# Competition with the Industrial IoT: A Service-Dominant Logic Approach
## 2 Methodology
### Algorithm: Cockpit4.0+ System Development
\begin{table}
\begin{tabular}{p{113.8 pt} p{113.8 pt}} \hline \hline
**Algorithm Steps** & **Core Functionalities** \\ \hline Initialize System Core & Set up the foundational architecture, including cloud computing, high-speed networking, and basic security protocols. \\ \hline Integrate Operant & Implement AI/ML for data analysis and trend prediction. Develop modular architecture for ERP/CRM integration. Enforce data \\ Technological Capabilities & protection with encryption. Design intuitive, mobile-compatible UI. Design intuitive user interface that ensures accessibility and mobile compatibility. \\ \hline Incorporate Operand & Install devices for real-time monitoring. Utilize cloud computing for scalable storage/processing. Ensure secure high-speed data transmission. Connect with digital marketplaces. \\ \hline Interoperability Across Levels & Establish technical, semantic, and pragmatic interoperability pathways. \\ \hline Implement S-D Logic Foundations & Integrate resource density mechanisms and digital materiality mechanisms. \\ \hline Deploy OPC UA & Use OPC UA for interoperability and security measures like digitally signed certificates and encryption. \\ \hline Enhance Usability and Accessibility & Apply human-centered design. Develop modules for transaction/service customization. Create interconnected technological components. \\ \hline Facilitate Coopetition Collaboration & Implement advanced communication, data-sharing tools, APIs for third-party integration, and privacy mechanisms. Provide platforms for co-creation and innovation. Establish governance and trust-building features. \\ \hline Testing and Deployment & Conduct comprehensive testing (usability, security, and interoperability). Deploy for pilot testing with SMEs. Collect feedback and adjust. \\ \hline Launch and Monitor & Launch Cockpit4.0+ for broader use. Monitor performance and user feedback. Implement updates and enhancements. \\ \hline \hline \end{tabular}
\end{table} 
Table 1: Systematic implementation algorithm for Cockpit4.0+ features. interoperability, facilitating seamless communication and collaboration across diverse technological environments. Co-creation and innovation platforms: (i) idea management tools--tools that support the collection, development, and evaluation of ideas collaboratively, driving innovation within the coopetition framework; (ii) prototype testing environments--virtual spaces where new products or services can be tested and refined together, speeding up the innovation process and reducing the time to market. Conflict resolution and governance structures: (i) transparent governance mechanisms--clear rules and governance structures are established for managing coopetition, ensuring all parties have input in decision-making processes and access to dispute resolution mechanisms; (ii) performance tracking and reporting--integrating tools for monitoring collaboration progress and outcomes, ensuring transparency and accountability for all network participants. Trust building and relationship management: (i) reputation systems: a system that allows companies to rate their experiences with competitors, fostering trust and reliability within the network; (ii) facilitated networking events--organizing events and workshops to strengthen relationships among competitors, promoting a culture of openness and mutual respect. By integrating these features into Cockpit4.0+, the system has been fully developed to support and actively promote collaboration among competitors. The algorithm lays out a structured pathway for developing the Cockpit4.0+ system, ensuring that all critical aspects--from operant and operand technological capabilities to interoperability, usability, and coopetition facilitation--are systematically addressed. A preliminary evaluation was undertaken within the Portuguese ornamental stone (OS-PT) sector. This assessment aimed to gauge the functional acceptance of Cockpit4.0+ and explore its potential to enhance coopetition among stone SMEs.