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Advancing with digital twin and intelligent PCB programming: Siemens and GÖPEL electronic collaboration. At the GÖPEL electronic Test Convention, Siemens and GÖPEL electronic showcased how close collaboration is helping manufacturers address key challenges in modern SMT manufacturing. As product complexity increases and production cycles accelerate, electronics manufacturers must improve quality while reducing time-to-market. Yet many still rely on fragmented workflows for PCB-A programming and inspection preparation, leading to inefficiencies, manual rework, and delayed production readiness. Connecting design, planning, and inspection. To overcome these challenges, manufacturers are turning to integrated digital solutions powered by a comprehensive digital twin. By connecting product design, process planning, and shop floor execution, companies can achieve first-time-right production, reduce errors, and eliminate disconnected data flows. This transformation is especially critical in surface mount technology (SMT) environments, where speed and accuracy in process preparation directly impact yield, quality, and overall efficiency. Transforming AOI programming with Process Preparation X (PPX). At the event, Siemens presented Process Preparation X Essentials in collaboration with GÖPEL electronic, demonstrating how digital twin technology is transforming SMT programming and Automated Optical Inspection (AOI). By integrating PPX with GÖPEL's AOI systems and leveraging standardized formats such as ODB++, manufacturers can enable seamless data exchange across the value chain. This allows for: * Verification and adaptation of a test program, even without an existing PCB-A * Streamlined and automated PCB-A programming * Reduced engineering effort and faster setup times * Improved inspection accuracy and consistency * A continuous digital thread from design to inspection The result is a more efficient, scalable workflow that minimizes manual intervention and accelerates production ramp-up. Towards intelligent, AI-driven PCB preparation. Looking ahead, the next step in SMT manufacturing is intelligent automation. Innovations such as AI-driven PCB data preparation are enabling manufacturers to reduce manual processes and further increase precision. By combining digital twin capabilities with AI-driven insights, manufacturers can optimize process preparation, improve quality, and scale operations across lines and sites. Experience it firsthand. Discover how to streamline your SMT programming and process preparation workflows. Start your 30-day free online trial of Process Preparation X Essentials Explore the solution

From Physical Reality to engineering intelligence. Reading Time: 4 minutes Siemens Cre8Ventures and Solaya collaborate to accelerate Europe's next generation of Physical AI and Digital Twins The future of industrial innovation will not be built by software alone. It will be built by connecting the physical and digital worlds faster, more accurately and more collaboratively than ever before. That is why Siemens Cre8Ventures is pleased to announce a strategic collaboration with Solaya, bringing a new capability to the Siemens Cre8Ventures Digital Twin Marketplace: the Physical Capture Layer. Together Siemens AG is creating a new workflow that transforms real-world assets into engineering-ready Digital Twins, enabling organisations to move from physical reality to validated engineering decisions in hours rather than weeks. A Missing Piece of the Digital Twin Digital Twins are now central to designing, validating and operating complex industrial systems. Yet engineering teams routinely start from incomplete information. Existing assets, factories and equipment must often be manually surveyed before meaningful engineering work can begin. Solaya closes that gap. Using smartphone-based capture, Solaya converts real-world environments into engineering-ready digital representations that plug directly into Siemens' Digital Twin ecosystem - turning weeks of groundwork into hours. The end-to-end workflow * Physical Reality Existing assets, infrastructure and environments as they are in the field. * Rapid Physical Capture Smartphone-based scanning converts real-world geometry into structured data. * Engineering Validation Captured models are verified against engineering standards and tolerances. * Siemens Digital Twin Validated data integrates directly into the Siemens Digital Twin ecosystem. * Operational Decisions Simulation and analysis drive confident, real-time operational choices. * Commercial Deployment Engineering intelligence is deployed at scale across products and assets. Building Europe's Physical AI Ecosystem The Siemens Cre8Ventures Digital Twin Marketplace was created to help innovative companies collaborate rather than compete in isolation. By combining complementary technologies across semiconductors, software, AI and industrial engineering, the Marketplace enables ecosystem partners to solve challenges that no single organisation could address alone. Solaya extends this ecosystem by providing the real-world capture capability that complements Siemens' Digital Twin, Silicon Twin and engineering software portfolio. Together Siemens AG can connect: * Physical Asset Capture - Smartphone-based scanning converts real environments into engineering-ready digital models. * Semiconductor Innovation - Silicon-level design and validation integrated across the full product lifecycle. * Multi-physics Digital Twins - High-fidelity simulation spanning thermal, structural and fluid domains simultaneously. * Engineering Simulation - Virtual prototyping and scenario testing before physical build or deployment. * AI-driven Validation - Automated anomaly detection and performance verification at scale. * Industrial Deployment - Operationalised insights delivered directly into live industrial workflows. Together these capabilities form a single collaborative engineering workflow. Supporting Europe's Sovereignty Ambitions This collaboration also aligns closely with the ambitions of the EU Chips Act. While much attention has rightly focused on semiconductor manufacturing capacity, Europe's long-term competitiveness depends equally on its ability to develop sovereign engineering capabilities around those semiconductors. The next generation of autonomous systems, robotics, industrial AI and critical infrastructure will require trusted digital engineering environments capable of validating increasingly complex systems before deployment. By combining Solaya's rapid physical capture with Siemens' Digital Twin, Silicon Twin and collaborative engineering capabilities, Siemens AG aim to strengthen Europe's ability to: * Accelerate sovereign industrial innovation * Reduce engineering risk * Validate mission-critical systems earlier * Improve collaboration across industrial ecosystems * Shorten the path from innovation to commercial deployment This reflects the broader objective of Siemens Cre8Ventures: enabling European innovators to collaborate across academia, start-ups, industry and government to accelerate industrial competitiveness. Two Campaigns, One Vision The collaboration will initially focus on two complementary initiatives. Flagship Campaign GNSS-Denied Navigation & Physical AI Working alongside ecosystem partners, Siemens Cre8Ventures and Solaya will explore how rapid physical capture can support the creation and validation of autonomous systems operating in environments where satellite navigation cannot be relied upon. The campaign will combine semiconductor innovation, trusted machine identity, AI, engineering simulation and Digital Twin technologies into a complete engineering workflow. Potential ecosystem collaborators include Arm, Minima, IMChip, MemStera, ATLANT 3D and leading defence organisations. Parallel Campaign Brownfield Industrial Asset Digitisation Alongside the flagship programme, the partnership will support manufacturers and infrastructure operators looking to modernise existing facilities. By rapidly capturing production equipment, factories and industrial assets into engineering-ready Digital Twins, organisations can accelerate retrofit projects, improve maintenance planning and reduce the cost of industrial transformation. More Than Technology This collaboration is about much more than integrating two technologies. It represents a new collaborative venture model. Through the Siemens Cre8Ventures Digital Twin Marketplace Siemens AG will jointly develop: * Customer campaigns * Executive workshops * Proof-of-Value projects * Technical demonstrations * Customer success stories * Siemens internal enablement * Joint marketing activities * Industry thought leadership Together Siemens AG is creating a repeatable framework for bringing innovative technologies to market faster. Looking Ahead Innovation increasingly happens at the intersection of multiple technologies rather than within a single organisation. By bringing together rapid physical capture, Digital Twins, semiconductor innovation and industrial software, Siemens Cre8Ventures and Solaya are creating a new pathway from physical reality to engineering intelligence. This partnership represents another important step in building a collaborative European ecosystem capable of accelerating Physical AI, strengthening industrial sovereignty and helping organisations engineer the next generation of autonomous and intelligent systems. Together, Siemens AG is not simply creating better Digital Twins - Siemens AG is helping build the collaborative engineering ecosystem that Europe needs to compete in the age of Physical AI. About Siemens Cre8Ventures Siemens Cre8Ventures is a collaborative venture platform that brings together start-ups, corporates, universities, investors and policymakers to accelerate the commercialisation of breakthrough technologies. Through the Siemens Digital Twin Marketplace, ecosystem partners collaborate to validate, demonstrate and scale innovation across Physical AI, Sovereign AI, Semiconductors, Robotics, Quantum Technologies and Digital Infrastructure, helping accelerate the journey from breakthrough research to industrial deployment.

Gates Developments and Siemens sign MoU to advance smart infrastructure and electrical solutions across the company's projects. egygatenews Cairo, Egypt 6 July 2026 - Gates Developments has announced the signing of a strategic Memorandum of Understanding (MoU) with Siemens, the global technology leader in smart infrastructure and digitalization, to explore opportunities for collaboration in developing smart infrastructure and advanced electrical solutions across the company's current and future projects. The partnership reflects Gates Developments' commitment to integrating cutting-edge global technologies into its real estate developments. The MoU was signed in the presence of Hassan Nasr, CEO of Gates Developments; Mostafa El Bagoury, CEO of Siemens Egypt; Eng. Hassan Kamel, Member of the Board of Directors of Gates Developments; along with senior executives from both companies. The agreement is based on a shared vision to accelerate digital transformation and enhance infrastructure efficiency across urban developments, in line with global trends in sustainability, energy efficiency, and smart cities. The collaboration comes at a time when the real estate sector is witnessing a significant shift toward smart and sustainable developments, with energy efficiency and advanced infrastructure becoming key factors influencing investment and purchasing decisions. Under the MoU, the two companies will jointly explore opportunities to develop and implement advanced electrical distribution networks, energy management systems, and smart digital solutions, while assessing the integration of the latest technologies that enhance operational efficiency and optimize energy consumption across Gates Developments' projects. Through this collaboration, Gates Developments aims to strengthen the concept of smart urban communities by developing infrastructure powered by the latest electrical and technological systems, ensuring the delivery of projects that are more efficient, reliable, and sustainable. Commenting on the partnership, Hassan Nasr, CEO of Gates Developments, said: "We believe that the future of real estate development is no longer defined only by location, design, or construction quality. Today, technology, infrastructure efficiency, and the ability to deliver an integrated and sustainable customer experience have become the key drivers of successful developments." He added: "Our partnership with Siemens is part of a clear strategic vision to integrate the latest global solutions into our developments. By adopting advanced electrical systems and smart infrastructure solutions, we aim to improve operational performance, enhance quality of life, and deliver the highest standards of reliability for our clients." Nasr emphasized that Gates Developments is pursuing a long-term strategy focused on technology driven and sustainable developments, noting that digital transformation has become an essential pillar in shaping modern cities and remains a core component of the company's future projects. He added: "We strive to deliver advanced real estate products that align with international standards while offering customers a unique experience built on efficiency, sustainability, and technology. This is what makes our collaboration with Siemens an important step within our future plans." Nasr concluded that integrating smart solutions into project infrastructure contributes to reducing operating costs, improving energy efficiency, and enhancing the investment value of real estate assets, creating direct benefits for both customers and investors. Mostafa El Bagoury, CEO of Siemens Egypt, said: "Our collaboration with Gates Developments represents a strong model of integrating global expertise with an ambitious development vision within the Egyptian real estate market." He added: "Siemens brings decades of global experience in smart infrastructure, energy management, and digital technologies. We are pleased to collaborate with Gates Developments to explore and implement advanced solutions that will contribute to developing more efficient and sustainable projects." El Bagoury further noted that modern cities are rapidly embracing smart technologies, with digitalization and energy management becoming fundamental elements in the design and operation of future developments. He also highlighted that digital solutions and intelligent energy management systems play a vital role in enhancing operational performance, optimizing resource utilization, supporting sustainability objectives, and reducing the environmental footprint of real estate developments. Both parties affirmed that the Memorandum of Understanding marks the beginning of a long-term strategic partnership focused on developing innovative solutions that enhance infrastructure efficiency while advancing sustainability and digital transformation within the real estate sector. This partnership reflects Gates Developments' ongoing commitment to integrating advanced technologies into its developments through strategic collaborations, while keeping pace with global advancements in smart energy and sustainable infrastructure. Through this strategic collaboration, the company reaffirms its commitment to delivering long-term value for clients and investors by creating smarter, more efficient, reliable, and sustainable communities that enhance quality of life and meet the evolving demands of the future.