All3's next generation construction process reduces development costs by 10%.
Driving efficiencies to cut costs and unlock more profitable development
The construction industry is stuck in a cycle of inefficiency, with high costs and stalled projects eroding developers’ profits and making many developments unviable. At All3, we’re transforming construction with a next generation AI-to-robotics approach that addresses these systemic challenges and delivers cost-cutting efficiencies at every stage of development.
By working with All3 developers can now maximise their returns on every project by reducing costs and accelerating timelines, while maintaining architectural freedom and construction quality. These efficiencies result from our unique process of AI-driven architecture and robotic fabrication, enabling All3 to construct any architectural design on any plot for 10% less in total project costs than any other construction method.
Reducing the biggest overhead — labour
Labour accounts for nearly 50% of a building’s total cost, yet productivity in construction lags behind other industries. Over the past two decades, global labour-productivity growth in construction has averaged just 1% per year, compared to 2.8% for the total world economy and 3.6% in manufacturing (source: McKinsey). Additionally, a shortage of skilled workers experienced in advanced materials like CLT has stalled the adoption of modern, efficient construction techniques, increasing costs and delays.
All3’s automated design-to-fabrication process dramatically cuts labour costs without compromising customisation potential. By minimising reliance on scarce, specialised skills—particularly for timber construction—we ensure efficient project delivery with lean teams. Off-site production, pre-installed systems, and streamlined on-site assembly further optimise labour use while maintaining exceptional quality. As a result, All3’s process makes the labour efficiencies of prefabrication viable for diverse, custom developments at scale.
Accelerated timelines reduce risk
All3’s technology cuts development cycles from three years to one by streamlining design, automating compliance processes, and accelerating construction. While regulatory approvals remain fixed, our system significantly reduces on-site timelines, enabling the load-bearing structure of a 5,000 sqm residential building to be erected in under a week.
By combining prefabrication with efficient robotic assembly, All3 shortens construction timelines by up to 50%, reducing financial risk, capital costs, and project delays. Faster delivery also improves cash flow and project viability, making developments more attractive to investors.
Material savings
All3’s AI-driven optimisation reduces waste and structural inefficiencies across all project types. Precise robotic fabrication minimises excess material use by 3% compared to traditional CLT, while lightweight hybrid timber structures lower substructure costs by 21%, cutting excavation and foundation requirements. Our proprietary timber-concrete composite cassette slabs further reduce material consumption by 50% compared to standard equivalents.
Reducing raw material use also minimises logistical costs and operational emissions, ensuring even the most complex projects are more cost-effective and sustainable.
Precision adds predictability
By combining AI-driven design and robotic fabrication, All3 ensures millimetre-precise production, eliminating human error and costly rework while guaranteeing on-time, on-budget delivery.
Unlock complex sites and optimise plot potential
All3’s technology and lightweight materials unlock the potential of previously unviable sites, including irregular, sloped, or hard-to-access plots. By improving buildability and maximising every square metre, we make even the most challenging projects feasible and affordable.
Architectural statements stand out
In an industry dominated by standardisation, All3 enables distinctive, architecturally bold designs that command attention in the market—without added cost or sustainability trade-offs.