Simple, scalable metallic dampers for seismic protection.

GeoDamp is a family of modular damping systems that absorb seismic energy and protect structures from damage — not just failure. We design for no damage, not just no collapse.

Concrete frame retrofitted with GeoDamp hexagonal cellular shear wall damper

GeoDamp Cell and GeoDamp OptiADAS systems integrated in a concrete frame retrofit project.

Simple & lightweight

Metallic, modular geometry that's straightforward to specify and integrate.

Easy to install & replace

Low-disruption retrofit — buildings stay operational during installation.

Scalable for any project

From critical retrofits to high-rise wind damping. Same primitive, different scale.

The problem

Modern buildings are designed to survive — not to remain functional.

Today's seismic design allows damage as long as collapse is avoided. For hospitals, schools, data centers and other critical infrastructure, that's not enough. Staying operational matters.

"Resilience is not just survival — it's functionality."
Beyond damage reduction

We don't just reduce damage — we change outcomes.

Resilience

Buildings remain operational during and after earthquakes — stronger, safer communities.

Social impact

Fewer injuries, fewer losses. Protects human life and critical services.

Economic impact

Lower repair costs, faster business recovery, protected investments.

Sustainability

Less concrete and embodied carbon through optimized, controlled design.

Architectural illustration of a hospital with emergency entrance — the kind of critical infrastructure that must remain operational during and after seismic events

Hospitals and other critical infrastructure: buildings that cannot afford to shut down — operational continuity is the goal.

Where we start

High-impact retrofits with operational constraints.

Schools, hospitals, public infrastructure — buildings that cannot shut down and where damping makes the biggest difference. Then we expand into high-value buildings, soft-story retrofits, and high-rise wind damping.

  • Public sector / critical infrastructureSchools, hospitals, public buildings — operational constraints, cannot shut down.
  • High-value buildingsData centers, museums — where performance outweighs initial cost.
  • Pilotis / soft-story buildingsHigh seismic vulnerability, common across Southern Europe.
  • Rapid post-earthquake interventionTemporary or fast-deploy solutions before aftershocks.
  • High-rise buildingsWind-induced vibration damping for tall structures.

Ready to design for no damage?

We work with engineers, owners and contractors.

Get in touch →