Product information

Transforming Real-World Systems with

SpatialWork provides a low-code and no-code environment for the creation of spatial digital twins for real-world systems. It maps elements (3D) and dynamics (data) on a global scale, enabling users to interact seamlessly with spatial digital twins in both virtual and real-world environments through conventional operation systems and extended reality interfaces. SpatialWork utilizes the latest AI and Machine Learning approaches to create digital twin experiences under users’ guidance.

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Revolutionising Real-World Systems with Spatial Digital Twins

A groundbreaking low-code, no-code platform for spatial digital twins. Seamlessly map 3D elements and data globally, transforming real-world systems into interactive environments. Empower users with AI and Machine Learning to enhance efficiency, safety, sustainability, and revenue generation. Here are the benefits:

Increase Efficiency and Reduce Siloes

SpatialWork provide a unified platform for various departments and stakeholders to access real-time data and collaborate efficiently, breaking down siloes. Information from multiple sources can be integrated into SpatialWork, enabling a holistic view of the entire operation and facilitating better decision-making.

Enable Automation

SpatialWork can be integrated with artificial intelligence (AI) and machine learning algorithms, enabling predictive maintenance, process optimization, and autonomous operations. Through automation, tasks can be performed faster and with higher accuracy, reducing the need for manual intervention.

Reduce Cost

By optimising resource utilisation, SpatialWork can help in reducing downtime and operational costs.Identifying inefficiencies and process bottlenecks in real-time allows for targeted cost-cutting measures.

Improve Safety

Monitoring real-time data from sensors and equipment allows for the early detection of anomalies and potential safety issues.

Enhance Sustainability

SpatialWork enables comprehensive monitoring and analysis of energy consumption and resource usage, facilitating sustainable practices. By optimizing processes and reducing waste, digital twins contribute to eco-friendly and resource-efficient operations.

Drive Revenues

SpatialWork can be used to simulate different scenarios and optimize production and service delivery, leading to higher product quality and customer satisfaction.

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