developers to think like entrepreneurs and take ownership of their projects. This mindset cultivates a sense of ownership and drive to innovate.
By implementing these strategies, software ecosystems can create an environment that nurtures creativity, experimentation, and advancement, ultimately leading to groundbreaking innovations.
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Why don´t you choose one of the following topics to continue:
Plattform-Geschäftsmodelle - die Grundlagen
Plattform-Geschäftsmodelle - die Grundlagen
In einem Buch mit dem Titel Business Model Generation (2010) von Osterwalder und Pigneur geht es um Plattformen, zu deren Beispielen Apple, Visa, Google, eBay und Microsoft Windows gehören. Eines der erfolgreichsten Geschäftsmodelle dieser Ära ist das Plattform-Geschäftsmodell, das ein Ökosystem verwaltet und unterhält, um wirtschaftlichen Wert in Form von Transaktionsgebühren oder auf andere Weise zu erzielen. (Quellen: 11, 16, 17)
In der Regel schafft ein Plattform-Geschäftsmodell Werte, indem es den Austausch zwischen zwei oder mehreren voneinander abhängigen Gruppen erleichtert. Es macht sich ein Ökosystem von Nutzern wie Konsumenten, Produzenten, Verkäufern, Käufern, Fahrern, Gastgebern oder Gästen zunutze, um Transaktionen zwischen ihnen innerhalb eines großen Netzwerks zu erleichtern. (Quellen: 1, 4, 16)
Plattformtypen und Design
Obwohl es eine Reihe verschiedener Plattformtypen und viele verschiedene Klassifizierungen gibt, sind die beiden gängigsten Plattform-Geschäftsmodelle die so genannten Transaktionsplattformen und Innovations-Ökosystem-Plattformen. [Quellen: 8, 14] Transaktionsplattformen ermöglichen Transaktionen zwischen Teilnehmern, die sich in der Regel auf verschiedenen Seiten der Plattform befinden. Innovations-Ökosystem-Plattformen bieten ein Umfeld, in dem die Teilnehmer über das Angebot der Plattform hinaus innovieren können. Ein typisches Beispiel aus der Technologiebranche ist die Schaffung einer Reihe von APIs, die von einer Plattform bereitgestellt werden, um darauf aufbauend Lösungen zu entwickeln. Innovations-Ökosystem-Plattformen mit großen Ökosystemen sind Infrastructure-as-a-Service-Anbieter wie Amazon, Google oder Alibaba.
Bei Transaktionsplattformen liegt der Schwerpunkt nicht auf der Generierung von Einnahmen auf Transaktionsbasis aus der Produktion und dem Verkauf von Waren und Dienstleistungen, sondern das Geschäftsmodell der Plattform ermöglicht wertvolle Verbindungen zwischen den Nutzern. Die Suche nach den richtigen Kerntransaktionen, die zwischen den Nutzern der Plattform ermöglicht werden sollen, ist ein wichtiger Teil des Plattformdesigns, da das Plattformgeschäft darauf angewiesen ist, dass seine Nutzer diese Transaktionen wiederholen, um einen Wertaustausch zu generieren. (Quellen: 1, 5, 14)
Bei der Gestaltung von Plattformen für Innovationsökosysteme geht es vor allem darum, den Teilnehmern eine niedrigschwellige, leicht zu bedienende Umgebung zu bieten, damit sich schnell ein großes Ökosystem von Innovatoren bilden kann. Es müssen aber auch faire Regeln für die Innovatoren aufgestellt werden, um den von ihnen geschaffenen Wert zu erfassen.
Ein Plattform-Ökosystem wird demnach durch die Beschreibung des stattfindenden Wertaustauschs, der Regeln für die Geschäftspraktiken der Plattform und der den Nutzern zur Verfügung stehenden Werkzeuge gestaltet. Das Aufkommen vernetzter Technologien und Ökosysteme ermöglicht es Plattformen, auf eine Weise zu skalieren, wie es traditionelle Unternehmen nicht können. [Quellen: 1, 15]
Plattformen und traditionelle Unternehmen
Wir bezeichnen traditionelle Unternehmen, die keine Plattformen sind, als lineare Unternehmen, weil ihre Tätigkeit als eine typische lineare Lieferkette entlang einer Pipeline von Unternehmen beschrieben werden kann. Plattformunternehmen wandeln das Pipeline-Geschäftsmodell, bei dem die Wertschöpfung einseitig ist und Engpässen in der Lieferkette unterliegt, in ein Plattform-Geschäftsmodell um, bei dem die Wertschöpfung in der Regel mindestens zweiseitig und kontinuierlich ist. [Quellen: 1, 8,11]
Plattformen, die zu einem Teil unseres täglichen Lebens geworden sind, haben ihr Geschäft auf leistungsstarken Plattformtechnologien aufgebaut, die sich mit unseren Werten befassen und eine Verbindung zu ihnen herstellen. Die Unternehmen werden sich irgendwann an dieses neue Modell anpassen müssen, da sie sonst Gefahr laufen, von Plattformen unterbrochen zu werden. (Quellen: 0, 2, 14)
Lineare Unternehmen holen nicht nur auf, sondern schlagen auch zurück und überspringen bekannte Plattformen wie Amazon, Facebook und Google und investieren in die Entwicklung von KI, künstlicher Intelligenz und Blockchain-Technologien, um ihnen bei der Schaffung von Plattform-2.0-Modellen zu helfen. [Quellen: 9, 12, 13]
Diskutieren Sie mit uns auf dem European Workshop on Software Ecosystems 2024
Quellen:
[0]: https://blog.hypeinnovation.com/platform-models-are-the-new-order-of-business-need
[1]: https://www.applicoinc.com/blog/what-is-a-platform-business-model/
[2]: https://www.wired.com/insights/2013/10/why-business-models-fail-pipes-vs-platforms/
[3]: https://bernardmarr.com/the-9-most-successful-business-models-of-today/
[4]: https://www.publicissapient.com/insights/platforms-are-powerful-business-models
[5]: https://blog.hubspot.com/marketing/platform
[6]: https://bstrategyhub.com/50-types-of-business-models-the-best-examples-of-companies-using-it/
[7]: https://www.weforum.org/agenda/2019/12/benefits-of-platform-business-model/
[8]: https://www.cio.com/article/3134028/platform-business-models-a-primer.html
[9]: https://www2.deloitte.com/ch/en/pages/innovation/articles/platform-business-model-explained.html
[10]: https://hbr.org/2019/05/a-study-of-more-than-250-platforms-reveals-why-most-fail
[11]: https://medium.com/euro-freelancers/platform-economy-the-4-key-business-models-1fc0eda7241e
[12]: https://innovator.news/the-platform-economy-3c09439b56
[13]: https://www.sciencedirect.com/science/article/pii/S0024630118306368
[14]: https://www.linkedin.com/pulse/platform-business-models-explained-robert-farrell
[15]: https://platformbusinessmodel.com/platform-business-model-meaning/
[16]: https://fourweekmba.com/platform-business-models/
[17]: https://www.forbes.com/sites/forbestechcouncil/2016/06/22/how-to-succeed-with-a-platform-business-model/
Current hot research topics in software ecosystems and platforms #ewseco
In the current landscape of research concerning software ecosystems and platforms, there is a notable surge in interest towards various trending subjects.
A significant focal point revolves around the evolution and dynamics of software ecosystems, investigating the progression of these intricate systems comprising interdependent software elements and entities over time. Scholars are immersing themselves in the underlying mechanisms steering ecosystem development, including platform governance, ecosystem configuration, and the involvement of key stakeholders. Another pivotal subject entails platform ecosystems and their influence on innovation and competitive dynamics. Academics are scrutinizing how the dynamics of platforms impact strategies for innovation, competitive interactions, and the generation of value within ecosystems.
Grasping the interconnectedness among platform governance, ecosystem structure, and innovation is paramount for organizations aiming to excel in digital markets. Moreover, the advent of novel technologies like blockchain, artificial intelligence, and the Internet of Things is reshaping software ecosystems and platforms. Researchers are probing into how these technologies disrupt conventional ecosystems, forge fresh avenues for collaboration, and affect ecosystem governance and sustainability.
Furthermore, the ascent of open-source software and collaborative development models is reshaping the terrain of software ecosystems. Investigations are analyzing the ramifications of open-source communities, decentralized development processes, and the contribution of participants in shaping ecosystem dynamics and platform advancement.
On the whole, the realm of research on software ecosystems and platforms is dynamic and interdisciplinary, encompassing realms such as network theory, innovation management, digital platforms, and software engineering. By tackling these trending subjects, researchers aspire to offer insights that can aid organizations in navigating the intricacies of contemporary software ecosystems and harnessing platforms for sustainable expansion and innovation.
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More details and background information can be found in these books:
Platform Business Models – the basics
Platform Business Models – the basics
In a book called Business Model Generation (2010) by Osterwalder and Pigneur about versatile platforms, whose examples include Apple, Visa, Google, eBay, and Microsoft Windows. One of the most successful business models of this era is the Platform Business Model, that manages and maintains an ecosystem in order to earn economic value in the form of transaction fees or by other means. [Sources: 11, 16, 17]
Usually, a platform business model creates value by facilitating the exchange of two or more interdependent groups. It harnesses an ecosystem of users such as consumers, producers, sellers, buyers, drivers, hosts, and guests to facilitate transactions between them within a large network. [Sources: 1, 4, 16]
Platform types and design
Although there are a number of different platform types and many different classifications, the two most common platform business models are what we call transaction platforms and innovation ecosystem platforms. [Sources: 8, 14] Transaction platforms enable transactions between participants which are usually on different sides of the platform. Innovation ecosystem platforms provide an environment for participants to innovate on top of the offering of the platform. A typical example from tech industries is the creation of a set of APIs provided by a platform to build solutions on top. Platforms with large ecosystems are infrastructure-as-a-service providers like Amazon, Google, or Alibaba.
For transaction platforms, instead of focusing on generating revenue on a transactional basis from the production and sale of goods and services, the platform's business model facilitates valuable connections between users. Finding the right core transactions to be enabled between users of the platform is an important part of platform design, as the platform business relies on its users repeating these transactions to generate value exchange. [Sources: 1, 5, 14]
The design of innovation ecosystem platforms is centered around providing a low entry threshold, easy to use environment for participants to allow fast creation of a large ecosystem of innovators. But it also has to establish fair rules for innovators to capture the value they create.
The platform ecosystem is designed by describing the exchange of value that takes place, the rules governing the platform's business practices and the tools at the user´s disposal. The emergence of connected technologies and ecosystems enables platforms to scale in ways that traditional companies cannot. [Sources: 1, 15]
Platforms and traditional companies
We call traditional non-platform companies linear companies because their operations can be described as a typical linear supply chain along a pipeline of companies. Platform businesses are transforming the pipeline business model where value creation is one-sided and is subject to supply chain bottlenecks into a platform business model where value creation is typically at least two-sided and continuous. [Sources: 1, 8,11]
Platforms that have become part of our daily lives have built their businesses on powerful platform technologies that drill into what we value and connect to them. Companies will have to adapt to this new model at some point, otherwise they run the risk of being disrupted by platforms. [Sources: 0, 2, 14]
Linear companies are not only catching up, but they are also fighting back and skipping well-known platforms such as Amazon, Facebook and Google and investing in the development of AI, artificial intelligence and blockchain technologies to help them create platform 2.0 models. [Sources: 9, 12, 13]
Now, continue to
Aggregator business models: Ten aggregator company examples
Revenue Models For Aggregator Companies
Ten steps to create an aggregator company
Aggregator business models: full story and future trends
Platform Business Models – the basics
Building on the shoulders of giants. Shortcuts to Platform Business Success
Sources
[0]: https://blog.hypeinnovation.com/platform-models-are-the-new-order-of-business-need
[1]: https://www.applicoinc.com/blog/what-is-a-platform-business-model/
[2]: https://www.wired.com/insights/2013/10/why-business-models-fail-pipes-vs-platforms/
[3]: https://bernardmarr.com/the-9-most-successful-business-models-of-today/
[4]: https://www.publicissapient.com/insights/platforms-are-powerful-business-models
[5]: https://blog.hubspot.com/marketing/platform
[6]: https://bstrategyhub.com/50-types-of-business-models-the-best-examples-of-companies-using-it/
[7]: https://www.weforum.org/agenda/2019/12/benefits-of-platform-business-model/
[8]: https://www.cio.com/article/3134028/platform-business-models-a-primer.html
[9]: https://www2.deloitte.com/ch/en/pages/innovation/articles/platform-business-model-explained.html
[10]: https://hbr.org/2019/05/a-study-of-more-than-250-platforms-reveals-why-most-fail
[11]: https://medium.com/euro-freelancers/platform-economy-the-4-key-business-models-1fc0eda7241e
[12]: https://innovator.news/the-platform-economy-3c09439b56
[13]: https://www.sciencedirect.com/science/article/pii/S0024630118306368
[14]: https://www.linkedin.com/pulse/platform-business-models-explained-robert-farrell
[15]: https://platformbusinessmodel.com/platform-business-model-meaning/
[16]: https://fourweekmba.com/platform-business-models/
[17]: https://www.forbes.com/sites/forbestechcouncil/2016/06/22/how-to-succeed-with-a-platform-business-model/
Best practices for commercial use of Open Source
Best practices for commercial use of open source software
Open Source best practices
Today, all software vendors make use of open source.
They strive for excellence in leveraging using open source software in commercial software products while ensuring licensing compliance and governance.
They strive for excellence in using open source based business models for commercial success.
They strive for excellence in leveraging development models that are used in open source communities in adapting these for in-house use at commercial software vendors.
They analyze usage of open source software during due diligence in acquiring software companies.
To reach excellence you have to be equipped with knowledge about best practices for open source. This blog is meant to provide you with the latest knowledge about open source, esp. open source licensing in commercial software, to reach excellence in open source matters. Please find more information in the book “Best practices for commercial use of open source software”.
Open Source and Open Source Licensing for commercial software
This page shows you why you should carefully consider using open source software in commercial software: Advantages and disadvantages of open source usage, why open source is used in commercial software and how to manage open source licensing and to control open source usage.
Most important is professional management of open source usage by defining an open source policy for your software company and by following structured processes for open source licensing approval and control. Rest assured that attorneys, consultants and tool vendors are there to assist you.
Advantages of Open Source usage
Simple and fast access to open source are often named as key advantages. Low cost and high quality are additional reasons to consider open source. For a software vendor, there might also be a strategic advantage to use open source software to provide the "non-competitive" part of a solution, while the developers care for the competitive part of the solution.
Motivation for open source usage in commercial software
Usually there are numerous open source components used in commercial software. It makes sense to use open source in commercial software if and only if you can comply with the open source license attached to that open source software. If you do so, you can leverage open source to quickly create functionality and to build on trusted functionality that is provided by software vendors or the open source community.
Relevance of Open Source Licensing
Open source components like the International Components for Unicode, ICU,or Hibernate are used in many commercial software solutions. Non-compliance with the license terms can have dramatic consequences. To avoid these open source licensing consequences, a software vendor has to install an open source licensing policy and practice. But what are the negative aspects and side effects of open source licenses? Open source licensing is also a relevant part of due diligence efforts in the software industry as explained in this book:
Potential disadvantages of open source usage
Use of open source in commercial software can show the following disadvantages:
Missing commercial services, like support and service level agreements impact the ability to run in commercial environments;
Commercialization of software might be blocked;
Missing or incomplete license attributes, like e.g. for sublicensing software or running software in an on demand environment;
Missing warranty and liability;
Non-compliance with license terms might lead to litigations.
Open Source licenses and software supply chains
Usage and licensing rights are transferred between players in the software supply chain. Software passed along the supply chain might contain open source software, too. Due to the copyleft effect in certain licenses, the non-compliance of one supplier might impact all other software companies down the supply chain.
So software vendors should diligently check which open source components are contained in the software supplied to them and which license terms apply.
The use of tools eases the work on this problem. You can use open source scanners to find open source code and the corresponding license terms. Please find more information in the book “Best practices for commercial use of open source software”.
Open Source Software License Due Diligence
Often, commercial software contains open source components. In the due diligence for acquiring a commercial software company, you have to check if the company complies with the licenses for open source software contained in their products (open source due diligence). The following figure shows typical components of commercial software that are analyzed during due diligence. They are coming from service providers, from suppliers for OEM software, freeware and open source software and they are created by employees, too.
Next in due diligence we look at the utilization of open source software. In the following figure the software vendor distributes the software products to resellers and to direct customers. The key fact that triggers open source license compliance is often distribution. With the distribution, the open source license terms apply and have to be complied with. Often open source license terms require that the source code is revealed and/or the software has to be provided free of charge. This is of course a critical issue in the due diligence of commercial software.
Software vendors´ core business is monetization of usage rights granted to customers. Open source software and corresponding licenses have to be diligently analyzed in open source due diligence.
You have to ensure that
all current and planned utilizations of open source software are covered and that
no open source license terms are violated.
Open Source Software Governance
Open Source Governance is the risk management process for using open source software in commercial software products. So what is the risk in using open source software?
Open source usage has several risks, like:
Operational risk: Missing commercial services, like support, might impact the ability to serve customers well in commercial environments;
Commercial risk: Monetization of software products might be blocked by open source licenses; Missing warranty and liability terms for software increase the warranty and liability risk for the commercial software vendor; Limitation of business models and delivery models might occur if the open source license does not explicitly allow or even forbid them.
License attribute risk: Missing or incomplete license attributes, like e.g. for sublicensing software or running software in a cloud environment; Non-compliance with license terms might lead to litigations.
Patent litigation risk: open source software might violate intellectual property rights like patents and this poses a legal risk.
Establishing open source governance
Proactive management of open source usage and open source licensing is paramount for commercial software vendors. From design to shipment of software solutions, open source governance is demanded. Please find more information in the book “Best practices for commercial use of open source software”.
Before you start with open source governance, you have to define your open source policy containing:
Strategic topics:
Risk level accepted by the management
Overall investment in organization, processes and tools for open source compliance
Tactical topics:
Level of management to approve open source usage
Frequence and intensity of governance
Software license tracking: Open source scan tool selection
Size of open source governance functions
Operational topics:
List of acceptable open source licenses based on risk level
Budget for Open Source Scan Tools
A process for governance of used open source components.
We see two types of open source governance: reactive and active. Reactive open source governance just reacts to open source components used in a commercial software and provides an evaluation if an open source use is acceptable or not. As a result, the open source component can be used or has to be removed from the product.
An active approach to open source governance is to provide access to open source componentsfrom within development tools. The development tools allow open source components, that the company allows under the open source policy. Please find more information in the book “Best practices for commercial use of open source software”.
Mark your calendars April 29 2021 Growth strategies for platform ecosystems
B2C Platforms like Amazon or Alibaba have all the hype and all the envy. But how does a company create, build or run platforms, business networks, a company in the API economy? answers here:
The program committee would like to invite European researchers and practitioners in the field of software ecosystems, platform ecosystems and business networks to come together in Heilbronn, Germany, on April 29th, 2021, to discuss recent (academic) research and recent business experiences and lessons learned, insights or issues related to management of ecosystems, business models or technical issues including but not limited to topics like
Software ecosystems
Research progress and new knowledge for software ecosystems
External forces - the new normal and the impact on software ecosystems
Business networks
Business networks vs. platform businesses
Business networks as platforms for transaction, innovation
Growing business networks by extending beyond participants
Platform Business Models
Types of platform business models for transaction, innovation
“Platformizing” existing businesses - how to be successful?
Business model innovation resulting in a platform business model - how to make it work?
Architectures and APIs for platforms
Growth strategies based on platform ecosystems and business networks
Growing by acquiring a platform business
Digital platforms and businesses
data-driven and analytics ecosystems
We will invite practitioners to the workshop to ensure discussion about the practical impact of research and to give the presenters the opportunity to discuss with practitioners and researchers alike.
The workshop location at City Campus in Heilbronn, Germany, with many software and software service companies having an office nearby which eases the participation for practitioners.
Workshop style
Online or covid-safe onsite in Heilbronn, Germany.
Socialize and discuss with (academic) researchers and fellow professionals.
We value discussion as well as presentations. So a short, 15 minute presentation is followed by 15 min discussion with fellow researchers and practitioners.
The workshop will be held in English language only.
Submissions
Propose your presentation titles or poster proposals via email (title and 100 word abstract) to ewseco17@software-ecosystem.com
Submission deadline is March 15th 2021 6pm CET.
Great keynotes for EWSECO April 23 2020 Growth strategies for platform ecosystems TICKETS ON SALE
B2C Platforms like Amazon or Alibaba have all the hype and all the envy. But how does a company create, build or run platforms, business networks, a company in the API economy? answers here:
We have exciting news, the workshop draws massive attention and attracts keynote speakers, sponsors and more:
Keynotes
One keynote speaker is Rolf Schumann, Chief Digital Officer of Schwarz Gruppe. He will talk about enriching the customer experience in retail B2C business networks.
The second keynote speaker from ORY Systems GmbH will give a keynote about using open source to create a successful innovation platform.
BUY Tickets
Sponsors
The Schwarz Group, headquartered in Neckarsulm, Germany, owns the companies Lidl and Kaufland and is Germany's largest retail group with a group turnover of 90 billion euros. Its activities are divided into discount food markets under the name of Lidl and hypermarkets and hypermarkets such as Kaufland, KaufMarkt, Concord and Handelshof. Today, Lidl stores are located in almost all European countries. Lidl is currently represented in 26 countries, Kaufland in Germany and in six other countries.
ORY´s mission is to help make the cloud more manageable, useful and safe and to give developers access to infrastructure and services that makes developing for the cloud easier. We consider it a privilege to be able to help developers push the boundaries of modern cloud technology. ORY is the open source and cloud native identity infrastructure. ORY is written in Go and open standards and consensus are the foundation. It is language and platform independent, extremely lightweight, starts up in seconds and doesn’t interfere with your code.
About the workshop
The program committee would like to invite European researchers and practitioners in the field of software ecosystems, platform ecosystems and business networks to come together in Heilbronn, Germany, on April 23rd 2020, to discuss recent (academic) research and recent business experiences and lessons learned, insights or issues related to management of ecosystems, business models or technical issues including but not limited to topics like
Software ecosystems
Research progress and new knowledge for software ecosystems
External forces - the new normal and the impact on software ecosystems
Business networks
Business networks vs. platform businesses
Business networks as platforms for transaction, innovation
Growing business networks by extending beyond participants
Platform Business Models
Types of platform business models for transaction, innovation
“Platformizing” existing businesses - how to be successful?
Business model innovation resulting in a platform business model - how to make it work?
Architectures and APIs for platforms
Growth strategies based on platform ecosystems and business networks
Growing by acquiring a platform business
Digital platforms and businesses
data-driven and analytics ecosystems
We will invite practitioners to the workshop to ensure discussion about the practical impact of research and to give the presenters the opportunity to discuss with practitioners and researchers alike.
The workshop location at City Campus in Heilbronn, Germany, with many software and software service companies having an office nearby which eases the participation for practitioners.
BUY Tickets
Workshop style
Socialize and discuss with (academic) researchers and fellow professionals.
We value discussion as well as presentations. So a short, 15 minute presentation is followed by 15 min discussion with fellow researchers and practitioners.
The workshop will be held in English language only.
Poster session
As a new feature of the workshop, we are offering a poster session. If you are interested to present your work in progress to practitioners and fellow researchers, please submit a title and abstract as stated below, mentioning that it should be a poster session.
Submissions
Propose your presentation titles or poster proposals via email (title and 100 word abstract) to ewseco17@software-ecosystem.com
Submission deadline is March 30th 2020 6pm CET.
NEW Extended and updated second Edition of Best Practices for commercial use of open source software: Business models, processes and tools for managing open source software ISBN 9783750403093
This book enables you to leverage the state-of-the-art of creating open source based business models and of managing open source in the development cycle of commercial software and during due diligence in mergers and acquisitions. In addition, it provides information about why investments in open source makes sense.
The book has been reviewed, extended, amended and now contains two brand new chapters, one by Joseph Jacks from OSS Capital, a fund focused on investing in commercial open source companies, provides fundamentals of the open source business by elaborating on value creation and value capture for commercial open source companies. The other one is by Snyk and focuses on development aspects of using open source software as part of commercial products. The book is available with the ISBN 9783750403093. BUY ON AMAZON
Practitioners, investors and consultants created this book to help professionals in the software business like investors, executives, business developers, product managers, architects, developers, quality managers, development operations managers as well as students to get acquainted and proficient in using open source products in a commercial context.
First, the focus is on business model impact of open source products and open source licenses. Dr. Karl Michael Popp gives an overview of the different types of business models for open source companies. Dr. Josef Waltl shows how open source licenses and intellectual property strategies can create a unique business model based on a combination of open source and proprietary software.
Then, the focus is on detection and license compliance aspects of open source software in mergers and acquisitions. The acquisition of a software vendor requires the review of intellectual property rights including open source license compliance as described by Dr. Karl Michael Popp.
The following new chapter, authored by Joseph Jacks from OSS Capital, provides fundamentals of the open source business by elaborating on value creation and value capture for commercial open source companies.
Then, two chapters cover the offerings of tool vendors for governance of open source software but also for development enablement. First, Bill Weinberg and Greg Olsen show the broad offering of solutions of Black Duck Software, a provider for open source governance and enablement tools.
The next, new chapter, provided by Snyk, focuses on development aspects of using open source software as part of commercial products like assistance for developers in selection and in continuously updating open source components during the software development lifecycle.
Relevance of open source licensing for commercial software
Open Source Licensing
This page shows you why you should carefully consider using open source software in commercial software: Advantages and disadvantages of open source usage, why open source is used in commercial software and how to manage open source licensing and to control open source usage.
Most important is professional management of open source usage by defining an open source policy for your software company and by following structured processes for open source licensing approval and control. Rest assured that attorneys, consultants and tool vendors are there to assist you.
Advantages of Open Source usage
Simple and fast access to open source are often named as key advantages. Low cost and high quality are additional reasons to consider open source. For a software vendor, there might also be a strategic advantage to use open source software to provide the "non-competitive" part of a solution, while the developers care for the competitive part of the solution.
Motivation for open source usage in commercial software
Usually there are numerous open source components used in commercial software. It makes sense to use open source in commercial software if and only if you can comply with the open source license attached to that open source software. If you do so, you can leverage open source to quickly create functionality and to build on trusted functionality that is provided by software vendors or the open source community.
Relevance of Open Source Licensing
Open source components like the International Components for Unicode, ICU,or Hibernate are used in many commercial software solutions. Non-compliance with the license terms can have dramatic consequences. To avoid these open source licensing consequences, a software vendor has to install an open source licensing policy and practice. But what are the negative aspects and side effects of open source licenses?
Potential disadvantages of open source
Use of open source in commercial software can show the following disadvantages:
Missing commercial services, like support and service level agreements impact the ability to run in commercial environments;
Commercialization of software might be blocked;
Missing or incomplete license attributes, like e.g. for sublicensing software or running software in an on demand environment;
Missing warranty and liability;
Non-compliance with license terms might lead to litigations.
Open Source licenses and software supply chains
Usage and licensing rights are transferred between players in the software supply chain. Software passed along the supply chain might contain open source software, too. Due to the copyleft effect in certain licenses, the non-compliance of one supplier might impact all other software companies down the supply chain.
So software vendors should diligently check which open source components are contained in the software supplied to them and which license terms apply.
The use of tools eases the work on this problem. You can use open source scanners to find open source code and the corresponding license terms.