Building high-tech systems requires integrated thinking
High-tech breakthroughs rarely happen in one discipline alone. They emerge when mechanics, electronics, software, and modelling come together as one coherent system. For companies developing complex modules or machines, this multidisciplinary approach is not a luxury but a necessity. It is also the foundation of how we build high-tech systems at Sioux.
Improving illumination and optical design is essential for the future of chip manufacturing, advanced imaging, and space-based sensing. To accelerate this progress, a stronger link between optical physics, mathematics, and AI is needed.That is why we’re delighted that NWO (Dutch Research Council) has selected the AI4Optics project for funding under the Perspectief programme. In this initiative, leading experts in computer…AI4Optics receives NWO Perspectief funding
From hours to minutes: how AI is speeding up industrial inspections
Before an industrial inspection starts, teams first have to decode the maze of symbols on a P&ID diagram. It’s a necessary step, but painfully time-consuming. Intero – The Sniffers aims to speed up this manual process, with an AI-powered P&ID Scraper. We teamed up with them to develop a tool that automates this process.
How do you know if a 3D-printed part really matches the design?
In industries like automotive and additive manufacturing, this question is critical. Even the smallest deviation between a digital model and the real product can impact quality and reliability. That challenge was tackled in a recent graduation project at Sioux AI Solutions. The research explored 3D Point Cloud Registration: the process of aligning a 3D scan with…
Curious how Sioux optimizes logistics with AI?
A missed delivery, a delayed shipment or a box half empty: small inefficiencies scale fast in logistics. As operations grow complex, are you starting to feel like manual optimization can’t keep up? Read more [Picture source: Sioux…
Telemetry Chatbot
.png)
High-tech machines generate a continuous stream of telemetry: sensor values, system logs, error codes and status updates. These data sources hold essential information about system performance, health and failures, but making sense of it all usually takes a lot of time, effort and a few experienced engineers huddled around a screen. At Sioux, we’ve built a…
Complete biomolecular system from concept to launch in just 9 months
The inQuiQ® was launched in June 2024 by Delta Life Science. This compact device can measure the binding of molecules – with exceptional precision, in real time, and simultaneously for different molecules in multiple samples. This can significantly accelerate pharmaceutical research, and at lower cost. Sioux Technologies developed the entire system in just nine months…
How Thermo Fisher Scientific and Sioux pushed the boundaries of cellular imaging
Fluorescence microscopy reveals incredible biological detail. But without smart analysis, it’s just noise. Thermo Fisher Scientific and Sioux joined forces to develop EVOS S1000: an AI-powered analysis pipeline that turns raw signals into trustworthy insight, accelerating biomedical research across thousands of cells at once. Read more
Why AI is Revolutionizing High-Tech Machine Configuration
The setup process of high-tech machines shouldn’t be a guessing game. Yet, currently this process of finding the final configuration is still done manually. This is slow, expensive and heavily reliant on expert knowledge. The solution? AI-powered machine configuration using a Recipe Builder approach. It speeds up the setup and configuration process and reduces errors, making…
Sioux Technologies: ‘Edge-AI is the key to smart mobility’
Edge-AI combines the power of artificial intelligence with the advantages of edge computing — the local processing of data, for example in sensors, cameras, and IoT devices. Sioux Technologies is a specialist in the development and application of this technology and demonstrates this as a participant in the innovation project Digital Infrastructure for Future-proof Mobility (DITM). Joost Sannen: ‘Smart mobility and…