Siemens Digital Industries Software

The right funding at the right time can make or break a startup. The Angel Capital Association (ACA) is the world’s leading professional association for angel investors and startup entrepreneurs. It represents a vital resource for early-stage funding for startups across many industries and geographies. We are proud to be their first ACA Syndication Partner. ACA board member and syndication lead Sandy Wollman recently shared, “We are thrilled to have Siemens as our first ACA Syndication Partner. Through the collaboration, the ACA portfolio of investors and their startups have access to the benefits of the Siemens Xcelerator of industry software, helping them bring their innovations to market. We look forward to building and expanding our collaboration with Siemens so we can help startups succeed.”

Welcome to the future of live events look like? Imagine stepping into a concert hall and experiencing the acoustics as if you were already familiar with every nuance. 🎶 🎻🪈 This is not just a dream ✨ — it's the transformative power of the Sound of Science, powered by cutting-edge #DigitalTwin technology and Simcenter. The Sound of Science offers fully immersive, precise 3D models of concert venues that go beyond visual replication. These models simulate acoustics by combining dry recordings with detailed architectural plans and material properties, perfectly mimicking how sound waves travel, reflect, and interact within the venue. 🔊 Following its spectacular debut at the Großes Festspielhaus in Salzburg, we are excited to expand this project to additional venues in Germany and England. This initiative is all about bridging the gap between #art and #science, creating a new era of concert experiences. Let's unleash the future of concert acoustics with the #SoundOfScience. 💥

Like simulations, digital twins are virtual, computer-generated versions of physical systems, such as an industrial robot or a manufacturing process, however, they do not simply provide a static model of some current state of affairs. Rather, they incorporate real-time data from the physical systems and often allow users to provide active feedback to those systems. Digital twins have the unique ability to model a system’s current design and future behavior to support a wide range of tasks, such as virtually commissioning systems, optimizing production, or enabling predictive maintenance. The potential operational improvements that digital twins offer has put them on a launchpad for rapid adoption and growth. Research group MarketsandMarkets™ projects global demand for the technology will grow at a compound annual growth rate of 61.3% through 2028, expanding last year’s $10.1 billion market to $110.1 billion within that time frame. #DigitalTwins

We're excited to announce that SiliconAuto TW has adopted PAVE360 software to accelerate pre-silicon ADAS SoC development. The software will help reduce development time for its range of state-of-the-art semiconductors for the automotive industry and offer a software development environment prior to silicon hardware availability, accelerating its silicon development and enabling potential customers to shift left development processes. SiliconAuto is dedicated to designing and selling a range of state-of-the-art semiconductors to supply the automotive industry. Their challenge is the need to provide a virtual reference development environment for its forthcoming Advanced Driver-Assistance Systems (ADAS) System on a Chip (SoC) - prior to silicon hardware availability. The adoption of Siemens' PAVE360 enables the company to build an automotive standards-based multi-client, multi-fidelity, virtual development environment that mixes existing tooling and models with new virtual SoCs and real-world inputs to gain early insight, enable early software development and provide key metrics for decision criteria. “SiliconAuto’s commitment to driving innovation in the automotive industry is exemplified by our collaboration with Siemens. By leveraging PAVE360, we are not just accelerating development but also paving the way for future-ready vehicles that meets the highest standards of safety and performance,” said Shawn Tien, vice president of sales and marketing, SiliconAuto. “The pace of development for the advanced technologies required for next generation electric vehicles is accelerating - OEMs and suppliers need to be able to prove out, simulate and iterate software capabilities long before hardware becomes available,” said David Fritz, our vice president, Hybrid and Virtual Systems. “SiliconAuto’s selection of PAVE360 for its environment of choice for pre-silicon software development shows that our standards-based approach is enabling leaders in the automotive industries to accelerate their development processes and deliver the functionality that the next generation of vehicles are demanding.” https://sie.ag/68THjM #Automotive #semiconductors #news

We're excited to announce that SiliconAuto TW has adopted PAVE360 software to accelerate pre-silicon ADAS SoC development. The software will help reduce development time for its range of state-of-the-art semiconductors for the automotive industry and offer a software development environment prior to silicon hardware availability, accelerating its silicon development and enabling potential customers to shift left development processes. SiliconAuto is dedicated to designing and selling a range of state-of-the-art semiconductors to supply the automotive industry. Their challenge is the need to provide a virtual reference development environment for its forthcoming Advanced Driver-Assistance Systems (ADAS) System on a Chip (SoC) - prior to silicon hardware availability. The adoption of Siemens' PAVE360 enables the company to build an automotive standards-based multi-client, multi-fidelity, virtual development environment that mixes existing tooling and models with new virtual SoCs and real-world inputs to gain early insight, enable early software development and provide key metrics for decision criteria. “SiliconAuto’s commitment to driving innovation in the automotive industry is exemplified by our collaboration with Siemens. By leveraging PAVE360, we are not just accelerating development but also paving the way for future-ready vehicles that meets the highest standards of safety and performance,” said Shawn Tien, vice president of sales and marketing, SiliconAuto. “The pace of development for the advanced technologies required for next generation electric vehicles is accelerating - OEMs and suppliers need to be able to prove out, simulate and iterate software capabilities long before hardware becomes available,” said David Fritz, our vice president, Hybrid and Virtual Systems. “SiliconAuto’s selection of PAVE360 for its environment of choice for pre-silicon software development shows that our standards-based approach is enabling leaders in the automotive industries to accelerate their development processes and deliver the functionality that the next generation of vehicles are demanding.” https://sie.ag/wx3ya #Automotive #semiconductors #news

Electric vehicles (EVs) are dominating the roads, and design firm EEVAM Technologies is embracing the shift ready to shape the next generation of electric vehicles with the help of our software 🚘 From ideation to production, EEVAM’s attention to detail sets them apart. “EEVAM stands out for its ability to pioneer new methods and techniques to achieve optimal results,” shares Jonathan Garcia Eguidazu, project manager at Pixel Sistemas. Siemens’ Solid Edge software is key to EEVAM’s design, helping create and shape unique products. Our new partnership with EEVAM enables them to push boundaries and transform transportation, providing agility, innovation, and certainty to their customers. #ElectricVehicles #Sustainability #Startups

Imagine lush strawberry fields. Now, reimagine those strawberry fields but with sustainability and automation. That’s precisely what our customer, Organifarms did. Meet BERRY—the autonomous harvesting robot, by Organifarms. BERRY is a marvel of engineering designed to work tirelessly, 24/7, ensuring that greenhouse farming becomes more efficient, economical, and sustainable. Equipped with advanced sensors, BERRY can assess the quality and ripeness of each strawberry, collect data on plant health, and determine how many ripe fruits remain. With BERRY’s help, Organifarms can analyze the data to help growers with predictions and forecasting. BERRY can also detect diseases through stress detection on the plants, which helps users intervene quickly and save more plants. BERRY brings a revolutionary approach to greenhouse farming. Powered by our software Solid Edge, Organifarms is taking agricultural automation to new heights, proving that the future of farming is not only efficient but also autonomous. #Sustainability #Manufacturing #Digitalization

Product lifecycle management (PLM) helps businesses orchestrate the journey of a product from its initial concept through design, production, and decline. And it’s not just for large corporations— startups can reap significant benefits from implementing #PLM strategies early in their development. Why does PLM matter for #startups? Here are just a few reasons: • Streamlined development and enhanced collaboration and communication • Improved quality control and efficient resource management • Regulatory compliance and risk management • Data-driven decision making • Scalability and future growth Our PLM tools can help you get started— link in comments!

We are thrilled to be recognized as a Visionary in the 2024 Gartner® Magic Quadrant™ for Global Industrial IoT Platforms—for the third consecutive time! Gartner provides actionable, objective insights to executives and their teams, enabling faster, smarter decisions and stronger performance on an organization’s most critical priorities. The Gartner Magic Quadrant provides a graphical competitive positioning of four types of technology providers, in markets where growth is high and provider differentiation is distinct. Our focus remains on transforming #IoT into tangible customer value through tools that provide real-time insights by leveraging assets, processes, and manufacturing data. Our industrial IoT capabilities are designed to deliver unprecedented levels of data transparency, operational efficiency, and innovative business models, empowering our customers to improve operational decision-making, addressing their #manufacturing challenges.

Sustainable manufacturing has become a catalyst for change in the consumer packaged goods (#CPG) industry. But sustainable manufacturing isn’t just about reducing waste or energy use; it’s about creating a manufacturing environment that is agile, responsive, and ready for the future. Smart manufacturing, through the integration of automation and digitalization, empowers brand manufacturers to quickly adjust their operations, reducing their environmental impact while maintaining efficiency. The ability to quickly adjust production lines is a game-changer, especially in an industry where an estimated 70 to 75% of all CO2 emissions are directly related logistics like shipping products around the globe. Flexible manufacturing is no longer a distant goal—it’s happening now, in plants that are leading the charge towards a more sustainable future. #Sustainability #Manufacturing #Digitalization