Auteur/autrice : jbernard

SYSGO is the leading European manufacturer of embedded software solutions such as the real-time operating system and hypervisor PikeOS and the embedded industrial-grade Linux ELinOS. Since 1991, SYSGO has been supporting customers in the Aerospace, Automotive, Railway and IIoT industries in the development of Safety-critical applications. SYSGO was the first company worldwide to achieve the Safety requirement level SIL 4 for its multi-core capable real-time operating system and hypervisor PikeOS. PikeOS version 5.1.3 meets the Common Criteria at the EAL5+ level for x86 64-bit, ARMv8, or PowerPC and is also certified according to the strictest Safety standards such as IEC 61508, EN 50128, EN 50657 and ISO 26262, thus enabling application development according to the “Safe & Secure by Design” principle. For industrial embedded systems, SYSGO also offers ELinOS, a Linux distribution with real-time extensions for embedded systems.
 
SYSGO works closely with its customers throughout the entire product life cycle and supports them in the formal certification of software according to international standards for functional and IT Security. SYSGO is headquartered near Frankfurt, has subsidiaries in France and the Czech Republic and maintains a worldwide sales network. The company is ISO 9001:2015 and DIN EN ISO / IEC 27001:2017 certified and part of the European Thales Group.

650 million lines of code in a car by 2025
Software is everywhere. But with the explosion in the amount of data processed, the ever-increasing weight of software and increasingly energy-intensive digital solutions, we need to change the way we think about and design software.
 
As a player in software eco-design, WedoLow offers a solution for algorithmic optimization of embedded and hosted applications.
Our mission: to enable development teams to design applications optimized to their exact needs, automatically and ultra-fast.

The optimization phase of C/C++ software can be complex, but it doesn’t have to be!
Get quantified proof of potential gains and improve your application’s performance.
Our “Software optimization as a service” solution helps you to design efficient applications optimized to your exact needs.
 
Prioritizing the right improvements and making the right trade-offs can be difficult.
Better understanding your C/C++ application to design the efficient version you need is a must.
When you know if your code can be optimized and are aware of potential gains (execution speed, size, power consumption, latency), it becomes easier. Especially if optimization is automatic and ultra-fast.
 
beLow is the software suite to meet the challenge of optimizing your embedded and hosted applications.

TrustInSoft’s flagship product is TrustInSoft Analyzer. With TrustInSoft Analyzer, software developers and testers can mathematically guarantee the absence of bugs in their source code and significantly reduce software testing efforts thanks to an advanced source code analysis powered by formal methods.
TrustInSoft is democratizing formal methods for industrial use. For companies for whom the impact of having a bug on the field is significant, TrustInSoft Analyzer provides an easy-to-use, exhaustive static analysis tool for C and C++ programs to identify all troublemaking “undefined behavior” bugs like buffer overflow, uninitialized memory, division by zero, use-after-free, and more. The mathematical analysis detects all bugs and raises very few-to-no false alarms, allowing the developer to keep their focus on real problems that need to be corrected.
Having a mathematical guarantee that these bugs are not in the code provides the software developer and tester with reassurance that software crashes and runtime errors due to these bugs will not occur, and that hackers cannot take advantage of these bugs to take control of the software or access secret data. Companies that use TrustInSoft Analyzer have noted a 4 times decrease in software verification efforts, and a 40 times reduction in bug detection time.

« Founded in 2010, Secure-IC is a Spin-off of Télécom Paris University and benefits directly from 15 years of research results conducted by ones of the best scientists in the embedded cybersecurity field. Leadership, innovation and creative intelligence constitutes the DNA of Secure-IC which displays proudly this legacy in the company’s baseline: “The Security Science Company”.
 
With over 10 years in business and growth, a presence and customers across 5 continents, Secure-IC’s patented protection technologies are nowadays embedded in hundreds of millions of electronic chips for smartphones, laptops, automobiles, smart meters, Cloud servers and more.
 
In response to the constant evolution of threats, the company has chosen to focus its development on a permanent innovation strategy carried out within The Security Science Factory; internal research & development department with state-of-the-art security analysis laboratories.
 
Secure-IC is considered a leading cybersecurity company and a pioneer in the field of embedded cybersecurity and values its expertise through more than 250 scientific publications, approx. 50 international patent families and multiple editions of security standards. »

SBG Systems is a leading provider of inertial motion sensing solutions since 2007. The company offers a complete range of inertial sensors based on state-of-the-art MEMS technology with a high-performance level. 

Thanks to unique calibration techniques and advanced embedded algorithms, SBG Systems solutions are ideal for autonomous navigation applications like autonomous cars and shuttles, UAV, or robots. Our products are designed to easily integrate with third-party sensors and software: LiDAR, camera, odometer… 

Outsight’s software solutions track the motion of people and vehicles using 3D LiDAR data.
 
Operators of transportation hubs like airports and train stations but also sport venues, road infrastructures and industrial sites can now access accurate and anonymous Spatial Intelligence data, in order to improve operations and increase user safety and satisfaction.
 
Our international team of scientists and engineers drive the development of our solutions from Paris, San Francisco, and Sophia-Antipolis (Nice). To support our global outreach, we also operate commercial offices in the UK, Belgium, Spain, Hong Kong, and Singapore.
 
We believe that accelerating the adoption of LiDAR technology through robust and scalable software solutions will significantly contribute to making the world smarter, safer and more sustainable.

Geoflex is an hypergeolocation service operator enhancing GPS/GNSS based applications with accurate and safe positioning down to 4 centimeters accuracy on land, at sea and in the air. Geoflex provides universal hypergeolocation to trains, cars, vessels, and more, working with worldwide players in these markets. This hypergeolocation system is based upon a unique alliance between a portfolio of technology patents developed for more than 10 years by French space agency CNES, and a team with 30 years experience in GNSS augmentation services.
Geoflex’s hypergeolocation service is available globally since 2018. The service, which corrects the inherent inaccuracies of Global Navigation Satellite Systems (3 to 10 meters) is available in real-time or in post processing. It works across all types of GNSS hardware receivers and includes correction data for all constellations: GPS, Glonass, Galileo and Beidou.
This groundbreaking technology was initially developed by the French space agency CNES in a research spanning 12 years. It is protected by 7 patents licensed exclusively to Geoflex, which, thanks to its 30 years team experience in GPS/GNSS, continues the co-development of the technology together with the CNES.
In addition to its core data service, Geoflex has developed a software navigation engine which includes sensor fusion with a large variety of other technologies for critical applications in automotive, rail and mobility sectors

Non-quality in manufacturing costs 3,000 billion dollars to manufacturers worldwide (5 and 10% of their revenue).  Visual quality control by human operators is slow, costly and non-reliable. If done by non-AI-based solutions it is costly and not flexible. As for AI solutions, they are either slow for inference (high latency) if run on the cloud, slow for training if based on deep learning and carrying huge datasets, or too depending on specific dedicated hardwares, therefore not flexible.
DeepHawk has developed a frugal AI and delivers the best detection performance to manufacturers:
·       Strong detection capabilities: we can detect anomalies the size of a pixel
·       Fastest AI training: 30 minutes with 50 pictures of OK-products versus over 3 weeks for competitors
·       Flexibility: single/multi view, still/video images, any types of cameras (infra-red, X-ray, microscopic, endoscopic), any types of products (discrete, continuous, bulk and packaging), no need for AI expertise to use it
·       High data protection: because it is deployed 100% on-premise, no data goes to the cloud.
DeepHaw Inc. is based in Los Gatos (CA) and addresses the US market. Our solution is available for live deployments with a special focus on mechanical parts (e.g. automotive), electronic boards and semiconductor testing.
DeepHawk global HQ is located in France.
Ask for information and demo on www.DeepHawk.ai, or contact@deephawk.ai

ATEQ, a global leader in leak and flow testing, ensures exceptional quality of manufactured components for both assembly lines and laboratories. With a rich legacy and significant achievements including a presence in over 40 countries and 275,000+ leak test instruments sold worldwide, we are proud to set the standard for testing solutions. Guided by our core values – customer-driven service, innovation, global unity, and passion, we have consistently strived to develop cutting-edge, innovative solutions. This commitment enables us to not only meet but exceed our customers’ needs, fostering lasting partnerships built on trust. When you choose ATEQ, you’re investing in proven quality, unrivaled innovation, and exceptional customer service. In our endeavor to continuously push the boundaries of technology, we invest significantly in research and development. This relentless pursuit of innovation results in high-performing, reliable, and efficient products that keep us ahead in the market. Be part of our global family, and let’s create a future where quality and efficiency go hand-in-hand in every manufacturing process.