Hyperganic

As we move forward into a world where technology plays an increasingly vital role, generative design emerges as a game-changer. Its ability to unlock new possibilities, accelerate the design process, and foster sustainable innovation is reshaping industries across the globe. We are a collective of professionals, envisioned as a human creative hub. People of diverse origins, who can contribute with different experiences or opinions. In a dynamic and collaborative environment, generating the maximum possible impact.

Hybrogines is an aerospace growth company, recently founded and operating from France’s space area, that aims to provide an advanced orbital transfer vehicle for small satellites powered with performant and flexible hybrid-propellant rocket engines. For the moment, we are developing and testing the innovative 1 kN thrust hybrid engine that will power our orbital transfer vehicle. We are all genuine aerospace engineers who have proven by the past the ability to work together and direct individual accomplishments toward a common vision. At Hybrogines, Lény is responsible for managing the company, establishing its startegy, and leading its overall vision and execution. At Hybrogines, Abdenassar is responsible for implementing the company's policies and strategies and overseeing its day-to-day operations. At Hybrogines, ****** is responsible for the vision, design and innovation aspects of the company's products and services. Nicolas is a propulsion engineer with strong background in fluid dynamics and combustion. Maixent is a general engineer with genuine interest in aerospace vehicles and propulsion systems design.

We're changing the way people think about Early stage engineering. We are a team of young, dynamic energetic group of engineers involving simulations, graphics and software developers who strongly believe in 3D graphics and generative designs. Team ASETS is guided by four key principles: Customer focused, No repetitions, Ease and seamless communications and quick delivery, lead to quicker designs. Parametric design uses parameters and constraints to solve a design problem, while generative design applies algorithms to those same parameters to generate hundreds or thousands of possible design variations to review and choose from. We strongly believe in generating rapid 3D complex models, simulate these and further design them as per standard rules.

We are closing the gap between groundbreaking mathematical techniques and algorithm design, to enable the deployment of robust AI in production. Ogarantia software is compatible with the standard tools used in the development of AI systems, e.g., Tensorflow. We believe that AI algorithms are missing out on groundbreaking mathematical techniques that are too complex to be used out of the box when deploying AI in production. Our team of AI researchers, software engineers, and seasoned entrepreneurs are driven by the mission to make a great product that removes the roadblocks to adopting the latest and greatest technology in industrial scenarios. Under the hood, our product leverages the power of geometric computational engines to enable clients to design and deploy machine-learning systems that are “geometry aware” -- they take into account the intrinsic geometry in the data in order to deliver higher accuracy and robustness to the application. In the past decade, the Ogarantia team has been a key contributor to the advance of geometric computation for machine learning, with several papers published in the subject (for example, this and this) and multiple citations, becoming the catalist of a new AI research field. This is a great advantage that allows us to directly incorporate and test the latest ideas within our products. Our computing engine offers a new way, besides quantization and pruning, to obtain compact neural networks without sacrificing performance.

Founded by pioneers of Generative Design, we’re on a mission to empower people in the construction industry to design buildings more efficiently and at a lower cost, enabling a future of sustainable buildings, cities and infrastructure.

Generative Parametrics provides generative product design from concept to manufacture for industries worldwide. Founded in 2009, the UK-based company comprises a specialist team of in-house designers. Whatever your project, DNA Modelling will accelerate your turnarounds, maximise cost-efficiency and provide you with superior products. But it’s possible to dissect a product’s geometry into rules: its unique geometric DNA. Generative rules encompass a product’s environment, surroundings and manufacturing processes, for example. Combining these two types of rules in a product’s structure enables us to rapidly develop and manipulate designs. Our business centres on developing new products and getting them into the market as soon as possible. Generative Parametrics has consistently proven to be the ideal partner in providing concept to manufacture 3D models and drawings that far exceed our expectations.