25% less CO₂

Lower embodied carbon - verified, not offset

Embodied carbon limits are tightening rapidly across Europe, constraining residential development. Conventional construction struggles to meet these regulations without added cost, extended timelines, or compromised financing terms.

All3 delivers up to 25% lower embodied carbon than conventional reinforced concrete construction by using certified timber within a controlled, automated construction process. Carbon performance is set at design stage, achieved through material and structural choices, and documented with project-specific carbon data suitable for planning approvals, green financing, and certification.

Timber: from emission to storage

All3 uses PEFC- and FSC-certified timber and timber–hybrid structures that sequester carbon within the building structure while meeting the structural performance, fire safety, and acoustic requirements of multi-storey residential buildings.

Compared to reinforced concrete, timber-based construction reduces embodied carbon by up to a quarter, reducing emissions by locking CO₂ into the building fabric.

Making timber mainstream

Despite its sustainability advantages, timber construction has historically relied on scarce specialist trades. That dependence has limited scalability, increased delivery risk, and driven cost premiums - particularly for multi-storey residential projects.

All3 removes this constraint by automating design, fabrication, and assembly. By reducing reliance on specialist labour, timber construction becomes predictable, repeatable, and commercially viable at scale - without the traditional trade-offs in cost or project timelines.

Sustainability designed in from the outset

Delivering low-carbon buildings at scale requires sustainability performance to be fixed before procurement begins - not assessed after construction is complete. All3’s AI-powered platform evaluates lifecycle CO₂, energy performance, and material efficiency during the design phase, alongside cost and regulatory requirements. This ensures sustainability targets are designed in from the outset.

Every All3 project includes detailed embodied carbon and energy performance data embedded directly in the digital building model, providing verifiable documentation for regulatory approvals, green financing, and sustainability-linked incentives.

How we reduce embodied carbon

Timber-first structures

Certified timber and timber–hybrid structures replace carbon-intensive reinforced concrete, forming the structural basis of All3’s lower-carbon delivery.

Component-level material efficiency

AI-driven structural optimisation sizes each element precisely for its requirements, eliminating over-dimensioning. Proprietary timber–concrete composite slabs reduce material use by up to 50% compared to standard solutions, lowering both emissions and cost.

Eliminated construction waste

Digitally defined components fabricated with robotic precision reduce material waste by approximately 3% compared to conventional CLT construction, regardless of building complexity or site constraints.

Factory-based production

Shifting construction into controlled robotic factories minimises on-site operations, temporary works, and energy-intensive rework, reducing both embodied and construction-phase emissions.

Platinum without the premium

Projects delivered using All3’s approach can achieve DGNB Platinum - equivalent to BREEAM Outstanding and LEED Platinum - without the cost premium typically associated with top-tier certification. Sustainability performance is delivered as part of the construction method, not added as an upgrade.

What lower carbon unlocks

Regulatory compliance: Meet tightening EU embodied carbon and lifecycle standards from project outset
Green financing access: Improved eligibility for sustainability-linked capital and preferential lending terms
Higher certification levels: DGNB Platinum without premium cost
Verified performance: Auditable carbon data embedded directly in BIM
Competitive differentiation: Stronger sustainability credentials without trade-offs in cost or speed

Build sustainably. Meet regulation. Access green finance.

If embodied carbon limits, certification requirements, or sustainability targets are constraining your projects, let’s discuss how All3’s integrated approach delivers verified lower-carbon buildings without compromising cost, speed, or design intent.