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Mehr als Vollzeit: Fractional CIOs in KMUs
HMD Praxis der Wirtschaftsinformatik (2023)

Mehr als Vollzeit: Fractional CIOs in KMUs

Simon Kratzer, Markus Westner, Susanne Strahringer
This study investigates the emerging role of 'Fractional CIOs,' who provide part-time IT leadership to small and medium-sized enterprises (SMEs). It synthesizes findings from a research project involving 62 Fractional CIOs across 10 countries and contextualizes them for the German market through interviews with three local Fractional CIOs/CTOs. The research aims to define the role, identify different types of engagements, and uncover key success factors.

Problem Small and medium-sized enterprises (SMEs) increasingly require sophisticated IT management to remain competitive, yet often lack the resources or need to hire a full-time Chief Information Officer (CIO). This gap leaves them vulnerable, as IT responsibilities are often handled by non-experts, leading to potential productivity losses and security risks. The study addresses this challenge by exploring a flexible and cost-effective solution.

Outcome - The study defines the 'Fractional CIO' role as a flexible, part-time IT leadership solution for SMEs, combining the benefits of an internal executive with the flexibility of an external consultant.
- Four distinct engagement types are identified for Fractional CIOs: Strategic IT Management, Restructuring, Rapid Scaling, and Hands-on Support, each tailored to different business needs.
- The most critical success factors for a successful engagement are trust between the company and the Fractional CIO, strong support from the top management team, and the CIO's personal integrity.
- While the Fractional CIO model is not yet widespread in Germany, the study concludes it offers significant potential value for German SMEs seeking expert IT leadership without the cost of a full-time hire.
- Three profiles of Fractional CIOs were identified based on their engagement styles: Strategic IT-Coaches, Full-Ownership-CIOs, and Change Agents.
Fractional CIO, Fractional CTO, Part-Time Interim Management, SMEs, IT Management, Chief Information Officer
Assessing Incumbents' Risk of Digital Platform Disruption
MIS Quarterly Executive (2022)

Assessing Incumbents' Risk of Digital Platform Disruption

Carmelo Cennamo, Lorenzo Diaferia, Aasha Gaur, Gianluca Salviotti
This study identifies three key market characteristics that make established businesses (incumbents) vulnerable to disruption by digital platforms. Using a qualitative research design examining multiple industries, the authors developed a practical tool for managers to assess their company's specific risk of being disrupted by these new market entrants.

Problem Traditional companies often struggle to understand the unique threat posed by digital platforms, which disrupt entire market structures rather than just introducing new products. This research addresses the need for a systematic way for incumbent firms to identify their specific vulnerabilities and understand how digital platform disruption unfolds in their industry.

Outcome - Digital platforms successfully disrupt markets by exploiting three key characteristics: information inefficiencies (asymmetry, fragmentation, complexity), the modular nature of product/service offerings, and unaddressed diverse customer preferences.
- Disruption occurs in two primary ways: by creating new, more efficient marketplace infrastructures that replace incumbents' marketing channels, and by introducing alternative marketplaces with entirely new offerings that substitute incumbents' core services.
- The paper provides a risk-assessment tool for managers to systematically evaluate their market's exposure to platform disruption based on a detailed set of factors related to information, product modularity, and customer preferences.
digital platforms, disruption, incumbent firms, market architecture, risk assessment, information asymmetry, modularity
How SME Watkins Steel Transformed from Traditional Steel Fabrication to Digital Service Provision
MIS Quarterly Executive (2022)

How SME Watkins Steel Transformed from Traditional Steel Fabrication to Digital Service Provision

Friedrich Chasin, Marek Kowalkiewicz, Torsten Gollhardt
This study presents a case study of Watkins Steel, an Australian small and medium-sized enterprise (SME), detailing its successful digital transformation from a traditional steel fabricator to a digital services provider. It introduces and analyzes two key strategic concepts, 'augmentation' and 'adjacency', as a framework for how SMEs can innovate and add new revenue streams without abandoning their core business.

Problem While digital transformation success stories for large corporations are common, there is a significant lack of practical guidance and documented examples for small and medium-sized enterprises (SMEs). This gap leaves many SMEs unaware of the potential of digital technologies and constrained by organizational inertia, hindering their ability to innovate and remain competitive.

Outcome - Watkins Steel successfully transitioned by augmenting its core steel fabrication business with new, high-value digital services like 3D scanning, modeling, and data reporting.
- The study proposes a transformation framework for SMEs based on two concepts: 'digital augmentation' (adding new services) and 'digital adjacency' (leveraging existing assets like customers, data, and skills for these new services).
- Key success factors included contagious leadership from the CEO, embracing business constraints as innovation opportunities, and a customer-centric approach to solving their clients' problems.
- Instead of hiring new talent, Watkins Steel successfully cultivated its own digital experts by empowering existing employees with domain knowledge to learn new skills, fostering a culture of experimentation.
- The transformation allowed the company to move up the value chain, from being a materials provider to coordinating and managing construction processes, creating a more defensible market position.
digital transformation, SME, business model innovation, case study, digital service provision, digital augmentation, digital adjacency
Education and Migration of Entrepreneurial and Technical Skill Profiles of German University Graduates
International Conference on Wirtschaftsinformatik (2025)

Education and Migration of Entrepreneurial and Technical Skill Profiles of German University Graduates

David Blomeyer and Sebastian Köffer
This study examines the supply of entrepreneurial and technical talent from German universities and analyzes their migration patterns after graduation. Using LinkedIn alumni data for 43 universities, the research identifies key locations for talent production and evaluates how effectively different cities and federal states retain or attract these skilled workers.

Problem Amidst a growing demand for skilled workers, particularly for startups, companies and policymakers lack clear data on talent distribution and mobility in Germany. This information gap makes it difficult to devise effective recruitment strategies, choose business locations, and create policies that foster regional talent retention and economic growth.

Outcome - Universities in major cities, especially TU München and LMU München, produce the highest number of graduates with entrepreneurial and technical skills.
- Talent retention varies significantly by location; universities in major metropolitan areas like Berlin, Munich, and Hamburg are most successful at keeping their graduates locally, with FU Berlin retaining 68.8% of its entrepreneurial alumni.
- The tech hotspots of North Rhine-Westphalia (NRW), Bavaria, and Berlin retain an above-average number of their own graduates while also attracting a large share of talent from other regions.
- Bavaria is strong in both educating and attracting talent, whereas NRW, the largest producer of talent, also loses a significant number of graduates to other hotspots.
- The analysis reveals that hotspot regions are generally better at retaining entrepreneurial profiles than technical profiles, highlighting the influence of local startup ecosystems on talent mobility.
Entrepreneurship, Location factors, Skills, STEM, Universities
Trapped by Success – A Path Dependence Perspective on the Digital Transformation of Mittelstand Enterprises
International Conference on Wirtschaftsinformatik (2025)

Trapped by Success – A Path Dependence Perspective on the Digital Transformation of Mittelstand Enterprises

Linus Lischke
This study investigates why German Mittelstand enterprises (MEs), or mid-sized companies, often implement incremental rather than radical digital transformation. Using path dependence theory and a multiple-case study methodology, the research explores how historical success anchors strategic decisions in established business models, limiting the pursuit of new digital opportunities.

Problem Successful mid-sized companies are often cautious when it comes to digital transformation, preferring minor upgrades over fundamental changes. This creates a research gap in understanding why these firms remain on a slow, incremental path, even when faced with significant digital opportunities that could drive growth.

Outcome - Successful business models create a 'functional lock-in,' where companies become trapped by their own success, reinforcing existing strategies and discouraging radical digital change.
- This lock-in manifests in three ways: ingrained routines (normative), deeply held assumptions about the business (cognitive), and investment priorities that favor existing operations (resource-based).
- MEs tend to adopt digital technologies primarily to optimize current processes and enhance existing products, rather than to create new digital business models.
- As a result, even promising digital innovations are often rejected if they do not seamlessly align with the company's traditional operations and core products.
Digital Transformation, Path Dependence, Mittelstand Enterprises
Designing Digital Service Innovation Hubs: An Ecosystem Perspective on the Challenges and Requirements of SMEs and the Public Sector
International Conference on Wirtschaftsinformatik (2025)

Designing Digital Service Innovation Hubs: An Ecosystem Perspective on the Challenges and Requirements of SMEs and the Public Sector

Jannika Marie Schäfer, Jonas Liebschner, Polina Rajko, Henrik Cohnen, Nina Lugmair, and Daniel Heinz
This study investigates the design of a Digital Service Innovation Hub (DSIH) to facilitate and orchestrate service innovation for small and medium-sized enterprises (SMEs) and public organizations. Using a design science research approach, the authors conducted 17 expert interviews and focus group validations to analyze challenges and derive specific design requirements. The research aims to create a blueprint for a hub that moves beyond simple networking to actively manage innovation ecosystems.

Problem Small and medium-sized enterprises (SMEs) and public organizations often struggle to innovate within service ecosystems due to resource constraints, knowledge gaps, and difficulties finding the right partners. Existing Digital Innovation Hubs (DIHs) typically focus on specific technological solutions and matchmaking but fail to provide the comprehensive orchestration needed for sustained service innovation. This gap leaves many organizations unable to leverage the full potential of collaborative innovation.

Outcome - The study identifies four key challenge areas for SMEs and public organizations: exogenous factors (e.g., market speed, regulations), intraorganizational factors (e.g., resistant culture, outdated systems), knowledge and skill gaps, and partnership difficulties.
- It proposes a set of design requirements for Digital Service Innovation Hubs (DSIHs) centered on three core functions: (1) orchestrating actors by facilitating matchmaking, collaboration, and funding opportunities.
- (2) Facilitating structured knowledge transfer by sharing best practices, providing tailored content, and creating interorganizational learning formats.
- (3) Ensuring effective implementation and provision of the hub itself through user-friendly design, clear operational frameworks, and tangible benefits for participants.
service innovation, ecosystem, innovation hubs, SMEs, public sector
Design Principles for SME-focused Maturity Models in Information Systems
International Conference on Wirtschaftsinformatik (2025)

Design Principles for SME-focused Maturity Models in Information Systems

Stefan Rösl, Daniel Schallmo, and Christian Schieder
This study addresses the limited practical application of maturity models (MMs) among small and medium-sized enterprises (SMEs). Through a structured analysis of 28 relevant academic articles, the researchers developed ten actionable design principles (DPs) to improve the usability and strategic impact of MMs for SMEs. These principles were subsequently validated by 18 recognized experts to ensure their practical relevance.

Problem Maturity models are valuable tools for assessing organizational capabilities, but existing frameworks are often too complex, resource-intensive, and not tailored to the specific constraints of SMEs. This misalignment leads to low adoption rates, preventing smaller businesses from effectively using these models to guide their transformation and innovation efforts.

Outcome - The study developed and validated ten actionable design principles (DPs) for creating maturity models specifically tailored for Small and Medium-sized Enterprises (SMEs).
- These principles, confirmed by experts as highly useful, provide a structured foundation for researchers and designers to build MMs that are more accessible, relevant, and usable for SMEs.
- The research bridges the gap between MM theory and real-world applicability, enabling the development of tools that better support SMEs in strategic planning and capability improvement.
Design Principles, Maturity Model, Capability Assessment, SME, Information Systems, SME-specific MMs
Challenges and Mitigation Strategies for AI Startups: Leveraging Effectuation Theory in a Dynamic Environment
International Conference on Wirtschaftsinformatik (2025)

Challenges and Mitigation Strategies for AI Startups: Leveraging Effectuation Theory in a Dynamic Environment

Marleen Umminger, Alina Hafner
This study investigates the unique benefits and obstacles encountered by Artificial Intelligence (AI) startups. Through ten semi-structured interviews with founders in the DACH region, the research identifies key challenges and applies effectuation theory to explore effective strategies for navigating the uncertain and dynamic high-tech field.

Problem While investment in AI startups is surging, founders face unique challenges related to data acquisition, talent recruitment, regulatory hurdles, and intense competition. Existing literature often groups AI startups with general digital ventures, overlooking the specific difficulties stemming from AI's complexity and data dependency, which creates a need for tailored mitigation strategies.

Outcome - AI startups face core resource challenges in securing high-quality data, accessing affordable AI models, and hiring skilled technical staff like CTOs.
- To manage costs, founders often use publicly available data, form partnerships with customers for data access, and start with open-source or low-cost MVP models.
- Founders navigate competition by tailoring solutions to specific customer needs and leveraging personal networks, while regulatory uncertainty is managed by either seeking legal support or framing compliance as a competitive advantage to attract enterprise customers.
- Effectuation theory proves to be a relevant framework, as successful founders tend to leverage existing resources and networks (bird-in-hand), form strategic partnerships (crazy quilt), and adapt flexibly to unforeseen events (lemonade) rather than relying on long-term prediction.
Artificial intelligence, Entrepreneurial challenge, Effectuation theory, Qualitative research, AI startups, Mitigation strategies
Designing Scalable Enterprise Systems: Learning From Digital Startups
International Conference on Wirtschaftsinformatik (2025)

Designing Scalable Enterprise Systems: Learning From Digital Startups

Richard J. Weber, Max Blaschke, Maximilian Kalff, Noah Khalil, Emil Kobel, Oscar A. Ulbricht, Tobias Wuttke, Thomas Haskamp, and Jan vom Brocke
This study investigates how to design enterprise systems (ES) suitable for the rapidly changing needs of digital startups. Using a design science research approach involving 11 startups, the researchers identified key system requirements and developed nine design principles to create ES that are flexible, adaptable, and scalable.

Problem Traditional enterprise systems are often rigid, assuming business processes are stable and standardized. This design philosophy clashes with the needs of dynamic digital startups, which require highly adaptable systems to support continuous process evolution and rapid growth.

Outcome - The study identified core requirements for enterprise systems in startups, highlighting the need for agility, speed, and minimal overhead to support early-stage growth.
- Nine key design principles for scalable ES were developed, focusing on automation, integration, data-driven decision-making, flexibility, and user-centered design.
- A proposed ES architecture emphasizes a modular approach with a central workflow engine, enabling systems to adapt and scale with the startup.
- The research concludes that for startups, ES design must prioritize process adaptability and transparency over the rigid reliability typical of traditional systems.
Enterprise systems, Business process management, Digital entrepreneurship
Perbaikan Proses Bisnis Onboarding Pelanggan di PT SEVIMA Menggunakan Heuristic Redesign
Jurnal SISFO (2025)

Perbaikan Proses Bisnis Onboarding Pelanggan di PT SEVIMA Menggunakan Heuristic Redesign

Ribka Devina Margaretha, Mahendrawathi ER, Sugianto Halim
This study addresses challenges in PT SEVIMA's customer onboarding process, where Account Managers (AMs) were not always aligned with client needs. Using a Business Process Management (BPM) Lifecycle approach combined with heuristic principles (Resequencing, Specialize, Control Addition, and Empower), the research redesigns the existing workflow. The goal is to improve the matching of AMs to clients, thereby increasing onboarding efficiency and customer satisfaction.

Problem PT SEVIMA, an IT startup for the education sector, struggled with an inefficient customer onboarding process. The primary issue was the frequent mismatch between the assigned Account Manager's skills and the specific, technical needs of the new client, leading to implementation delays and decreased satisfaction.

Outcome - Recommends grouping Account Managers (AMs) based on specialization profiles built from post-project evaluations.
- Suggests moving the initial client needs survey to occur before an AM is assigned to ensure a better match.
- Proposes involving the technical migration team earlier in the process to align strategies from the start.
- These improvements aim to enhance onboarding efficiency, reduce rework, and ultimately increase client satisfaction.
Business Process Redesign, Customer Onboarding, Knowledge-Intensive Process, Heuristics Method, Startup, BPM Lifecycle
Successfully Organizing AI Innovation Through Collaboration with Startups
MIS Quarterly Executive (2023)

Successfully Organizing AI Innovation Through Collaboration with Startups

Jana Oehmichen, Alexander Schult, John Qi Dong
This study examines how established firms can successfully partner with Artificial Intelligence (AI) startups to foster innovation. Based on an in-depth analysis of six real-world AI implementation projects across two startups, the research identifies five key challenges and provides corresponding recommendations for navigating these collaborations effectively.

Problem Established companies often lack the specialized expertise needed to leverage AI technologies, leading them to partner with startups. However, these collaborations introduce unique difficulties, such as assessing a startup's true capabilities, identifying high-impact AI applications, aligning commercial interests, and managing organizational change, which can derail innovation efforts.

Outcome - Challenge 1: Finding the right AI startup. Firms should overcome the inscrutability of AI startups by assessing credible quality signals, such as investor backing, academic achievements of staff, and success in prior contests, rather than relying solely on product demos.
- Challenge 2: Identifying the right AI use case. Instead of focusing on data availability, companies should collaborate with startups in workshops to identify use cases with the highest potential for value creation and business impact.
- Challenge 3: Agreeing on commercial terms. To align incentives and reduce information asymmetry, contracts should include performance-based or usage-based compensation, linking the startup's payment to the value generated by the AI solution.
- Challenge 4: Considering the impact on people. Firms must manage user acceptance by carefully selecting the degree of AI autonomy, involving employees in the design process, and clarifying the startup's role to mitigate fears of job displacement.
- Challenge 5: Overcoming implementation roadblocks. Depending on the company's organizational maturity, it should either facilitate deep collaboration between the startup and all internal stakeholders or use the startup to build new systems that bypass internal roadblocks entirely.
Artificial Intelligence, AI Innovation, Corporate-startup collaboration, Open Innovation, Digital Transformation, AI Startups
How to Successfully Navigate Crisis-Driven Digital Transformations
MIS Quarterly Executive (2023)

How to Successfully Navigate Crisis-Driven Digital Transformations

Ralf Plattfaut, Vincent Borghoff
This study investigates how digital transformations initiated by a crisis, such as the COVID-19 pandemic, differ from transformations under normal circumstances. Through case studies of three German small and medium-sized organizations (the 'Mittelstand'), the research identifies challenges to established transformation 'logics' and provides recommendations for successfully managing these events.

Problem While digital transformation is widely studied, there is little understanding of how the process works when driven by an external crisis rather than strategic planning. The COVID-19 pandemic created an urgent, unprecedented need for businesses to digitize their operations, but existing frameworks were ill-suited for this high-pressure, uncertain environment.

Outcome - The trigger for digital transformation in a crisis is the external shock itself, not the emergence of new technology.
- Decision-making shifts from slow, consensus-based strategic planning to rapid, top-down ad-hoc reactions to ensure survival.
- Major organizational restructuring is deferred; instead, companies form small, agile steering groups to manage the transformation efforts.
- Normal organizational barriers like inertia and resistance to change significantly decrease during the crisis due to the clear and urgent need for action.
- After the crisis, companies must actively work to retain the agile practices learned and manage the potential re-emergence of resistance as urgency subsides.
Digital Transformation, Crisis Management, Organizational Change, German Mittelstand, SMEs, COVID-19, Business Resilience
How Large Companies Can Help Small and Medium-Sized Enterprise (SME) Suppliers Strengthen Cybersecurity
MIS Quarterly Executive (2024)

How Large Companies Can Help Small and Medium-Sized Enterprise (SME) Suppliers Strengthen Cybersecurity

Jillian K. Kwong, Keri Pearlson
This study investigates the cybersecurity challenges faced by small and medium-sized enterprise (SME) suppliers and proposes actionable strategies for large companies to help them improve. Based on interviews with executives and cybersecurity experts, the paper identifies key barriers SMEs encounter and outlines five practical actions large firms can take to strengthen their supply chain's cyber resilience.

Problem Large companies increasingly require their smaller suppliers to meet the same stringent cybersecurity standards they do, creating a significant burden for SMEs with limited resources. This gap creates a major security vulnerability, as attackers often target less-secure SMEs as a backdoor to access the networks of larger corporations, posing a substantial third-party risk to entire supply chains.

Outcome - SME suppliers are often unable to meet the security standards of their large partners due to four key barriers: unfriendly regulations, organizational culture clashes, variability in cybersecurity frameworks, and misalignment of business processes.
- Large companies can proactively strengthen their supply chain by providing SMEs with the resources and expertise needed to understand and comply with regulations.
- Creating incentives for meeting security benchmarks is more effective than penalizing suppliers for non-compliance.
- Large firms should develop programs to help SMEs elevate their cybersecurity culture and align security processes with their own.
- Coordinating with other large companies to standardize cybersecurity frameworks and assessment procedures can significantly reduce the compliance burden on SMEs.
Cybersecurity, Supply Chain Management, Third-Party Risk, Small and Medium-Sized Enterprises (SMEs), Cyber Resilience, Vendor Risk Management
Experiences and Lessons Learned at a Small and Medium-Sized Enterprise (SME) Following Two Ransomware Attacks
MIS Quarterly Executive (2024)

Experiences and Lessons Learned at a Small and Medium-Sized Enterprise (SME) Following Two Ransomware Attacks

Donald Wynn, Jr., W. David Salisbury, Mark Winemiller
This paper presents a case study of a small U.S. manufacturing company that suffered two distinct ransomware attacks four years apart, despite strengthening its cybersecurity after the first incident. The study analyzes both attacks, the company's response, and the lessons learned from the experiences. The goal is to provide actionable recommendations to help other small and medium-sized enterprises (SMEs) improve their defenses and recovery strategies against evolving cyber threats.

Problem Small and medium-sized enterprises (SMEs) face unique cybersecurity challenges due to significant resource constraints compared to larger corporations. They often lack the financial capacity, specialized expertise, and trained workforce to implement and maintain adequate technical and procedural controls. This vulnerability is increasingly exploited by cybercriminals, with a high percentage of ransomware attacks specifically targeting these smaller, less-defended businesses.

Outcome - All businesses are targets: The belief in 'security by obscurity' is a dangerous misconception; any online presence makes a business a potential target for cyberattacks.
- Comprehensive backups are essential: Backups must include not only data but also system configurations and software to enable a full and timely recovery.
- Management buy-in is critical: Senior leadership must understand the importance of cybersecurity and provide the necessary funding and organizational support for robust defense measures.
- People are a key vulnerability: Technical defenses can be bypassed by human error, as demonstrated by the second attack which originated from a phishing email, underscoring the need for continuous employee training.
- Cybercrime is an evolving 'arms race': Attackers are becoming increasingly sophisticated, professional, and organized, requiring businesses to continually adapt and strengthen their defenses.
ransomware, cybersecurity, SME, case study, incident response, cyber attack, information security
How to Operationalize Responsible Use of Artificial Intelligence
MIS Quarterly Executive (2025)

How to Operationalize Responsible Use of Artificial Intelligence

Lorenn P. Ruster, Katherine A. Daniell
This study outlines a practical five-phase process for organizations to translate responsible AI principles into concrete business practices. Based on participatory action research with two startups, the paper provides a roadmap for crafting specific responsibility pledges and embedding them into organizational processes, moving beyond abstract ethical statements.

Problem Many organizations are committed to the responsible use of AI but struggle with how to implement it practically, creating a significant "principle-to-practice gap". This confusion can lead to inaction or superficial efforts known as "ethics-washing," where companies appear ethical without making substantive changes. The study addresses the lack of clear, actionable guidance for businesses, especially smaller ones, on where to begin.

Outcome - Presents a five-phase process for operationalizing responsible AI: 1) Buy-in, 2) Intuition-building, 3) Pledge-crafting, 4) Pledge-communicating, and 5) Pledge-embedding.
- Argues that responsible AI should be approached as a systems problem, considering organizational mindsets, culture, and processes, not just technical fixes.
- Recommends that organizations create contextualized, action-oriented "pledges" rather than simply adopting generic AI principles.
- Finds that investing in responsible AI practices early, even in small projects, helps build organizational capability and transfers to future endeavors.
- Provides a framework for businesses to navigate communication challenges, balancing transparency with commercial interests to build user trust.
Responsible AI, AI Ethics, Operationalization, Systems Thinking, AI Governance, Pledge-making, Startups
How GuideCom Used the Cognigy.AI Low-Code Platform to Develop an AI-Based Smart Assistant
MIS Quarterly Executive (2024)

How GuideCom Used the Cognigy.AI Low-Code Platform to Develop an AI-Based Smart Assistant

Imke Grashoff, Jan Recker
This case study investigates how GuideCom, a medium-sized German software provider, utilized the Cognigy.AI low-code platform to create an AI-based smart assistant. The research follows the company's entire development process to identify the key ways in which low-code platforms enable and constrain AI development. The study illustrates the strategic trade-offs companies face when adopting this approach.

Problem Small and medium-sized enterprises (SMEs) often lack the extensive resources and specialized expertise required for in-house AI development, while off-the-shelf solutions can be too rigid. Low-code platforms are presented as a solution to democratize AI, but there is a lack of understanding regarding their real-world impact. This study addresses the gap by examining the practical enablers and constraints that firms encounter when using these platforms for AI product development.

Outcome - Low-code platforms enable AI development by reducing complexity through visual interfaces, facilitating cross-functional collaboration between IT and business experts, and preserving resources.
- Key constraints of using low-code AI platforms include challenges with architectural integration into existing systems, ensuring the product is expandable for different clients and use cases, and managing security and data privacy concerns.
- Contrary to the 'no-code' implication, existing software development skills are still critical for customizing solutions, re-engineering code, and overcoming platform limitations, especially during testing and implementation.
- Establishing a strong knowledge network with the platform provider (for technical support) and innovation partners like clients (for domain expertise and data) is a crucial factor for success.
- The decision to use a low-code platform is a strategic trade-off; it significantly lowers the barrier to entry for AI innovation but requires careful management of platform dependencies and inherent constraints.
low-code development, AI development, smart assistant, conversational AI, case study, digital transformation, SME
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