AIGA, or Artificial Intelligence Generalized Architecture, is a concept that emerged within our laboratory.

We believe that in the not-too-distant future, a specialized system will be created capable of designing and executing entire architectural projects autonomously, without human intervention.

And that in the future, the integration of fintech innovations will facilitate financing and administration, connecting money with developers in an intelligent ecosystem.

This system does not seek to replace the architect, but rather to empower them. We firmly believe that architecture without humans does not exist.

A R E

Our startup emerged from analyzing the impact of artificial intelligence on architecture. We operate as a research lab developing SaaS solutions and B2B2C products to optimize processes, reduce time, and minimize costs. Our vision is to transform the architectural industry through the effective application of AI.

Why?

The architecture industry has undergone a significant transformation with the integration of advanced technologies, beginning with the advent of Computer-Aided Design (CAD). CAD marked a revolutionary era, allowing architects and designers to produce drawings with unprecedented accuracy and speed.

Subsequently, the implementation of Building Information Modeling (BIM) deepened these capabilities, facilitating a more holistic approach that includes everything from visualization to project management, structural analysis, and building performance simulation.

However, despite these advancements, the construction industry (where the architecture industry is located), which represents approximately 14% of global GDP, only receives 1.06% of total venture capital funding, according to the Cemex Ventures 2024 report. This imbalance highlights a tremendous opportunity for investment and innovation, especially with the arrival of emerging technologies such as artificial intelligence (AI).

AI is emerging as the next major advancement in the technological evolution of architecture. Its ability to process and learn from large volumes of data allows for the optimization of design processes, from initial conception to project execution.

"In search of the creation of spaces that humankind could never have imagined"

*First uses of Autocad, architects before Autocad.

Quantum computing at IXA IA.

In AI's foray into architecture, quantum computing frequently comes up for its power to evaluate thousands of design possibilities.

At IXA IA, we've closely followed this topic to streamline decision-making in complex projects.

For example, we conducted a practical exercise to determine the best column layout in a multi-family building, considering factors such as structural stability, natural lighting, and cost optimization.

Initially, we used a quantum simulator to map the different options into a circuit, assigning weights to each constraint.

We then ran the experiment on a real quantum computer through Amazon Braket, using the IonQ QPU, an 11-qubit universal system based on trapped ions.

By processing multiple parameter combinations, we found that the most efficient layout reduced costs by 15% and improved the incidence of natural light by 20%.

This approach confirms the great potential of quantum computing in architecture.

"The architects of tomorrow will not only draw, they will explore infinite versions of the same space in parallel."

U N I V E R S I T I E S

At IXA IA, we offer a strategic alliance that revolutionizes the way academia connects with technological innovation in architecture.

We understand that prestigious universities seek opportunities to enhance the training and experience of their students and faculty.

Therefore, we propose a collaboration model that integrates applied research, co-authorship of publications, and the joint development of disruptive prototypes.

Through our projects, students will be able to actively participate in real-world challenges, exploring solutions based on artificial intelligence.

This practical approach complements the theory taught in the classroom and enriches the professional profile of future architects.

In addition, we organize seminars, workshops, and innovation events where knowledge is transferred between industry experts and the academic community.

With IXA IA, the university positions itself at the forefront of technological development in architecture, opening new lines of research and fostering multidisciplinary exchange.

We are committed to being a bridge between academia and the market, facilitating access to resources, funding, and collaborations that drive high-impact projects.