Aibuild

Based in London, England, Aibuild develops cloud-based, AI-powered software platforms that automate complex engineering workflows for industrial additive manufacturing and advanced 3D printing. The company operates a business-to-business software-as-a-service model, providing platforms like AiSync and Aibuild OS to optimize toolpath generation and reduce operational costs across the aerospace, automotive, marine, and renewable energy sectors. Operating with a workforce of 21 to 50 employees, the enterprise generates an estimated $1 million in annual revenue and currently serves a growing global base of 40,000 users. Aibuild has secured over $11 million in total venture capital funding, including an $8.5 million Series A round, drawing financial backing from recognizable investors and strategic corporate partners such as Boeing, Nikon, IQ Capital, and ACT Venture Partners. The organization was officially founded in 2015 by technology entrepreneurs Daghan Cam and Michail Desyllas.

High-Level Overview

Aibuild is a software company founded in 2015 that develops AI-powered platforms for additive manufacturing (3D printing) and hybrid CNC machining, enabling scalable production from prototyping to industrial-scale operations.[1][2][4][5] Its unified software integrates hardware, materials, and processes like polymer extrusion, metal DED, WAAM, cold spray, concrete, and paste extrusion, serving global clients in aerospace, automotive (including F1), marine, construction, energy, art, and design across Europe, North America, and APAC.[2][4][5][6] The platform solves key pain points in large-format 3D printing—manual processes, high failure rates, and inefficiency—through automation, optimization, parametric toolpath generation, real-time monitoring, and cloud/desktop deployment for collaborative workflows.[1][2][4] With offices in London (including an in-house Ailab for R&D) and Silicon Valley, Aibuild powers efficient, autonomous factories for tier-1 organizations, driving growth via continuous innovation and partnerships like KUKA and client testimonials from ADDiTEC and Belotti.[1][5][6]

Origin Story

Aibuild was co-founded in 2015 by Daghan and Michail, former architects at Zaha Hadid Architects with expertise in computational geometry and a passion for additive manufacturing.[1][4] Spotting untapped potential in large-format 3D printing despite its limitations like manual workflows and frequent failures, they applied their geometric problem-solving skills to create parametric, data-driven software.[1] Early development happened in their East London R&D space, the Ailab, where they physically tested complex builds over a decade, refining algorithms through real-world iteration.[1][2] This hands-on approach led to rapid traction, with the software now adopted by world's largest organizations for production efficiency, evolving from a niche solution to a global platform with a growing client network.[1]

(Note: A separate Australian company named AIBUILD, founded in 2017, focuses on AI, big data, AR/VR for real estate and other sectors; it is distinct from this additive manufacturing firm.[3])

Core Differentiators

• Unified Hybrid Platform: Combines additive (3D printing) and subtractive (CNC machining) processes in one secure, intelligent system for centralized control of hardware, software, materials, and machine fleets—deployable on cloud for collaboration or desktop for off-grid security.[2][4][5]
• AI-Driven Automation and Optimization: Parametric toolpaths, machine learning for predictive analytics, automated process control, material characterization, and real-time monitoring reduce errors, enable support-free multi-axis printing, and scale repeatable production (e.g., from one part to hundreds).[1][2][4][6]
• Broad Hardware/Material Compatibility: Supports diverse technologies (polymer, metal DED/WAAM, cold spray, concrete/paste extrusion) and integrations with robots like KUKA, tested in-house at Ailab for industrial robustness.[1][2][5][6]
• Developer and User Experience: Straightforward workflows, feature-specific development (e.g., for LSAM thermoplastics), training packages, and digital thread for team management, praised for minimizing labor and enabling lightweight, complex structures.[4][5][6]

Role in the Broader Tech Landscape

Aibuild rides the additive manufacturing boom, fueled by demands for sustainable, customized production in high-stakes industries like aerospace, automotive, and construction amid supply chain disruptions and decarbonization pushes.[4][5] Its timing aligns with maturing large-format 3D printing tech, where software bridges hardware gaps to enable "next-generation factories" with autonomous operations—critical as global AM market grows toward efficient, on-demand manufacturing over traditional methods.[1][2][6] Market forces like labor shortages, material innovation, and hybrid processes (additive + subtractive) favor Aibuild, positioning it to influence ecosystem shifts toward scalable, green production (e.g., concrete houses in UAE, F1 parts).[4][6] By serving tier-1 clients and partners, it accelerates industry adoption, standardizing workflows and fostering collaborative digital threads that lower barriers for AM scaling.[2][5]

Quick Take & Future Outlook

Aibuild is poised to dominate industrial AM software as autonomous factories become standard, with expansions in cloud AI, predictive maintenance, and sustainable materials integration.[1][2][4] Trends like Industry 4.0, robotics proliferation, and construction 3D printing will amplify its momentum, potentially through acquisitions or deeper hardware partnerships amid rising AM investments.[5][6] Its influence may evolve from optimizer to ecosystem orchestrator, enabling global fleets of intelligent machines—transforming manual AM limitations into reliable, high-volume reality, much like its founders' vision born from architectural innovation.[1]