Many archaeological sites are too dangerous or too fragile for students to enter. AEGIS-X gives every learner access in one of two ways, chosen automatically from the robots' live hazard assessment.
Dog Eyes explores on the learner's behalf and streams the experience to the classroom — nobody enters the hazard. Students still see everything, live.
When Hawk Eyes has mapped the hazards and conditions pass every safety threshold, selected areas open for a guided visit — with Dog Eyes escorting and monitoring the whole time.
Every learning session follows a real engineering workflow. Robots always go first; humans only enter after AI-assisted hazard assessment confirms it is safe.
Hawk Eyes maps the site with LiDAR SLAM, builds the Digital Twin, and checks for toxic gases (VOCs).
The AI Decision Support System classifies hazard levels, unsafe zones and safe routes — humans make the final call.
Dog Eyes enters and continuously measures oxygen, CO₂, killer gases and temperature to protect people.
If thresholds are met, selected areas open for guided educational visits under constant monitoring.
If it stays unsafe, learners never enter — Dog Eyes streams live video, data and Digital Twin instead.
If anything goes wrong, Dove Eyes is dispatched with first-aid, oxygen and two-way communication.
AEGIS-X is an ecosystem of specialized robots instead of one machine doing everything. This is a core STEM idea: dividing a hard problem into focused, reliable parts.
Explores first. LiDAR mapping, Digital Twin, VOC & toxic-gas detection, Hazard Map.
Protects people and teaches. Monitors O₂/CO₂/killer gas and broadcasts the live lesson.
On standby. Delivers first-aid, oxygen and communication during a rescue.
AI module that combines the data into a Worker Health Index to guide safe decisions.
The gauges on the dashboard come from real sensors. Here's what each one reads and why it keeps people safe underground.
A quick 4-question check. Pick an answer — you'll see instantly if it's right and why.
AEGIS-X was designed to contribute to the United Nations SDGs. Education sits right at the centre.
Virtual Heritage Tours, real-time learning and STEM education give every student safe access to sites they could never physically enter.
Worker-health monitoring, hazard prevention and fast emergency response protect the people on site.
Cultural-heritage preservation, smart tourism and digital conservation for future generations.
AI-powered robotics, Digital Twin technology and intelligent infrastructure.
Remote exploration and digital documentation cut unnecessary travel to fragile sites.
Museums, universities, UNESCO, schools and government agencies working together.
Beyond the technology, AEGIS-X practises the values that make good engineers and good teams.
In line with UNICEF's principles and the UN Convention on the Rights of the Child, learning with AEGIS-X never trades a child's safety for a lesson.