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Challenges in Data Management in Robotics Workshop

October 01, 2024, by Reik Leiterer, data innovation alliance

On the 29th of August, the Workshop on Challenges in Data Management in Robotics took place in Biel at the premises of the Swiss Cobotics Competence Center (S3C) to bring together robotics enthusiasts, researchers, and industry professionals to discuss and address the pressing issues surrounding data management in robotics applications.

The workshops was organized by the Innovation Booster Robotics, S3C and the Innovation Booster Artificial Intelligence. S3C represents the national hub for industrial and academic partners to jointly develop and test the next generation of industrial cobotic solutions or their components, and to learn how to design and integrate cobotic solutions under human-centric aspects. The Innovation Booster (IB) are Innosuisse supported programs.  IB Robotics is dedicated to fostering radical innovation in the Swiss robotics ecosystem. IB Artificial Intelligence is an open innovation initiative to foster radical innovation using socially- and economically viable AI.

The aim of the full-day workshop was to use keynotes, case studies and subsequent breakout sessions to provide participants with insights into data-related challenges in robotics and to jointly develop possible solutions for overcoming them.

Four complex subject areas with their respective challenges were defined:

  • Challenge 1: Co-Working and Learning

    Understanding human practices within the context of human-robot interaction is crucial for robots to adjust their behaviours appropriately. Not only do technical tasks and ethical considerations come into play, but also the fact that different individuals interact in unique ways, making the development of universally applicable algorithms extremely difficult. Furthermore, ensuring precise communication and task allocation in the human-robot workflow is essential, especially considering the proximity between humans and robots.
  • Challenge 2: Data Management

    Most robots work with both filtered and uncensored data, not only for robot training and learning tasks but also directly acquired in-process by physical sensors. Nowadays, tasks such as training may require a large amount of data. This can be challenging in terms of data overload, costs of data analytics integration, and robust data management practices.
  • Challenge 3: Responsible Collaboration

    Both humans and machines occasionally fail at specific tasks, making it essential to consider failure scenarios in developing robust interaction frameworks. By understanding and leveraging failure data, we aim to improve the design, development, control, and robustness robots, ensuring more resilient and adaptive human-robot interactions. There is a need to explore methods for identifying and capturing failure events, analysing their causes, and utilizing this data to improve the reliability and performance of robotic systems.
  • Challenge 4: Self-improvement of Robots

    One aspect of robustness involves the capacity for a robot to enhance its knowledge and behaviour autonomously. This means it should possess a degree of flexibility to adapt and apply abilities to new situations as needed. Achieving this context-driven, adaptive autonomy, which relies on common-sense knowledge and practical manipulation tasks, demands extensive programming and often involves on-platform data management & analytics.

The workshop day began with a welcome by the organizers and presentations about the opportunities the Innovation Booster’ and the S3C offer for interested organizations from industry and research. Afterwards, the first two challenges were introduced with inspiring keynotes followed by a moderated panel discussion with all the presenters.

The topic “Coworking and Learning” was opened by Baptiste Busch – CEO and Cofounder of AICA. He pointed out the demand for advanced and flexible robotic solutions in the reindustrialization process and the challenges around the sensing of and co-working with robots. Opportunities in this regard were seen around sensing-based control, behavioural programming increasing self-adaptation capabilities, and the use of foundation models. On the way towards cageless cohabitation, changes in the collaboration between robot manufacturers, integrators and end-users would be necessary while regulatory changes will bring additional challenges (e.g. ISO 10218-1:2011 and EU AI Act).

Maryam Rezayati from ZHAW presented as the next speaker possible applications of human-robot interaction (HRI) and outlined how context understanding, contact perception and possible interpretation of human intention by robots could be the way to go. The keynote was closed with project insights of the SmartSenseAI project, which aims for developing robust, extremely low-cost, customizable, flexible multi-purpose skin for cobots, enhanced by cognitive information processing.

Björn Jensen from HSLU and Yves Albers-Schoenberg of Roboto AI addressed the challenges around “Data Management” – from data retrieval and data analysis to data augmentation and the generalizability of data models. It was discussed, how the combination of data, models, and simulations is the base towards data-centric robotics – and with reference to the Moravec’s paradox, that assembling the right data and deploying the right models for sensory processing and perception skills require enormous computational resources.

After the panel discussion, the participants were assigned to the two challenges and worked together on possible solutions and what would be the requirement for starting projects on the identified solutions.

The outcomes of the presentations and discussions around the “Co-Working and Learning” challenge were:

Collaborative robots are still not widely accepted in the industry. There is a need for robots to recognize human actions and adjust their movements accordingly for safety. However, integrating these capabilities is complex, and there’s a general reluctance among manufacturers and integrators due to liability concerns. Third-party entities could play a crucial role in advancing human-robot collaboration by bridging these gaps.

The industry is pushing for more flexible and collaborative production environments where robots can take on repetitive tasks. Yet, existing robots are limited by predefined motions and struggle with understanding context and interpreting human interactions. The challenge lies in transitioning these technologies from research to practical industrial applications.

  • Human-robot interaction is constantly evolving, and collaboration requires robots to manage the variability in human behaviour, which is not easily predictable. Current approaches rely heavily on data, but there is also a need to focus more on understanding human behaviour beyond scripted interactions. Empowering collaboration requires better data retrieval, analysis, and generalization techniques.
  • Reinforcement learning in simulated environments helps robots become robust, but translating this learning to real-world environments remains difficult. Robots often struggle to adapt outside of simulations, indicating a need for them to learn more effectively from human behaviours.

Based on the identified challenges, the following ideas were developed and possible collaborations between the participants discussed:

  • Develop a more effective system for categorizing the skills required based on specific tasks and types of collaboration. And create a unified platform to hare categories.
  • Establish industry-wide safety standards for human-robot collaboration that are universally applicable, including the creation of adaptable standards, norms, and guidelines for various environments.
  • Promote partnerships between industry and academic institutions to utilize common datasets on skills, bridging the gap between research and practical applications. This approach could help accelerate the transition of innovative solutions from the lab to the factory floor.

The outcomes of the presentations and discussions around the “Data Management” challenge were:

Managing large, complex datasets is a significant challenge in robotics. It takes considerable effort to curate and process this data for practical use. There is a pressing need for large-scale, public datasets to support advancements in human-robot collaboration.

Data management challenges are central to improving human-robot collaboration. Key issues include the retrieval, analysis, and augmentation of data to handle the variability in human interactions. Effective data management is essential for robots to generalize from specific data to broader applications.

Foundation models hold the potential to transform human-robot collaboration, but they require extensive amounts of data to function effectively. The complexity of managing this data, coupled with increased regulatory liabilities, adds to the challenges.

The following ideas were developed:

  • Consider ways to handle the variability in human behaviour. These could be trained on diverse datasets to improve robots’ adaptability in real-world situations, allowing for more seamless and effective collaboration.
  • Create a centralized platform for managing large-scale robotics data. This platform could provide standardized tools for data collection, curation, and processing, making it easier to develop and refine foundation models.
  • Establish open-source repositories for robotics datasets, curated with respect of the real world.
  • Develop new data compression methods to handle the vast amounts of data generated by robots. This would enable more efficient storage and faster processing, making it easier to utilize data for training and collaboration.

After the intensive and inspiring morning, there was a networking lunch with the opportunity to have a look on the various services and test options offered by the S3C, including i) realistic, industrial-like test environments with confidential testing conditions, ii) adaptable, modular test benches and setups, and iii) scalable options from quick tests to extensive, long-term testing.

After lunch, the afternoon session starts with the topic “Responsible Collaboration”. Andreas Hufschmid from PILZ explained why a holistic safety concept is required in the field of industrial robot systems and while dealing with HRI. This considers both machinery safety and industrial security and is mainly addressed in the ISO 10218 standard, created in recognition of the particular hazards that are presented by industrial robots and industrial robot systems. For this, risk assessments should be conducted to determine what the protective measures should be.

Andrei Cramariuc from the Robotic System Lab (ETHZ) presented the challenges in cases, were robots need to respond to human interactions or should perform complex, everyday tasks in dynamic environments. For this, approaches such as kinaesthetic guidance or teleoperation are currently explored.

Sina Mirrazavi from the AI Institute and Sylvain Calinon from the IDIAP research institute talked about the state of the art of “Self-improvement of Robots”. Even if robots can act highly robust in simulated environments they still often struggle if exposed to real-world applications. This could be solved, if robots are enabled to adapt und improve their performance using their own real-world experiences (e.g. via tensor networks) and/or learning form human behaviours. But here, too, there is no one-size-fits-all solution.

After the break-out sessions again, the outcomes around theResponsible Collaborationchallengewere presented:

  • Safety is a critical concern in human-robot collaboration, with collision forces being a primary issue. Current safety standards are essential but require ongoing verification and validation to ensure effectiveness as regulations evolve.
  • Robots must be able to respond to human interactions and perform complex, everyday tasks in dynamic environments, i.e. dealing also with uncertainties and adapt to changes. Different approaches (e.g. kinaesthetic guidance and teleoperation) are being explored to improve how robots learn and interact in real-time scenarios.
  • Balancing safety with innovation is a major challenge, especially in public spaces and assistive robotics. There is a growing recognition that safety by design must be integrated into the development process, with reinforcement learning playing a potential role in achieving this balance.

Related to the “Self-Improvement of Robots” the following challenges were identified:

  • Robots often struggle when transitioning to real-world applications. The challenge is to enable robots to adapt and improve their performance based on real-world experiences, learning from human behaviour.
  • Research is focused on enhancing robots’ capabilities beyond basic tasks, such as using their entire body for interactions. Efforts are underway to develop more sophisticated data structures and learning strategies, like self-learning with tensor networks, to improve robots’ adaptability and performance.
  • A key area of focus is training robots to specialize in specific tasks, such as assembly, by refining foundation models. The ability to standardize data and share solutions across platforms could significantly advance the self-improvement of robots.

Based on these challenges, the following ideas were discussed and shaped:

  • Facilitate the sharing of models and simulations across different platforms, including sharing of successful learning strategies among different robots and platforms (potentially through a centralized knowledge base).
  • Extend the application of reinforcement learning beyond simulations by enabling robots to learn directly from real-world interactions, possibly within controlled environments where they can safely experiment and refine their skills, i.e. gradually expanding their ability to adapt to real-world norms as they become more capable. In addition, implementing real-time feedback loops could be of interest to allow robots to instantly adjust their actions based on human responses. This approach could also encourage mutual learning between humans and robots.
  • Develop specialized foundation models tailored to specific tasks, such as assembly or inspection, to enhance efficiency and effectiveness in improving robot performance within these domains.

Ideas discussed during the workshop can now be submitted to the IB Robotics (next DL 13th of September) or to the IB Artificial Intelligence for further funding in order to develop them further in terms of feasibility, viability and desirability.

RiskON – Promoting the Further Development of Risk Management in Switzerland

September 08, 2024, by Reik Leiterer, data innovation alliance

The aim and motivation of the RiskON initiative are to promote the further development of risk management in Switzerland under the patronage of sminds AG/N9 House of Innovation, the program management of the University of Zurich, especially of the UZH Innovation Hub, including business partners such as Bank Julius Baer, LGT Bank Switzerland, Pictet, EFG International and the Association of Swiss Cantona Banks.

Actively joined strategic partners in 2024 were Swiss Financial Innovation Desk (FIND), Swiss Risk Association and the Innosuisse Innovation Booster Artificial Intelligence. The latter will allow for the practice transfer after the RiskON Hackthon – a practice transfer for co-innovation between banking representatives and students, guided by the UZH faculty.

The RiskON brought together professional risk expertise with enthusiastic young academics in the format of a ‘Risk-/Hackathon’ with the aims to provide concrete solutions for real challenges in non-financial, financial, and digital risks: at RiskON 2024, experience and youth, curiosity and established professionalism, commitment and openness met for the second time at the University of Zurich to jointly develop comprehensive and digital risk management solutions.

The RiskON 2024 had three concrete challenges with 15 teams and 53 students to work on and produced use cases and approaches for the banks involved:

  • Challenge-1 ‘Use of new technologies for risk events classification and analysis’
    Financial institutions, as part of their risk frameworks, are required to capture, investigate/analyze and report on risk events. Given the volume of such events, their handling and analysis may be cumbersome and resource intensive. So how to leverage new technologies to facilitate the classification of risk events and their analysis?
  • Challenge-2 ‘Fraud Risk Detection – How artificial intelligence can help’
    Fraud risk, external and internal, is currently among the top risks in the financial sector. Big data and the rapid development of artificial intelligence has, unfortunately, also contributed to that over the past few years. On the other hand, AI-methods can be efficiently used by banks for early detection of fraud risk. In this context, a pragmatic approach for using AI methods and tools as part of a fraud risk detection tool with a focus on Private Banking business profiles is required.
  • Challenge-3 ‘How can AI be leveraged and enabled to enable CRO employees to work more efficiently’
    By focusing on either completing counterparty due diligence questionnaires, enhancing the Anti-Money Laundering (AML) alert resolution process or streamlining, harmonizing, translating, and updating legal client forms using advanced analytics techniques, Optical Character Recognition (OCR), and NLP, ideas for improving, scaling and automating tasks performed by Chief Risk Officer (CRO) employees are needed (incl. considering the associated risks, limitations and implementation cost).

The participating, interdisciplinary teams were able to deal intensively with the challenges in advance and, after a brief introduction by the organizers and a description of the hackathon’s procedure, they moved to their break-out rooms to work on their projects. Here they were coached not only by the challenge owners, i.e. the finance institutions, but also by experts from the fields of finance, risk management and technology integration.

The following day – and for many of the participants after a rather short night – the results were presented separately for each challenge in front of a jury and discussed together with the bank’s representatives. All the results were consistently of a very high standard, both in terms of conceptual depth and technological implementation, as well as in terms of reflection on the challenges and basic understanding of the complex challenges worked on.

The award ceremony and networking aperitif took place in the center of Zurich – and gave the winners of each challenge the chance to present their results again in front of all participants and in a festive setting. In addition, the award ceremony dinner and the unofficial closing aperitif were used extensively to exchange ideas with the industry and research experts present – and to discuss possible next steps in the teams after this RiskOn experience.

For the winning teams, these steps are clear: the innovative solutions will receive funding and support to ensure practical implementation. Within six months, a Minimum Viable Product (MVP) or Proof of Concept (POC), showcasing the feasibility, viability and desirability of the ideas, will be put into motion. The innovation teams will also get the opportunity to co-author articles and white papers with UZH professors, gaining access to cutting-edge research, enhancing academic credentials and thereby allowing for academic transfer.

Workshops at 11th IEEE Swiss Conference on Data Science (SDS2024)

July 4, 2024, by Reik Leiterer, data innovation alliance

The Swiss Conference on Data Science (SDS) is Switzerland’s premier event for applied data science. The conference brings together leaders and science and business experts to exchange ideas and drive innovation in products and services, with a focus on the Swiss market. The SDS2024 took place in Zurich on May 30-31 at The Circle Convention Centre, Zurich Airport. If you want to get an impression how it was, have a look on the SDS2024 Flashback Video!

The 2-day conference started with an interactive workshop day to provide in-depth, practical and application-oriented insights into the latest developments in the field of data science and Artificial Intelligence. Over 450 participants took advantage of these opportunities and were able to benefit from exciting and professionally prepared and conducted workshops. Two of the workshops were supported by the Innovation Booster Artificial Intelligence to identify challenges and discuss possible ideas for radical solutions.

Next-Gen Cleantech Solutions: Mining Insights from Media and Patent Data with Natural Language Processing (NLP) and Large Language Models (LLMs)

The first workshop addressed challenges and solutions in the cleantech sector and was organized and moderated by HSLU (Guang Lu), ETHZ (Susie Xi Rao), FHNW (Daniel Perruchoud) and Equintel GmbH (Janna Lipenkova). All slides, data and further information are provided here.

At a time when tackling environmental challenges is of paramount importance, the cleantech industry plays a central role in promoting sustainable solutions. However, technological innovation in the cleantech sector requires a deep understanding not only of the technologies, but also of the market requirements. The workshop addressed the challenge how this information, usually embedded in a large amount of patent and media data, could be analysed using Natural Language Processing (NLP) and the latest advancements in Large Language Models (LLMs).

The workshop started with a talk about Disentangling the Global Innovation Landscape by J. Lipenkova and expert techniques were presented for analysing patent and media data for cleantech innovation including NLP, LLMs, RAG, and LLMs-augmented recommender systems. These inputs were then applied in a hands-on session and transferred to specific use cases, where the participants were able to try out the presented LLM-powered cleantech question-answering and recommendation system.

They key challenges identified and discussed were:

i) How to identify use cases and workflows in the cleantech sector that can be supported with natural language processing, large language models and retrieval-augmented generation techniques?

ii) How to evaluate the business value of different technical variations and how to quantify the ROI of such systems?

Generative AI for Well-Being

The 2nd workshop deals with the potentials of the new technologies around generative AI to help people to fight stress and increase their well-being. This workshop was organized by BFH (Souhir Ben Souissi, Mascha Kurpicz-Briki, Yannis Schmutz, Tetiana Kravchenko, Christoph Golz).

Generative AI has reached broad attention in the media over the last months. Different new use cases have been identified to support people in their daily work and make their work more efficient. But what about the well-being of the individuals? Different studies have shown that there is a rise of stress, also in Switzerland. On the one side, technologies such as chatbots or coaching technologies can support mental health or therapy in the setting of blended therapy. On the other side, there is a huge potential of multimedia interventions for elderly people, patients or stressed workers.

In this interdisciplinary workshop with a mixture of talks and hands-on parts, the different directions possible were discussed and how these latest technologies can be applied for the well-being of humans. One example was, how language models could be leveraged for advanced conversational interactions in the digital health domains or more in general, how generative AI could be a suitable technology in mental health care. Current challenges include the sometimes-limited patients health literacy which could leads to less effective treatments. This could be addressed with digital assistants providing personalized information’s and thus may increase patients therapy adherence. The practical part was all about enhancing well-being through multimedia generative AI with a focus on image and sound generation.

The day was concluded with a networking Apero and the presentation of the Swiss Viz Awards.

Wir alle sind immer noch auf Entdeckungsreise

April 2024, Interview mit Christoph Heitz, ZHAW und Data Innovation Alliance

Datenbasierte Wertschöpfung ist das A und O der Innovation. Die Data Innovation Alliance unterstützt Schweizer Unternehmen dabei, das Innovationspotenzial, das in Daten schlummert, zu realisieren. Wie das geht und was die Alliance motiviert, erklärt ihr Präsident Christoph Heitz im Interview.

asut: «Daten sind das Gold des 21. Jahrhunderts», sagen viele. Stimmt das, und von welchen Daten sprechen wir da?

Christoph Heitz: Die Digitalisierung hat in den letzten 20 Jahren dazu geführt, dass alle möglichen Dinge Datenspuren hinterlassen. Zum einen sind das Daten von Sensoren, Maschinen und technischen Anlagen. Das geht in Richtung IoT und Industrie 4.0, d.h. mithilfe dieser Daten lassen sich Systeme und Abläufe intelligent vernetzen und steuern. Das andere sind Spuren, die Menschen im Internet hinterlassen. Beides ist wichtig und für die Schweizer Wirtschaft äusserst relevant. 

Weshalb?

In Daten stecken Informationen, die wertvoll sein können. In personenbezogenen Daten sind das Informationen über Personen. Diese sind oft verstreut: Da hat man zum Beispiel irgendwo mal die E-Mail-Adresse angegeben und anderswo vielleicht Alter, Beruf oder Einkommen. Dazu kommen die Abfragen, die wir in Suchmaschinen eingeben, und ganz allgemein, wie wir uns im Internet bewegen und uns als Kundinnen und Kunden verhalten. Wenn diese Daten kombiniert werden, kann damit eine ausserordentlich potente Maschinerie aufgebaut werden, um das Verhalten von Menschen in einem noch nie dagewesenen Ausmass beobachten zu können. Firmen wie Google sammeln und aggregieren diese Daten. Sie können dann benutzt werden, um Zielgruppen besser anzusprechen, oder mehr Verkäufe zu generieren.

Die Digitalisierung wandelt also alle möglichen Informationen in Daten um?

Genau. Ein Teil der Digitalisierung besteht im Grunde aus einer gigantischen Messkampagne: Personendaten, Daten von Wettersensoren, Temperatursensoren, Heizungssteuerungen, Autos und dazu die Standortdaten von Smartphones, die es erlauben Verkehrsstaus und die Auslastung in Geschäften und Restaurants in Echtzeit anzugeben. All das ist relativ neu.

Sie haben von 20 Jahren gesprochen…

Ich erinnere mich gut an das Referat eines Experten aus Israel an einem Event im Tessin im Jahr 2004. Er sagte: Stellt euch eine Welt vor, in der alles, was gemessen werden kann, auch tatsächlich gemessen wird und dann gratis auf eurem Computerbildschirm zur Verfügung steht. Er erzählte von Lastwagen in den USA, die mit Sensoren ausgerüstet seien und die Werkstatt anvisierten, wenn sie spüren, dass irgendeine Maintenance-Aktion fällig würde. Das schien uns damals völig abstrus und futuristisch.

Aber inzwischen hat die Zukunft begonnen…

Jetzt ist sie da, und wir sehen jeden Tag, wie sie funktioniert und welche Auswirkungen sie hat. In der Schweiz hat die datenbasierte Wertschöpfung in der Breite etwa um 2015 angefangen. Heute gibt es zahlreiche Innovationen in diesem Bereich und Unternehmen, die bereits viel Fachwissen aufgebaut haben und damit gut verdienen. Daten sind ein wertvoller Rohstoff, aber um das Potenzial auszuschöpfen, das in ihnen steckt, braucht es Technologien wie Data Science und Machine Learning.

Welche Rolle spielt die Data Innovation Alliance dabei?

Unser Kernanliegen ist es, datengetriebene Wertschöpfungsprozesse zu ermöglichen. Das setzt einerseits technischen Sachverstand voraus, d.h. solides Wissen über Informatik und Datenauswertung. Genau so wichtig ist aber auf der anderen Seite das Business-Wissen, also die Fähigkeit, rund um diese Daten neue Businessmodelle zu erfinden. Ein Beispiel: Ein Unternehmen, das Maschinen baut, wird seine Wertschöpfungskette anders ausrichten, weil es sein Geld nun mit der Sensorik- und mit datenbasierter vorausschauender Wartung verdienen kann. Die 2017 gegründete Data Innovation Alliance bringt das Wissen und die Leute zusammen, die solche Lösungen gemeinsam bauen können. 

Was ist die Motivation dahinter?

Der Glaube an die Innovation – an das Innovationspotenzial, aber auch den Innovationsbedarf. Und hier gibt es einen wunden Punkt: Sehr viele gute Projekte scheitern, weil sie nur in der Informatik aufgehängt sind, aber die «Geldverdienmechanik» fehlt. Oder weil sie, von Businessleuten mit einer Superidee angestossen, aus Mangel an technischem Sachverstand bei der Umsetzung scheitern. Aus dieser Erkenntnis hat sich die Alliance gebildet. Wir bringen die Schweizer Forschungsinstitutionen und die exzellenten Data Scientists und Machine-Learner, die in grossen Schweizer Firmen wie der Migros, der Mobiliar, SBB, Swisscom oder in innovativen KMUs tätig sind, zusammen und schauen, dass sie sich gegenseitig befruchten können. Das ist auch deswegen notwendig, weil es alles in allem noch viel mehr Neuland als erforschtes Territorium gibt. Wir alle sind immer noch auf dieser Entdeckungsreise: Da haben wir nun plötzlich diesen neuen Rohstoff und diese neuen Tools – und was bauen wir jetzt damit? Genau das ist die Dynamik, die die Digitalisierung vorantreibt.

Wie unterscheidet sich die Data Innovation Alliance von anderen Organisationen, welche die digtiale Transformation in der Schweiz vorantreiben wollen? 

Unser Alleinstellungsmerkmal ist, dass wir nicht auf politischer Ebene tätig sind, sondern auf der Umsetzungsebene. Uns geht es nicht primär um die Gestaltung von Rahmenbedingungen, sondern wir wollen die Innovatoren zusammenbringen, die diese neuen Produkte und Dienstleistungen tatsächlich entwickeln. Dazu haben wir von Beginn weg darauf gepocht, dass datenbasierte Wertschöpfung neben Technik- und Businesskompetenz auch eine gewisse soziale Intelligenz und Verantwortung voraussetzt. Was wir hier bauen, muss auch sozial verträglich sein, um gesellschaftlich akzeptiert zu werden. Rund um die KI ist diese Diskussion in den letzten Jahren stark hochgekocht. Während es bei der ethischen Diskussion rund um die Digitalisierung während Jahren hauptsächlich um den Datenschutz ging, beschäftigt uns heute die Frage: Wie können wir sicherstellen, dass KI mit unseren gesellschaftlichen Werten wie Transparenz, Chancengleicheit oder Partizipation verträglich ist?

Was ist mit KMU, die Innovationsideen haben, aber vielleicht nicht über das genügende Fachwissen verfügen: Finden Sie bei Data Innovation Alliance Unterstützung? 

Wir verfügen über einen Pool von über 500 Expertinnen und Experten aus Forschung und Wirtschaft. Auf dieses geballte Fachwissen können wir zurückgreifen, wenn Firmen sich an uns wenden. Wir betreiben zwei sogenannte Innovationsbooster, den «Databooster», der Ende dieses Jahres auslaufen wird und den «Innovation Booster Artificial Intelligence», der im Januar gestartet ist. Diese Initiativen stehen allen offen, insbesondere aber KMU. Sie sind speziell darauf ausgerichtet, Firmen am Anfang einer Innovationsidee abzuholen. Sie erhalten Zugang zu Spezialistenwissen in Form von Workshops. Dort wird ihre Idee analysiert und hinterfragt, auf ihre Marktfähigkeit und technische Umsetzbarkeit abgeklopft und geschaut, was nötig wäre, um sie tatsächlich zum Fliegen zu bringen. Oft führt das am Ende zu einem vollausgebauten Finanzierungsantrag an Innosuisse, die Schweizerische Agentur für Innovationsförderung.

Wie viele und welche Art von Projekten unterstützt der Databooster? 

Im letzten Jahr wurden in interdisziplinären Teams über 100 Databoosterideen entwickelt und getestet; ein gutes Drittel davon erhielt in der Folge Fördergelder, um ihr Projekt mit geeigneten Partnern weiterzutreiben. Ein Beispiel ist das Startup Vivent, das ein Diagnosesystem zur Messung der Pflanzengesundheit entwickelt hat, mit dem Landwirte Stresssituationen wie z. B. eine Dürre frühzeitig erkennen können. Oder die Co-Creation-App CitizenTalk des Startups Crowdcoach, die es in Echtzeit möglich macht, gemeinsam Lösungen zu erarbeiten. 

In welchen Bereichen der Schweizer Wirtschaft sehen Sie besonders viel Potenzial für datenbasierte Wertschöpfung?

Ein Bereich ist sicher die Fertigungsindustrie. Dort geht es darum, Maschinen mit Sensoren auszustatten oder die Daten der bereits vorhandenen Sensoren – Autos beispielsweise sind wahre Datenkanonen – auch tatsächlich auszuwerten. Dadurch kann man den Lebenszyklus dieser Anlagen besser managen, Ausfälle verhindern und den Output verbessern, insbesondere mit Remote-Technologien. Ein weiterer Bereich ist der Dienstleistungsbereich. Hier lässt sich vieles, was früher gute, mit ihren Kundinnen und Kunden vertraute Fachpersonen erledigt haben, mithilfe von datenbasierten Interessenprofilen automatisieren und maschinisieren. Grosse Möglichkeiten gibt es weiter in der Medizintechnik und insbesondere in der Personalisierten Medizin. Dort sind Daten der Schlüssel für Medikamente und Therapien, die die individuellen Eigenschaften von Patientinnen und Patienten berücksichtigen. Auch im Bereich von Self-Tracking-Apps, die physiologische Parameter erfassen, gibt es extrem spannende Anwendungen. Dies nur ein paar Beispiele, der wichtigste Punkt ist: Um Erfolg zu haben, braucht es keine Riesenmarktmacht. Es genügt, wenn sich ein paar clevere Leute zusammentun. Daten sind heute einfach zu erfassen und dann kann man loslegen. Es passiert auch unendlich viel – ich glaube, unsere Phantasie reicht nicht aus, um uns auszumalen, was hier noch alles möglich sein wird. 

Und geht in dieser Hinsicht der Schweiz auch genug?

Ich nehme die Schweizer Innovationsszene als sehr lebendig wahr. Da gibt es viele grössere und sehr viele kleinere Unternehmen mit fantastischen Ideen. Aber es gibt auch ein Segment von etablierteren Firmen, die unnötig viel Behäbigkeit pflegen. Dort sehe ich noch viel ungenutztes Potenzial. Teilweise ist es eine Frage der Kompetenz: Data Science als Studiengang gibt es in der Schweiz erst seit 4 bis 5 Jahren. Dazu kommt auch immer noch viel Unsicherheit – dort setzen unsere Booster-Programme an. Und schliesslich folgt, gemäss dem Gartner-Hype-Zyklus, nach der ersten Begeisterung dann eben auch das Tal der Enttäuschung. Datenbasierte Wertschöpfung ist in der Umsetzung nicht trivial und setzt, gerade im industriellen Bereich, ein gewisses Durchhaltevermögen voraus.

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