Loci Digital
Loci Digital converts 3D digital twin environments into science-based training spaces that help workers learn, retain, and apply critical procedures before entering complex workplaces. The platform uses spatial awareness, the Method of Loci, and neurocognitive techniques to connect procedures, equipment, hazards, and live data to a living spatial model. This approach reduces ramp-up time, lowers training costs, and improves safety through data-backed feedback loops.
- Education Technology
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Traditional training for complex industrial workplaces relies on static materials, classroom sessions, and on-site experience, which leads to cognitive overload, slow onboarding, and repeated site visits. Workers often lack strong mental maps of facilities, making it difficult to retain critical procedures and respond effectively under pressure, especially in emergency situations.
Solution
Loci Digital turns 3D Digital Twin Environments into science-based training spaces where people learn, retain, and apply critical knowledge before entering complex workplaces. Using spatial awareness, the Method of Loci, neurocognitive methods, and sensor data fusion, the platform connects procedures, equipment, hazards, emergency response, inspections, live data, and decision-making to the spatial model. Workers build stronger mental maps through guided routes, visual cues, and interactive equipment scenarios, enabling faster orientation and reduced mistakes on day one. The platform supports scenario rehearsal in constrained, low-light, and time-sensitive situations, and includes learn-and-recall modules that test understanding with immediate feedback.
Target Audience
Primary customers are organizations with complex industrial facilities—such as energy, manufacturing, and infrastructure sectors—that need to onboard workers faster, reduce training costs, and improve safety through evidence-based spatial training.
Features
- Living spatial model built from static floor plans, enabling workers to orient faster and move with confidence
- Guided routes and visual cues that build mental maps of the environment before arrival on site
- Interactive equipment training with hidden component exploration and immediate feedback testing
- Scenario rehearsal for emergency response in constrained, low-light, and time-sensitive conditions
- Neurocognitive training methods grounded in the Method of Loci and memory science for long-term retention
- Data-backed feedback loops that measure recall, readiness, and performance improvement