Principles

Accelerating the transition to
net zero infrastructure

The world’s energy and infrastructure systems are being rebuilt to meet ambitious net-zero goals, but traditional concrete construction can’t keep pace. It’s slow, wasteful, and consumes enormous amounts of energy and material.

Hyperion Robotics is changing that.
Through digitally optimised design, automation, and close collaboration with our clients and supply chain, we deliver high-performance foundations that use up to 75% less material and reduce emissions by as much as 70%.

Our approach helps contractors, utilities, and developers meet delivery and decarbonisation targets – enabling the transition to a cleaner, more resilient built environment.

PROBLEM

Evolving the way we build.

8
%

of the global CO₂ emissions stem from the concrete industry.

10
%

productivity growth was recorded in construction between 2000 and 2022, compared to 90% for the total economy.

40
%

of the world's raw resources are consumed by construction which also generates an equal share of global landfill waste.

20
%

of all fatal workplace accidents in the EU occurred in construction in 2021.

solutions

Smarter solutions for greater impact

Our solutions redefine the construction process by delivering advanced, low-carbon infrastructure that is:

Explore our solution
Cost efficient

through automation, carbon reductions, and energy efficiency.

Lower-risk

with reduced hazards during execution.

Sustainable

unlocking green growth opportunities through circular materials and carbon capture.

TECHNOLOGY

Our technology

Hyperion Robotics integrates computational design, robotic automation, and sustainable materials to revolutionise how infrastructure is delivered.

Our system optimises every stage – from digital design to on-site deployment – to minimise energy use, waste, and emissions while ensuring full code compliance and structural performance.

By using up to 75% less material and cutting CO₂ emissions by up to 70%, we deliver cost-effective, resilient, low-carbon foundations ready for the net-zero era.

  • Customisable
  • Reduced lead times
  • Low carbon
  • Code compliant
  • Mitigates risk
  • Cost efficient

Parametric Design Software

Advanced design software powered by a growing library of optimised digital twin structures, customisable to meet client’s specific needs.

Robotic Automation

Automated fabrication system which increases productivity with minimum human intervention.

Propietary Code-Compliant Sustainable Materials

Advanced design software powered by a growing library of optimised digital twin structures, customisable to meet client’s specific needs.

  • Hyperion foundations

DELIVERY

A smarter, greener path to infrastructure

We design, manufacture, and deliver low-carbon foundations through two integrated pathways: customised solutions – tailored to specific client designs and site conditions; and our core product range – standardised, high-performance foundation systems engineered for rapid deployment and repeatability. Each solution is digitally designed, robotically produced, and delivered with verified reductions in carbon and energy use - helping our clients accelerate progress toward net zero.

01
design

Design

Client and Hyperion

Our team collaborates with clients to craft optimised 3D models using advanced parametric software and a growing library of sustainable templates.

02

Digital twin

Hyperion

Digital twin models streamline design reviews and factory production, ensuring seamless transitions from planning to execution.

03

Production

Hyperion

Using localised microfactories, we manufacture components with robotic automation, minimising delays and waste.

04

Transports

Subcontracted by Hyperion

Offsite production enables efficient handovers to logistics partners for swift delivery.

05

Installation

Client

Completed units arrive with pre-installed lifting points and a detailed lift plan for safer, on-site implementation by contractors.

06

Continuous improvement

Hyperion

Insights from deployments feed back into our research and development, growing our library of sustainable designs and improving cost-efficiency and quality.

Want to increase productivity and reduce CO2 emissions?

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