The future of construction

Seismic is a physical cross-sector construction platform system that facilitates the design, procurement, manufacture and construction / assembly of buildings using standardised and interoperable components and assemblies, the requirements for which are part of a component catalogue.

LEARN MORE

Standardisation without lock-in

LEARN MORE

Why Seismic?

75%
Improvement in efficiency
70%
Reduction in carbon*
47%
Improvement on value**
HOW IT WORKS

Making industrialised construction scalable

Seismic is an open industrialised construction platform that enables repeatable building delivery through a common kit-of-parts, standardised interfaces, assured performance and multi-manufacturer participation.

We help clients, manufacturers and contractors move from bespoke project delivery to scalable platform-based construction.

Explore the platform

The Seismic Platform enables buildings to be designed, procured, manufactured and assembled using standardised, interoperable components and assemblies.Unlike closed proprietary systems, Seismic is designed to support multi-manufacturer participation. This allows clients to benefit from standardisation without being locked into a single factory, supplier or delivery model.The platform combines a common kit-of-parts, defined interfaces, proven assembly logic and performance evidence to support faster, lower-risk and more repeatable construction.We support clients, manufacturers and delivery partners through platform adoption, configuration, assurance and implementation.Developed through more than 10 years of research, testing and public-sector innovation programmes, the Seismic Platform provides a practical route from MMC ambition to scalable platform delivery..

The platform layer for industrialised construction

The Seismic Platform enables buildings to be designed, procured, manufactured and assembled using standardised, interoperable components and assemblies.Unlike closed proprietary systems, Seismic supports multi-manufacturer participation, giving clients the benefits of standardisation without locking them into a single factory, supplier or delivery model.Combining a common kit-of-parts, defined interfaces, proven assembly logic and performance evidence, Seismic provides a practical route from MMC ambition to scalable platform delivery.

  • Standardisation without lock-in –  Common components and interfaces allow repeatability while avoiding dependency on one proprietary manufacturer.

  • Multi-manufacturer delivery  –  Approved manufacturers and delivery partners can work from the same platform rules, improving capacity, resilience and competition.

  • Repeatable assurance –  Tested details, defined interfaces and proven assembly logic reduce the need to re-solve the same problems on every project.

  • Flexible configuration – The platform standardises the hidden complexity while allowing different building types, layouts and delivery methods.

Who benefits from the Seismic Platform?

Clients: Seismic gives clients the benefits of standardisation without single-supplier lock-in. Common platform rules, standardised interfaces and repeatable assurance help clients procure with greater confidence, aggregate demand across programmes and reduce project-by-project delivery risk.
- Greater procurement confidence
- Reduced dependency on one proprietary system
- Faster and more predictable delivery
- Improved quality and assurance -
- Lower site disruption and programme risk
- Better ability to aggregate demand across multiple projects
Manufacturers and supply-chain partners: Seismic gives manufacturers and supply-chain partners a route to participate in larger, repeatable programmes without each supplier needing to promote a separate proprietary system. They can compete on quality, capacity, service and productivity within a common platform framework.
- Access to repeatable demand
- Clearer component and interface requirements
- Improved factory utilisation
- Reduced project-by-project reinvention
- Participation in a wider industrialised construction market
Design teams, consultants and contractors: Seismic helps design teams, consultants and contractors work from common rules, standardised interfaces and repeatable assembly logic from the outset. This reduces coordination burden, interface risk and programme uncertainty while preserving flexibility in how buildings are configured and delivered.

- Standardised technical rules
- Reduced coordination burden
- Clearer interfaces between disciplines
- Fewer bespoke detailsImproved programme certainty
- Flexible building configuration

A proven platform without the cost of developing your own

Whether you are a public-sector organisation seeking repeatable delivery, a manufacturer looking to access a wider industrialised construction market, or a contractor seeking a more predictable delivery model, Seismic provides a practical route to platform-based construction without the cost and risk of developing a proprietary system from scratch.

The Seismic Platform is based on a patented open product architecture, with common components, standardised interfaces and repeatable assembly logic. It can support whole-building solutions, componentised room clusters or kit-of-parts delivery depending on the level of standardisation, project constraints and manufacturing route.

The platform can be assembled in 2D, 3D, hybrid or site-based configurations, allowing clients and delivery partners to combine factory efficiency with project-specific flexibility.

HOW IT WORKS
  • Whole building solutions  –  one off or highly repetitive builds.

  • Componentised room clusters solutions  ideal for high volume with a medium level of standardisation opportunity.

  • Componentised kit of parts solutions –  One off projects  or those with a low level of opportunity for standardisation or constrained sites.

LEARN MORE

Discuss platform adoption

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.