European partners for Edge AI Human-State Intelligence pilots and R&D collaboration

GUARA Platform is seeking European corporate, technology and research partners to develop real-world pilots, Proofs of Concept (PoCs) and collaborative R&D projects.

GUARA is an Edge AI Human-State Intelligence platform designed for safety-critical operations. It combines computer vision, behavioral signals and temporal analysis to detect and interpret changes associated with fatigue, drowsiness, distraction and attention degradation.

Unlike solutions dependent on continuous cloud connectivity, GUARA is being designed around embedded edge processing, enabling local operation in vehicles and operational environments with limited or intermittent connectivity. Its modular architecture is intended to support different hardware platforms, operational contexts and vertical applications.

Our first vertical, GUARA Mobility, targets professional transportation, logistics and fleets. The same core platform is being developed for future applications in industrial environments, mining, mobile machinery and other safety-critical operations.

We are looking for partners that can contribute real operational environments, fleets, technology integration, hardware, research capabilities or complementary expertise.

Potential cooperation includes: • Real-world pilot projects and validation

• Proofs of Concept in professional mobility and fleet safety

• Edge AI and computer vision integration

• Human-State Intelligence for safety-critical operations

• Embedded and connectivity-independent deployments

• Joint R&D and international collaborative projects

• European-Latin American technology cooperation

GUARA can contribute its modular Edge AI architecture, human-state observability approach, computer vision capabilities and ongoing technical validation work.

Our objective is to move from technical validation toward real operational validation together with partners interested in developing the next generation of predictive human-centered safety systems.