新闻动态

JuliaHub announced Dyad 3.0, a major release of its AI-native systems simulation platform for the design, refinement, and validation of complex physical systems. Dyad 3.0 introduces autonomous simulation agents that work alongside engineers to interpret specifications, mine prior designs and test data, generate candidate models, run physics-based simulations, enforce physical and safety constraints, and produce validated models and control code. Dyad is already in production with Fortune 100 customers and is being demonstrated today in a global livestream. "AI has transformed software development through agents that combine LLMs with open-source compilers, but engineering physical systems requires the combination of LLMs with a physics compiler that grounds hardware designs in physical laws," said Dr. Viral B. Shah, CEO and co-founder of JuliaHub. "Dyad 3.0 brings agentic AI directly into the engineering workflow by combining autonomous agents, a multi-physics compiler, high-fidelity simulation, SciML, and enterprise deployment capabilities into one seamless environment. It gives

PTC announced that it was named the Official Engine Design Software Partner of TRD U.S.A. (Toyota Racing Development). PTC and its Creo® computer-aided design (CAD) and Windchill® product lifecycle management (PLM) solutions will support TRD in strengthening engineering capabilities, improving efficiency, and accelerating speed to market. TRD, the high-performance division for Toyota and Lexus, designs motorsport engines for participation in NASCAR, GR Cup, off-road, and numerous other racing competitions. From its Costa Mesa engineering team to trackside staff, TRD uses PTC's Creo computer-aided design (CAD) and Windchill product lifecycle management (PLM) solutions for early design through race-ready production of its multiple generations of winning motorsports engines. "PTC has been a trusted part of our engine development process for many years, supporting our teams from initial design through production," said Tyler Gibbs, President, TRD U.S.A (Toyota Racing Development). "As our engineering programs continue to evolve, partnering with PTC allows us to further leverage PTC's expertise and technology to improve

Setting new standards in SAP Business AI services T-Systems has achieved SAP Certified in SAP Business AI Operations, strengthening its position as a leading provider in this field. As one of only around ten companies worldwide to hold this certification, T-Systems demonstrates its ability to deliver AI solutions in line with SAP standards, offering customers proven quality, scalability, and trust. Proven SAP Business AI capabilities in action The certification validates T-Systems’ comprehensive capabilities across SAP Business AI, from functional expertise to real-world implementation. SAP recognized the combination of advanced Business AI functionalities, customer proofs of concept, and proprietary AI tools currently in use and development. T-Systems supports customers with solutions such as SAP Joule, AI-supported development, and its own tools like Smart Monitor and Smart Data. These capabilities are already being applied in multiple proof-of-concept projects, particularly in the public sector, helping federal and state organizations enhance daily operations through AI. Sovereign AI as a competitive edge T-Systems differentiates itself through a unique combination

Synopsys, Inc. announced at Samsung Advanced Foundry Ecosystem (SAFE) Forum 2026 its latest collaborations with Samsung Foundry on advanced nodes, including an expanded portfolio of production‑ready, AI-powered EDA tools, certified interface IP, and silicon-based test capabilities, enabling customers to bring differentiated AI and multi-die designs to market faster and with measurably improved quality. During his keynote at the event, Synopsys President and CEO Sassine Ghazi underscored the companies' long-standing collaboration to address compounding semiconductor engineering complexity, intense pressure for faster development cycles, and increasing costs. Ghazi emphasized that overcoming these challenges requires a fundamentally new approach where AI driven automation and multiphysics intelligence are fused across the entire design and manufacturing flow. Pointing to initiatives leveraging Synopsys AI-powered solutions and deep design and technology co optimization (DTCO), Ghazi said customers are bringing advanced silicon to market faster, while achieving meaningful gains in PPA and test efficiency, on Samsung Foundry's latest process nodes.  "Close alignment across design, test,

Siemens announced the latest continued collaboration with Samsung Foundry, reinforcing joint efforts to enable advanced semiconductor design and manufacturing workflows for the global fabless ecosystem. Through close engineering alignment, Siemens continues to qualify and deploy its electronic design automation (EDA) software - including design, verification, simulation and silicon manufacturing enablement - with Samsung Foundry’s latest process technologies. These efforts are focused on improving design quality, accelerating time to market and increasing confidence in first-pass silicon success at Samsung’s advanced nodes. “Samsung Foundry continues to work closely with Siemens to support customers with robust, manufacturing-ready design flows across advanced process technologies,” said Hyung-Ock Kim, vice president and head of the Foundry Design Technology Team, Samsung Electronics. “Through our collaboration within the SAFE ecosystem, we are aligning proven EDA solutions with our process platforms to help customers address increasing design complexity, improve verification confidence, and accelerate innovation from design through manufacturing.” “Our continued collaboration with

Autodesk, Inc. announced it has entered into a definitive agreement to acquire MaintainX, a leading modern maintenance and operations solution, in an all-cash transaction valued at approximately $3.6 billion. Autodesk’s strategy is to converge design, make, and operate workflows, ensuring data and insights flow seamlessly in a continuous lifecycle. With the creation of Autodesk Operations Solutions (AOS), the company is bringing together its operations capabilities under a unified platform. The proposed acquisition of MaintainX is intended to strengthen Autodesk’s ability to connect operations workflows with the broader lifecycle, helping teams make faster, more informed decisions over time. Operations represents a significant opportunity for Autodesk and a natural extension of the company’s platform strategy. Organizations are increasingly looking to connect workflows, real-world performance, and lifecycle data to improve reliability and reduce downtime. Autodesk believes expanding further into operations will unlock higher-value system level AI, extend its duration with assets and systems from years to

Siemens has announced the expansion of the Simcenter advanced engineering simulation and test solutions portfolio with Simcenter™ PhysicsAI™ software, which empowers engineers to almost instantly evaluate bold design concepts and variations. Simcenter PhysicsAI brings proven geometric deep learning technology in Siemens’ Simcenter™ STAR-CCM+™ software to accelerate AI-powered design exploration. The new capabilities enable engineers to create highly efficient AI reduced-order models (ROMs) from computational fluid dynamics (CFD) simulation data and to conduct what-if exploration in a fraction of the time (in the order of 1,000x faster) and with fewer computational resources than traditional workflows. “Engineering simulation isn’t limited by physics - it’s limited by how quickly we can explore possibilities. Our strategy is to help customers learn from past work, accelerate exploration, and use AI as a prescriptive engine for innovation. We’re not replacing deterministic truth - we’re making it scalable and immediate,” said Sam Mahalingam, executive vice president, Simulation, HPC and

ModuleWorks has announced the availability of its SmartRoughing technology as an add-in for Autodesk Fusion®. The add-in provides direct access to physics-based roughing within the Fusion 3-axis workflow, enabling cutting conditions to be optimized automatically rather than manually tuned. SmartRoughing is a physics-based 3-axis roughing solution designed to reduce manual optimization and guesswork in CNC programming. By analyzing part geometry together with machining physics and tooling data, SmartRoughing optimizes toolpaths for maximal material removal rates while maintaining balanced chip loads and stable cutting conditions. This helps CAM programmers achieve faster cycle times without overloading the machine and cutting tools. The SmartRoughing add-in combines ModuleWorks toolpath technology with a physics engine developed by Manufacturing Automation Laboratories Inc. (MAL) and lab-tested tooling data and expertise from Kennametal Inc. The system predicts cutting forces, accounts for real spindle power and torque limits, and automatically varies cutting parameters across the toolpath rather than relying on a single conservative setup. The technology is

IMAGINiT Technologies launched Clarity 2027. Compatible with the latest versions of Autodesk Revit, Revit Server, AutoCAD and Civil 3D — with Revit support spanning the last five releases — Clarity 2027 delivers deeper AI integration through a new MCP connector, expanded automation capabilities including batch and Python script execution, and the ability to surface firm-defined model health metrics directly inside Revit.  “Increasing project complexity, the need to explore and incorporate AI and finding ways to manage the exploding volumes of data all while having to work more efficiently, are challenges our customers face,” said Bill Zavadil, president and chief operating officer of IMAGINiT Technologies. “By scaling automation in a way that is predictable, efficient and sustainable across the organization, they are able to extract greater value from existing tools. And that’s why we’re continuing to expand Clarity with new AI-driven capabilities to support more flexible, automated and efficient ways of working.” Through workflow efficiencies

HCLTech, a leading global technology company, announced the launch of an autonomous finance platform that transforms core finance and accounting operations using Gemini Enterprise. While enterprises make significant investments in core ERP and SaaS platforms, finance and accounting operations continue to rely heavily on manual intervention. The new platform is designed to address this gap by enabling finance processes to operate with a high degree of autonomy and intelligence, while integrating seamlessly with existing technology systems. Unlike traditional automation and isolated AI use cases, the platform orchestrates end-to-end finance processes autonomously — executing, learning and continuously optimizing workflows across Invoice-to-Pay, Order-to-Cash, Financial Planning & Analysis (FP&A) and Record-to-Report. This approach enables faster execution, improved control and measurable business outcomes for enterprise finance organizations. This enterprise-grade platform brings together Google’s Gemini Enterprise AI stack and secure cloud infrastructure with HCLTech’s deep finance domain expertise, engineering capabilities and operations experience. The Autonomous Finance platform leverages