KoçSistem, based in Istanbul, Turkey, is a leading digital transformation company specializing in AI, cloud computing, cybersecurity, and smart enterprise solutions. A key contributor to the HOMEPOT project, KoçSistem focuses on integrating generative AI with its Pixage digital signage platform to enable real-time, personalized content delivery based on viewer context, behavior, and environmental data. Their role includes developing edge-enabled AI modules, dynamic policy enforcement mechanisms, and scalable content management tools. Strategically, KoçSistem aims to redefine digital signage through adaptive AI, supporting diverse use cases such as retail marketing, corporate communications, and emergency broadcasting, while positioning Pixage for global market adoption.

IOTIQ GmbH, based in Leipzig, Germany, is an IT company specializing in mobile device management (MDM), enterprise software solutions, and applied R&D. In the HOMEPOT project, IOTIQ contributes its expertise in unified endpoint management and secure device provisioning, focusing on the development of mobile policy enforcement modules and cloud-based configuration services. Their role supports HOMEPOT’s goal of delivering a scalable, secure platform for managing heterogeneous IT, OT, and IoT devices. Strategically, IOTIQ aims to extend its MDM capabilities to new verticals, enabling secure onboarding, compliance enforcement, and lifecycle management across smart home, industrial, and public sector environments.

3E, headquartered in Brussels with offices across Europe, Asia, and Africa, is a leading independent technical advisor in renewable energy and energy performance optimization. In the HOMEPOT project, 3E contributes its expertise in secure energy infrastructure monitoring and multi-stakeholder data management. Leveraging its SynaptiQ platform—already deployed across large-scale solar and wind portfolios—3E supports the integration of HOMEPOT technologies into smart energy systems. Its role focuses on validating secure device management and policy enforcement in distributed energy environments. Strategically, 3E aims to enhance operational resilience and data governance in renewable energy networks, aligning HOMEPOT outcomes with the future of smart, decarbonized infrastructures.

Nokia Bell N.V., based in Belgium, is part of Nokia and represents the research and innovation arm of the company through Nokia Bell Labs. As an ITEA founding company and global leader in communications technology, Nokia Bell brings cutting-edge expertise in 5G, IoT infrastructure, and secure network systems. In the HOMEPOT project, Nokia Bell focuses on scalable architecture design, secure communication protocols, and advanced policy orchestration for heterogeneous device environments. Their strategic contribution supports HOMEPOT’s vision of building a secure, resilient, and interoperable platform for managing IT, OT, and IoT systems across sectors such as smart cities, industry, and telecom.

Sirris, the collective center of the Belgian technology industry, is a leading research institute that supports companies in developing and implementing technological innovations. In the HOMEPOT project, Sirris contributes its expertise in secure software design, systems engineering, and validation frameworks. Its role focuses on supporting the architectural design, interoperability, and compliance evaluation of HOMEPOT components across diverse domains. Strategically, Sirris enables the translation of research outcomes into industry-ready solutions, helping ensure that HOMEPOT delivers a scalable and secure device management platform aligned with industrial needs and innovation best practices.

ERSTE Software Limited, based in Ankara, Turkey, is a technology provider specializing in AI, IoT, data analytics, and cloud-based software development. In the HOMEPOT project, ERSTE contributes to the design and implementation of core backend systems, focusing on role-based access control, secure API integration, and scalable multi-tenant architecture. Their work supports dynamic policy enforcement, device classification, and contextual decision-making across heterogeneous IT and IoT environments. Strategically, ERSTE aims to extend its expertise in intelligent system design to the cybersecurity and smart infrastructure domains, positioning itself as a key enabler in next-generation device and data governance solutions.

Adyta, LDA, based in Portugal, is a cybersecurity SME specializing in secure communications, cryptographic solutions, and regulatory compliance. In the HOMEPOT project, Adyta focuses on developing advanced security modules for home routers, targeting households and small businesses through partnerships with ISPs and direct licensing strategies. Leveraging its strong R&D roots at the University of Porto and positioning at UPTEC, Adyta combines academic innovation with market readiness, supported by successful collaborations with global players like Samsung and Microsoft. Through HOMEPOT, Adyta aims to expand its cybersecurity offerings and enter new market segments with tailored, standards-compliant solutions.

Instituto Superior de Engenharia do Porto (ISEP), one of Portugal’s leading engineering schools, is a public higher education and research institution with strong expertise in embedded systems, IoT, and cybersecurity. In the HOMEPOT project, ISEP contributes through its SoftCPS research group, focusing on edge AI-based anomaly detection, secure IoT device identification, and traffic monitoring in home gateways. ISEP leads WP8 on Dissemination and Exploitation and Task T5.5 on Security Implementation. Strategically, ISEP leverages its deep R&D experience and close industry collaborations to apply academic innovation in real-world scenarios, supporting both the technical development and national demonstrator of HOMEPOT while fostering impactful knowledge transfer into the industrial ecosystem.

NOS Inovação, the technology branch of NOS Comunicações, is a leading Portuguese telecom provider specializing in fixed and mobile communications, pay-TV, broadband, and digital innovation. In the HOMEPOT project, NOS contributes through its expertise in secure connectivity and consumer router infrastructure. It leads the Portuguese national demonstrator, focusing on integrating cybersecurity and ML-based behavioral monitoring into NOS home gateways. NOS provides real datasets and a proprietary ML infrastructure to support the training, testing, and validation of HOMEPOT components. Strategically, NOS aims to deliver a flexible, distributed IoT protection solution with edge-cloud architecture, enabling advanced features like device profiling, anomaly detection, and personalized parental controls—positioning HOMEPOT as a secure and scalable offering for its large consumer base.

Chungnam National University (CNU), one of Korea’s most prestigious public universities, has a strong legacy of research excellence and academic-industry collaboration. In the HOMEPOT project, CNU partners with ETRI to develop use cases for a cross-platform taxi calling system. CNU focuses on data collection, management, and AI-based demand prediction, contributing to core algorithm development in WP4 and pilot experiment design and analysis in WP6. As a key academic partner, CNU also supports dissemination efforts in WP8, ensuring the academic impact of HOMEPOT and promoting cross-sector innovation in connected mobility environments.

The Electronics and Telecommunications Research Institute (ETRI), based in the Republic of Korea, is a world-renowned public research institute driving innovation in ICT, digital infrastructure, and convergence technologies. In the HOMEPOT project, ETRI serves as the Korean country coordinator, leading the development of core technologies for cross-platform device compatibility, secure communications, and smart mobility use cases. ETRI contributes to AI-based demand prediction, secure data handling, and platform architecture design for HOMEPOT’s taxi calling demonstrator. Strategically, ETRI aims to strengthen Korea’s leadership in digital transformation by enabling secure, scalable, and intelligent services for future mobility and IoT ecosystems.

Essetel Co., Ltd., based in the Republic of Korea, is a technology SME specializing in mobility control systems, with Korea’s largest deployment footprint for regional taxi call services. In the HOMEPOT project, Essetel collaborates with ETRI to validate cross-platform technologies through real-world implementations of an advanced taxi calling system. Essetel contributes by establishing pilot environments, integrating HOMEPOT technologies into live services, and refining the user experience for mobility applications. Strategically, Essetel aims to expand its service coverage to 60 regions in Korea within two years and enter international markets, beginning with Jakarta and targeting Europe, leveraging HOMEPOT outcomes to scale secure, real-time location-based mobility platforms.

Arçelik, headquartered in Türkiye, is a global leader in home appliances and consumer electronics, operating in 147 countries with 14 brands, 28 production facilities, and 28 R&D and design centers worldwide. In the HOMEPOT project, Arçelik contributes its expertise in smart TV technologies and connected devices, focusing on secure device management and user-centric control in meeting room environments. Arçelik’s demonstrator showcases innovative features including remote app installation, scheduled screen activation, source selection, and multi-format screen capture, integrated through HOMEPOT’s secure platform. As leader of Task 8.2 on exploitation activities, Arçelik also plays a key role in use case definition, technical development, and market alignment, reinforcing its strategic vision to advance smart living and collaborative digital ecosystems.

BLC İletişim ve Güvenlik Sistemleri AŞ is a Turkish SME specializing in cloud infrastructure, cybersecurity, and AI-driven energy optimization solutions. In the HOMEPOT project, BLC contributes its expertise in secure cloud architecture, IoT security, and telecommunications systems. BLC leads key tasks including consortium coordination (T1.2) and system integration and software testing (T6.2), supporting multiple use cases across the project. The company also provides state-of-the-art analysis on cloud-based IoT attacks and contributes to the design and implementation of security features within the HOMEPOT platform. With prior experience in 4G/5G vertical applications, BLC strategically extends HOMEPOT’s capabilities in secure, scalable cloud deployments for connected ecosystems.

Dakik Yazılım Teknolojileri, based in Ankara, Türkiye, is a specialized SME focused on high-performance computing, cybersecurity, and Unified Endpoint Management (UEM). In the HOMEPOT project, Dakik delivers a robust UEM solution to enable secure, scalable management of heterogeneous OT and IoT devices. Leveraging its expertise in operating system development and system-level integration, Dakik ensures seamless compatibility across diverse hardware and software environments. The company also contributes to strengthening the platform’s cybersecurity posture by identifying vulnerabilities and enhancing resilience in endpoint systems. Strategically, Dakik aligns HOMEPOT with its innovation roadmap to reinforce its role as a leading UEM and cybersecurity solution provider across critical infrastructure and industrial domains.

Brunel University London, a prominent UK research institution, brings extensive expertise in modelling, simulation, and system validation to the HOMEPOT project. Through its Modelling and Simulation Group (MSG), Brunel contributes advanced methodologies in predictive modelling, verification, validation, and uncertainty quantification (VVUQ). Leveraging tools developed under the SEAVEA project—particularly EasyVVUQ—Brunel supports simulation-driven decision-making, risk assessment, and robustness evaluation across HOMEPOT’s demonstrators. Its role spans WP2, WP4, and WP6, ensuring that HOMEPOT’s analytics and platform design are grounded in rigorous, scientifically validated methods. Strategically, Brunel’s participation enhances the reliability and resilience of digital security solutions applied to IT, OT, and IoT environments.

Dealdio Limited, based in the United Kingdom, is an innovative SME specializing in mobile app development and digital loyalty solutions for the retail and food sectors. In the HOMEPOT project, Dealdio contributes its expertise in multi-device integration and customer engagement technologies, showcasing the adaptability of its MyDD Points platform in secure and dynamic IoT environments. Dealdio’s involvement supports the development of interconnected services that enhance user experience and drive digital transformation across independent retail and F&B businesses. Strategically, Dealdio leverages HOMEPOT to expand its market reach, refine its offerings, and strengthen its position as a leading provider of intelligent loyalty systems in the UK.

GetFudo, based in the United Kingdom, is an SME revolutionizing the digital culinary landscape by empowering restaurants with tools for digital integration, influencer engagement, and seamless food ordering. In the HOMEPOT project, GetFudo plays a key role in shaping use cases and demonstrators for centralized device management within restaurant operations. Their contributions span platform requirement definition, algorithm development, implementation, and real-world validation across WP2, WP4, WP5, and WP6. Leveraging deep industry knowledge, GetFudo ensures HOMEPOT addresses operational efficiency, device heterogeneity, and service consistency in food tech environments. Strategically, GetFudo’s involvement enhances its commitment to digital innovation in hospitality, ensuring that HOMEPOT delivers impactful, user-centric solutions for the evolving culinary industry.