Adaptive Robotics · Archaeological Discovery
NausArchaia
Robotics
Where the Future Sails into the Past.
Adaptive Robotics · Archaeological Discovery
Where the Future Sails into the Past.
NausArchaia Robotics is a pioneering initiative dedicated to archaeological discovery using advanced robotics — both underwater and on land.
Our mission is to blend engineering intelligence with cultural heritage, creating autonomous systems that explore and preserve the world's hidden past without disruption.
"Where the Future Sails into the Past."
To redefine archaeological exploration through adaptive and intelligent robotics that can navigate oceans, seabeds, and terrestrial sites alike.
By merging modern sensing and control with the spirit of exploration, NausArchaia seeks to reveal what history has long kept hidden — safely, precisely, and sustainably.
Over 3 million shipwrecks lie undiscovered on the ocean floor. More than 80% of archaeological sites have never been excavated. We're building the robots that will find them — safely, precisely, and without leaving a trace.
Four pillars of technology driving our mission to uncover history with precision and care.
01 — Exploration
Intelligent autonomous systems capable of navigating complex archaeological environments — from ocean floors to ancient ruins — generating high-fidelity spatial maps without human intervention.
02 — Robotics
Purpose-built robotic platforms designed for dual-domain operation — equally capable of seabed exploration and land-based archaeological site analysis with minimal site disturbance.
03 — Sensing
Advanced sensor arrays and AI-driven perception pipelines that reveal subsurface structures and artifacts through sonar, LiDAR, and multi-spectral imaging — without a single intrusive dig.
04 — Preservation
Deploying intelligent monitoring and documentation systems to safeguard fragile heritage sites from environmental and human threats, creating permanent digital records for future generations.
A collaboration born at the intersection of robotics research, adaptive control, and a shared passion for uncovering history.
Co-Founder | Engineering
PhD researcher in Electrical & Computer Engineering specializing in adaptive control and power electronics, with a research background in autonomous underwater vehicles, sensor fusion, and adaptive navigation — building expertise at the intersection of theoretical control design and real-world autonomous systems. At NausArchaia, she leads the engineering division, translating advanced control theory into deployable autonomous underwater systems built for archaeological fieldwork. LinkedIn Profile →
Co-Founder | Archaeology
Anthropological archaeologist and founder of Sandbox Archaeology LLC, leading NausArchaia's field expeditions and heritage strategy. Recipient of DoD ESTCP funding for large-scale remote sensing deployments (sUAS, LiDAR, geophysical survey). Active fieldwork spans Bronze & Iron Age Italy and Albania, ethnoarchaeology in Peru, and colonial-era sites in India and Dominica. LinkedIn Profile →
Interested in collaboration, research partnerships, or learning more about our work? We'd love to hear from you.
Reach Out Directly
nausarchaia@gmail.comWhether you're a researcher, institution, or explorer — we'd love to connect.