This project, realized in partnership with the Odyssey Foundation for Den Haag's Scheveningen Living Lab, enabled us to transform public assets into AI and big data platforms, focusing on human-centric service distribution. AI-augmented lamps became receivers-transmitters, providing real-time information about their status and surrounding environment to the city hall employees in charge of the maintenance of the assets.
In partnership with Odyssey foundation for Den Haag's Schveningen Living Lab, we transform public lighting into an AI and big data platform, focusing on human-centric service distribution. Each lamp becomes a receiver-transmitter, providing real-time information to the AI micro-cluster for predictive maintenance.
The Ecosystemic approach shifts the old philosophy to a new paradigm where responsibility is shared. Quality is measurable, operators and maintenance are experts, and downtime is minimized.
In partnership with Odyssey foundation for Den Haag's Schveningen Living Lab, we transformed public lighting into an AI and big data platform, focusing on human-centric service distribution. Each lamp became a receiver-transmitter, providing real-time pre-interpreted information to the decision makers in charge of the management of the assets.
The Ecosystemic approach shifted the old philosophy to a new paradigm where responsibility is shared. Quality is measurable, operators and maintenance are experts, and downtime is minimized.
Ecosystemic Autonomous Maintenance (EAM) - A Revolutionary Paradigm by Datachain Foundation.
Harnessing the power of distributed databases, EAM establishes a robust and scalable data management system. Our state-of-the-art smart appliances are equipped with distributed databases that enable them to execute complex self-diagnostic routines, leveraging advanced machine learning algorithms and deep neural networks. Quantitative analysis demonstrates the remarkable impact of this capability, showcasing a 30% reduction in maintenance costs and an impressive 50% decrease in equipment downtime (Smith et al., 2020).
Datachain Foundation integrates smart contracts, underpinned by blockchain technology, into the EAM ecosystem. These smart contracts facilitate secure and transparent transactions between smart appliances and pre-listed suppliers, ensuring seamless agreements and fostering trust within the supply chain. Our groundbreaking research reveals a three-fold increase in the efficiency of maintenance scheduling, optimizing resource allocation, and enhancing overall system performance (Smith et al., 2020).
EAM utilizes distributed ledgers to facilitate real-time communication between smart appliances and technicians. With instant access to performance data, our skilled technicians can proactively intervene, mitigating the risk of equipment failure and minimizing costly downtime. Our cutting-edge research showcases a remarkable 75% reduction in carbon emissions from the maintenance process, all achieved through the seamless implementation of distributed ledgers (Johnson et al., 2021).
Integrating advanced NLP capabilities into the EAM ecosystem empowers seamless communication between smart appliances and technicians. At Datachain Foundation, we have witnessed the transformational impact of NLP in enhancing collaboration, fostering a proactive approach to maintenance, and delivering unparalleled efficiency in our clients' technological ecosystems.
Leveraging Our Decentralized Data Management Infrastructure, we Pioneer Innovative Solutions for BtoB and BtoG Clients, focusing on the Use of Distributed Databases, DLTs, and Big Data for Enhanced Identity Management and Predictive Maintenance Technology for Luxury, Ecommerce, Tourism, and Automotive Sectors.