SPAIDER SRL
TABLE N. 46

SPAIDER SRL

AI-driven engineering

Start-up of ITA - Italian Trade Agency

Start-up

Viale dell'Industria,  60
Padova  (PD) — 35129 — Italy
Phone 333 8104232

Description

SPAIDER enforces engineering design processes by providing AI solutions that accelerate numerical simulations, reduce costs, and enhance decision-making for industrial product development.



Our company focuses on industrial companies, research centers, and advanced technology organizations aiming to accelerate innovation. It targets engineering and R&D teams working on complex products who view simulation as a strategic asset to reduce time-to-market, optimize processes, and turn technical knowledge into business value.


Our products

Spaider-AI is an artificial intelligence platform specifically designed for companies that manage CFD, FEM, or multiphysics simulations in-house

Spaider-AI is an artificial intelligence platform specifically designed for companies that manage CFD, FEM, or multiphysics simulations in-house

It is not an external simulation service, but a technology that integrates directly into existing workflows, enhancing the value of current software and in-house expertise. The platform addresses a structural challenge typical of internal simulation departments: long computation times, lengthy iterative cycles, and heavy computational loads that slow decision-making and increase development costs. Spaider-AI drastically reduces these times by up to 70% without replacing existing solvers or tools, instead amplifying their performance. At the core of the solution is the use of simulation datasets already available within the company. Spaider-AI turns this technical heritage into a competitive advantage by leveraging historical data to train customized predictive models tailored to specific products and processes. In an initial phase, AI is used to initialize and guide simulations, significantly reducing convergence times. In a later phase, once model accuracy has been validated, the system can provide near real-time performance estimates already in the early design stages, even before launching a full simulation. One of Spaider-AI’s key differentiators is its ability to transform internal simulations from a mere computational activity into a strategic corporate asset, creating a true “digital memory” of engineering knowledge. This approach preserves know-how, reduces dependency on individual operators, and continuously increases the efficiency of the simulation department over time. With Spaider-AI, numerical simulation is no longer just a downstream validation step, but becomes an active internal design tool capable of accelerating time-to-market, optimizing the use of computational resources, and improving the quality of technical decision-making.
FastCFD is an engineering simulation service designed for companies that routinely outsource fluid dynamics simulations

FastCFD is an engineering simulation service designed for companies that routinely outsource fluid dynamics simulations

The service is built to support operational technical decisions such as design comparisons, preliminary validations, and performance assessments without triggering lengthy or complex consulting projects. FastCFD integrates seamlessly into the workflows of companies already outsourcing simulations, offering a faster and more streamlined alternative for analyses supporting product development and system optimization. One of FastCFD’s key differentiators is its innovative automated quotation system, which dramatically reduces the typical response time to simulation requests. Through a structured and digitalized process, clients quickly receive a clear and well-defined technical and commercial proposal, eliminating long preliminary exchange phases. This approach compresses the entire cycle from initial request to final report delivery into an average timeframe of fewer than five business days. FastCFD transforms CFD simulation from a slow, highly specialized activity into a fast operational tool, designed for companies seeking flexibility, shorter decision-making cycles, and accelerated innovation.