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TrimbleⓇ announced Trimble TMS, the company’s modular, cloud-native TMS for the AI age. Unveiled at the 2025 Trimble Insight Tech Conference in New Orleans, Trimble TMS is designed to command the entire transportation operations lifecycle from order-to-cash. By embedding AI across the TMS — from grading incoming tenders and selecting the right freight to forecasting network load balance up to seven days out — Trimble TMS empowers customers to automate manual processes, accelerate strategic decision-making and amplify their teams’ productivity. Trimble TMS is a modern, cloud-native solution that integrates with Trimble’s existing TMS solutions and leverages AI and machine learning to automate complex workflows and provide predictive insights. Trimble TMS adapts to customers’ specific business needs with flexible implementation. It will be available as a complete, end-to-end solution, or as modules that can be implemented individually for use with one of Trimble’s existing TMS solutions. Trimble TMS empowers a wide range of users and job functions with

Alphawave Semi, a global leader in high-speed connectivity and compute silicon for the world’s technology infrastructure, will showcase the company’s latest advances in chiplet integration, PCIe® over optics, and open standards for next-generation high performance compute (HPC) systems at 2025 Supercomputing Conference (SC25). SC25 is taking place at the America’s Center Convention Complex in St. Louis, Missouri, from November 16 - 21, and is among the HPC and AI communities’ leading events of the year. Across the show floor, Alphawave Semi’s technology will be featured in live demonstrations with Lessengers (#5308) and VIAVI (#324). The company will also collaborate with the UALink Consortium in the Open Standards Pavilion (#211). These demonstrations will highlight Alphawave Semi’s continued leadership in high-performance connectivity for next-generation super compute systems. This includes advances in PCIe over optics with VIAVI, leveraging unretimed, linear optical technology, and showcasing the AlphaCHIP1600 I/O chiplet in leading HPC configurations – along with demonstrations over

Kahua, a leading platform for asset centric project management®, announced that Chief Technology Officer Colin Whitlatch will join Microsoft and other technology leaders at Microsoft Ignite 2025, a global event showcasing the ways artificial intelligence is driving real-world business transformation. Whitlatch will speak in the session “AI Enterprise Value: Real World Applications” on November 20 at 2:15 PM PST, where he will explore how organizations can move beyond experimentation and apply real AI implementations that deliver measurable impact in complex enterprise environments. “At Ignite is where the customer impact of AI in tech takes center stage,” said Colin Whitlatch, CTO at Kahua. “We’re moving well beyond early experiments and into AI that’s beginning to reshape how work gets done. At Kahua, that means using AI to simplify complexity today, while building toward a future where teams can work smarter, faster and with greater confidence.”  Built on Microsoft technology, Kahua provides a secure, modern asset centric project management platform that enables customers to build, deliver and manage capital programs intelligently and in alignment with their unique organizational needs. Through its partnership with Microsoft, Kahua

Egnyte, a leader in secure content collaboration, intelligence, and governance, announced a suite of product enhancements at its Global Summit that enable teams to work more efficiently, uncover insights faster, and safeguard data across the entire content lifecycle. The company launched Adaptive Block Caching (ABC) for improved collaboration on large files, new AI Agents, its own Model Context Protocol (MCP) Server, and Compliance Center.  Adaptive Block Caching delivers cloud collaboration without compromiseEgnyte’s Adaptive Block Caching revolutionizes how distributed teams work with massive files in the cloud. By intelligently chunking large files into smaller blocks, ABC delivers faster uploads, downloads, and opens, and eliminates delays, freezes, and crashes. Features like predictive file streaming and optimized versioning reduce storage needs and keep projects moving, even for remote teams who previously relied on office servers or shipping hard drives. With a persistent and up-to-date cache of file blocks, teams can feel confident in faster access to

Rockwell Automation, Inc., the world’s largest company dedicated to industrial automation and digital transformation, is kicking off the 34th annual Automation Fair® in the Windy City. More than 15,000 engineers, makers and industry leaders are coming together to explore the technologies and solutions driving the future of industrial operations. This year’s theme, Create What’s Next, highlights the power of turning bold ideas into real-world impact as we build more resilient systems, embrace sustainability and simplify operations on the plant floor. At the same time Rockwell is emphasizing how intelligent autonomous systems fuel the future of industry, how open architecture enables agility and how industrial AI and advanced analytics power the production lifecycle. “Automation Fair is where ideas turn into action. We’re all here with the same mission to create what's next — for our teams, our customers and the industries we serve,” said Brian Hovey, chief marketing officer at Rockwell Automation. “This event is

Synopsys, Inc., alongside technical collaborators at Microsoft Ignite, unveiled a simulation-driven framework for optimizing dynamic manufacturing processes in real time. First deployed by Krones, a leader in fully integrated packaging and bottling line systems, the framework was used to create a physically accurate virtual assembly line with optimization outputs accounting for critical variables, such as bottle shape, liquid viscosity, and fill level. Optimizing production workflows in real time is a longstanding challenge for manufacturers. Conventional computational fluid dynamic (CFD) simulations provide powerful, high-fidelity insights but can take hours to complete. Synopsys' GPU-accelerated, cloud-native simulation solver is transforming a business challenge into a competitive advantage by slashing simulation workloads from 3-4 hours to less than 5 minutes, unlocking rapid scenario analyses and continuous improvements. OpenUSD is key to this solution, seamlessly enabling interoperability across computer-aided engineering (CAE) tools and platforms, so teams can rapidly collaborate and iterate on simulation results — unlocking smarter,

Trimble® kicked off its 2025 Trimble Insight Tech Conference with CEO Rob Painter and Transportation & Logistics SVP, Michael Kornhauser to champion collaboration and AI within the transportation industry. Their opening keynote showcased a future driven by a connected transportation management ecosystem that links people, data and workflows to build a safer, simpler and more efficient global supply chain. "Trimble is modernizing and connecting our solutions and integrating data to create workflows that unlock customer productivity," said Rob Painter. "We are committed to delivering the industry ecosystem our customers need. This strategy brings data from shippers, carriers, brokers and 3PLs together — creating a platform where the whole is greater than the sum of its parts." "Modern transportation demands solutions that are intelligent and connected. That's precisely what we plan to deliver," said Michael Kornhauser. "We're utilizing AI to unlock new levels of efficiency, productivity and operational advantage through connected transportation management." This year's keynote also introduced Trimble's new next-gen TMS solution,

COMSOL, a global leader in modeling and simulation software, announced the release of COMSOL Multiphysics® version 6.4, which introduces new features, major performance improvements, and expanded capabilities for multiphysics modeling and simulation app development. The latest version includes greatly improved solver performance through the NVIDIA CUDA® direct sparse solver, NVIDIA cuDSS, for NVIDIA AI infrastructure, the new Granular Flow Module, and a new framework for time-explicit dynamic analysis. In addition to these major updates, geometry, meshing, and visualization workflows in COMSOL Multiphysics® have been enhanced, and productivity has been further advanced through optional large language model (LLM)-assisted simulation. The Chatbot window now supports connections to GPT-5™, DeepSeek™, Google Gemini™, Anthropic Claude™, and other OpenAI API-compatible models, enabling interactive, model-aware assistance that combines COMSOL documentation with information from the active simulation. "Our goal with every release of COMSOL Multiphysics is to enhance the user experience and make it easier to achieve faster, more accurate modeling and simulation results," said Bjorn Sjodin, SVP

Dassault Systèmes announced the general availability of SOLIDWORKS 2026, its portfolio of AI-powered 3D design, collaboration and data management applications, enabling millions of SOLIDWORKS users to transform how they innovate for the generative economy. SOLIDWORKS 2026 features hundreds of enhancements across design, simulation, electrical and product data management solutions that respond to user requests for improved efficiency and productivity. The portfolio builds on 30 years of research and development know-how, integrating technologies throughout the year and connecting to Dassault Systèmes’ 3DEXPERIENCE platform. SOLIDWORKS 2026 users can address complexity, time to market, workforce shortages, knowledge search and generation, and other challenges in the creation of products that align sustainability and experience. Key SOLIDWORKS 2026 enhancements include: Generative AI that speeds up drawing creation and detailing, and streamlines assembly creation by automatically recognizing and assembling components that look like fasteners—such as nuts and bolts—to save time and improve accuracy.  Integrated AI-powered virtual companion, to quickly extract

Infosys, a global leader in next-generation digital services and consulting, unveiled its AI-First GCC Model, a specialized offering that accelerates the setup and transformation of Global Capability Centers (GCCs) into AI-powered hubs for innovation and growth. This new offering empowers enterprises to reimagine their GCCs as strategic assets that drive innovation, agility, and competitive advantage in an AI-first world. Building on its proven track-record of over 100 engagements with local GCC entities across industries, including setting up and managing GCCs for enterprises such as Lufthansa Systems, zooplus, and Danske Bank, Infosys' new offering aims to address the challenges businesses face when scaling or transforming their GCCs. The AI-first GCC Model provides an end-to-end path from comprehensive setup support to scalable talent strategies and operational readiness, while enabling AI-led transformation with production-grade agents and a unified platform fabric. Infosys’ new GCC model brings together Infosys Agentic Foundry for building and scaling reliable production-grade AI agents, EdgeVerve AI Next as the