Virtualization
Virtual, Augmented and Mixed Reality applied to various industries

Scanning and digitization of all types of environments, elements, and procedures for training, promotional, or strategic purposes

SOLUTE’s continuous commitment to innovation and diversification into new areas led us to develop expertise in virtualization — a field that has undergone tremendous growth over the past decade and is expected to continue expanding in the coming years. The versatility of its derived technologies, such as Virtual, Augmented, and Mixed Reality, combined with their limitless applications, make this one of the most promising and forward-looking areas of development.

Our experience in this field, together with the diversity of projects, sectors, and clients we have worked with, as well as our solid background in related fields such as AI and software engineering, position us today as a specialized company capable of providing comprehensive, tailor-made virtualization services.

Virtualization services and applications:

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Virtualization services

Scanning

On-site scanning using laser or photogrammetry technology of the required elements (environments, objects, procedures)

Data processing

The data obtained from the scan or provided CAD files are processed into a point cloud and refined to correct inaccuracies or remove irrelevant information

Virtual recreation

The digital representation is adapted to the purpose and format of the final service: virtual tours, VR, AR, digital twins or BIM

Implementation

Commercial implementation

Possibility to develop from scratch or adapt digital platforms designed to host the delivered solution (websites, mobile apps, internal portals)

Healthcare

Virtual recreation of procedures for training purposes to complement clinical simulation

Practical training in the healthcare sector — known as clinical simulation — requires demanding infrastructure, including realistic scenarios and high-fidelity mannequins. In this context, virtualization serves as an essential complement to such training, offering numerous advantages:

  • Digital environment capabilities: customization for specific cases and integration with other technologies (Artificial Intelligence, Augmented Reality).
  • Reduced costs and infrastructure: deployment via VR headsets or devices such as computers or tablets minimizes the need for physical infrastructure.
  • Equipment protection: by allowing virtual practice, wear and tear or potential damage to real simulation equipment is reduced.
  • Enhanced training offering: improves the quality and commercial appeal of training programs, attracting new students.

Services and applications:

  • Medical-surgical simulation: virtualization of medical or surgical technical procedures to facilitate training or repeated practice.
  • Augmented Reality (AR): overlay of digital elements (3D anatomical models, alerts, images…) on real-world practice sessions.
  • AI conversational agents: virtual avatars for practicing socio-cognitive skills (communication, empathy, conflict management…).
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Industrial sector

Digital simulation of industrial assets for technical training, operational support, or planning and monitoring purposes

Modern industry faces critical challenges such as operational complexity, the need for predictive maintenance, specialized personnel training, and process optimization. Virtualization emerges as a key enabler for digital transformation, allowing:

  • Connected operations: integration of real-time data from IoT sensors, PLCs, and SCADA systems for continuous monitoring.
  • Reduced downtime: simulation of maintenance scenarios and emergency drills.
  • Risk-free immersive training: virtual environments for practicing complex or high-risk procedures.

Services and applications:

  • Digital twins for industrial facilities: dynamic replicas of assets, production lines, or entire plants for process simulation or predictive maintenance.
  • Virtual Reality (VR) for technical training: immersive environments for training in operations and safety (complex machinery, emergency procedures, safety protocols…).
  • Augmented Reality (AR) for operational support: overlay of contextual information during real procedures (KPIs, assembly instructions, alerts…).
  • Virtualization of logistics and planning processes: simulation of production flows and internal logistics (digital twins of warehouses, supply chains…).
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Cultural heritage & tourism

Immersive and realistic digital recreation of cultural or natural environments for educational or restoration purposes

The preservation and dissemination of cultural heritage face challenges such as limited physical access, the fragility of environments, tourism seasonality, and the need for historical contextualization. In this context, virtualization offers:

  • Global multi-device access: eliminates geographical and physical barriers.
  • Digital preservation: exact replicas of heritage assets for documentation, monitoring, and deterioration prevention.
  • Historical contextualization: virtual reconstruction of lost or altered environments.
  • Sustainability: reduces tourist pressure on fragile sites and optimizes resource use in cultural management.

Services and applications:

  • 360º virtual tours: interactive experiences for remote or on-site exploration of heritage or tourist spaces.
  • Augmented Reality (AR) for heritage interpretation: overlay of digital content in real environments to enrich the visit (reconstruction of lost elements, contextual guidance, animated 3D elements…).
  • AI conversational agents: virtual assistants for personalized experiences and education (virtual guides, dynamic storytelling…).
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